1
LC-MSMS Technology and Applicationsldquo Transform your routine science rdquo
Jonathan Beck PhD Marketing Scientist Environmental amp Food Safety October 20th 2015
The world leader in serving science
Outline
bull High Resolution Accurate Mass for Environmental Analysis bull EQuan MAX Plus online sample preconcentration and
cleanup bull New Triple Quadrupole developments from Thermo Scientific
bull Project with Duke University for Emerging contaminants
2
Pharmaceuticals Pesticides Endocrine Disruptors Personal Care Products
N
OF
OH
Cl NH
N
N
N
Cl
OH
OH
NH
NH
I
I
O
I
OH
O
O
OH N
N
O
O
O O
OH
OH
O
O
O
O
OO
O
OH
OH
O
O
O
O OH
N
O
What is Environmental Analysis Challenge
bull Analysis of thousands of pollutants bull High diversity of chemical
characteristics bull Different matrices bull Screening Workflows with QuanQual
capabilities needed bull New issues Hydraulic fracturing bull Regulatory
bull EU Water Framework Directive bull
Contamination of ground and drinking water is a risk for
human health
Emerging Contaminants in The Environment ndash USGS study
3
Whatrsquos in our water supplies
Pharmaceuticals Personal Care Products Pesticides
Image from National Geographic April 2010 4
Sample preparationanalyte detection strategy
Clean-up efficiency Detection selectivity
MSMS
HRAM-MSMS
HPLC-UV
HPLC-FLD
Simple extraction
SPE
Dispersive SPE LC-MS
GC-MS ECD
GPC
LLE
5
Major Challenges in EFS Analysis
Low Concentration
High throughput for routine labs
Identifying low abundance analytes obscured by high abundance compounds
Matrix Complexity
Getting the most accurate information from precious samples
Small Sample Volumes
Being able to detect and identify trace level analytes in simple or complex samples
Large Sample Numbers
6
Analytical Challenges for Traditional Mass Spectrometry
Detect and identify isobaric compounds
Isolate compounds from matrix components
High Resolution High mass accuracy (HRAM) MS
can do the job
Searching for unknowns
Here targeted data acquisition (SIM SRMhellip)
fails
Large number of compounds
7
Resolution (resolving power)
bull Resolutio n
mR m
m (FWHM)
m 10
m 500 bull Quadrupole MS R 833
m 06
m 500bull Orbitrap MS R 100000
m 0005
8
Detection of analytes in heavy matrix
Pesticide in Matrix
23900 23905 23910 23915 23920 239250
20
40
60
80
100
Rel
ativ
e A
bund
ance
23915181 C 11 H 19 O 2 N 4
650 ppm
R = 17500 Error = 650 ppm
23900 23905 23910 23915 23920 23925 0
20
40
60
80
100
Rel
ativ
e A
bund
ance
H O
Pirimicarb
mzmz
23915033 C 11 H 19 O 2 N 4
032 ppm
R = 70000 Error = 032 ppm
9
35
40
45
50
55
60
65
Rel
ative
Abu
ndan
ce
Resolution influence (17500 vs 70000) Resolution_17_5K 1823 RT 230 AV 1 NL 160E6 Resolution_70K 123 RT 054
100
95
90
85
80
75
70
65
60
55
50
45
40
35
30
25
20
15
10
5
0 22200 22205 22210 22215 22220 22225
T FTMS + p ESI Full ms [12000-100000] 2221263
2221463
2221838
AV 1 NL 180E6 T FTMS + p ESI Full ms [12000-100000]
0
5
10
15
20
25
30
70
75
80
85
90
95
100 2221238
2221129
2221465
2221854
Name Molecular Formula M+H
Carbofuran C12H15NO3 2221125
Formetanate C11H15N3O2 2221237
2220 2221 2222 2223 mz mz
Relative Abu
ndan
ce
10
Mass accuracy
Mass accuracy
m mmeas truem z 106
mtrue
50015000bull Quadrupole MS m z 106 200ppm500
5001031450010214bull Orbitrap MS m z 106 2ppmTOF MS 50010314
11
Selectivity increases with higher mass accuracy
Beer extract T-2 toxin 5 microgL R
elat
ive
Rel
ativ
e
RT 845 NL 120E5100
2 ppm
72 74 76 78 80 82 84 86 88 90 92 94 96 98 100 102 104 106 Time (min)
30
40 50 60
Abu
ndan
ce
855799749 791776767 1061741726 105010311016946
mz=48425313-90 48425507 F FTMS 10 + p APCI Full 80 ms [30000-85000]
70 MS pivo_5_UH
20 10 0
RT 845 NL 120E5100
20 ppm 72 74 76 78 80 82 84 86 88 90 92 94 96 98 100 102 104 106
Time (min)
30
40 50 60
Abu
ndan
ce
821762 785759740737 825781 792 799 861730726 10611050888 1031867 911 10161009946
mz=48424441-90 48426379 F FTMS 10 + p APCI Full 80 ms [30000-85000]
70 MS pivo_5_UH
20 10 0
Rel
ativ
e
RT 845 NL 125E5100
30
40 50
Abu
ndan
ce
929872867 899878
911821785
1009 1016 1034100 ppm883813762759 781 810 835738
733 727 946 950 964 10611050
mz=48420567-90 48430253 F FTMS 10 + p APCI Full 80 ms [30000-85000]
70 MS pivo_5_UH
60
20 10 0
72 7 7 78 8 8 8 8 8 9 9 9 9 9 100 102 104 106 4 6 0 2 4 6 8Time (min) 0 2 4 6 8
Zachariasova M et al Anal Chim Acta 12
2880441 C9H21O2P1S3 Terbufos
2880949 C13H21O3P1S1 Iprobenfos
2881142 C15H17N4Cl1 Myclobutanil
2881256 C11H20N4O3S1 Epronaz
2881351 C11H21N4O3P1 Pirimethaphos
2881474 C16H20N2O3 Imazamethabenz
28900 28905 28910 28915 28920mz
0
10
20
30
40
50
60
70
80
90
100
Rel
ativ
e A
bund
ance
2891314
2890513 2891022
2891215
2891329 2891424
28900 28905 28910 28915 28920mz
0
10
20
30
40
50
60
70
80
90
100
Rel
ativ
e A
bund
ance
2891390
28910212890514
2891215
28913292891424
Detection of Isobaric Compounds in mixtures
Element Exact Mass H 1007825 C 12000000 N 14003074 O 15994915
Is a simultaneous measurement possible
01033 amu
28900 28905 28910 28915 28920 mz
0
10
20
30
40
50
60
70
80
90
100
Rel
ativ
e A
bund
ance
2891424 289154728913292891022
2890514
2891215 R = 140000
13
The Exactive Plus Orbitrap LCMS system
14
Q Exactive Orbitrap MSMS system
Higher ion transmission with rugged optics Increased sensitivity selectivity true MSMS Directly interfaced to HCD increases spectrum quality Multiple fills for spectrum multiplexing increases duty cycle Predictive automatic gain control for parallel filling amp detection brings more speed Advanced signal processing brings more resolution at same speed
15
Caffeine
What do we gain by using the quadrupole
1950876 N=24840281 NL 194E8100
[15000-200000]
NL 112E8
Full MS SN = 745
Lowest detected
250330
80
signalscan60
40
20
0 1950877 N=2074158100
Rel
ativ
e A
bund
ance
SN
(spe
ctrum) 4000
3000
2000
1000
0 195082 195084 195086 195088 19509 195092 195094
SN (FMS) SN (SIM10)
Sensitivity gain 5 ndash 10 x with SIM mode
80
60
40
20
0
[19010-20010]
Lowest detectedSIM (10amu) Gain in sensitivity (7x) signalscan SN = 5400 28240 6000
5000
16
Data dependent MSMS confirmation 1589762
Diuron
Azoxystrobin
Fluridone
Benoxacor
Fenamidone
Desmedipham
Imazalil
2 4 6 8 10 12 14 Time (min)
0
50
100 0
50
100 0
50
100 0
50
100
Rel
ativ
e Ab
unda
nce
0
50
100 0
50
100 0
50
100 696
735
735
744
755
758
780
NL 198E7 mz= 2970541-2970571 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 467E6 mz= 3011163-3011193 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 897E7 mz= 2330231-2330255 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 115E7 mz= 2600226-2600252 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 221E7 mz= 3301084-3301118 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 142E7 mz= 4041221-4041261 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 423E7 mz= 3121149-3121181 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
0
50
100 0
50
100 0
50
Rel
ativ
e Ab
unda
nce
100 0
50
100 2970551690455 2009867
25500821090763
3161774 720451
0
2330241 11908561591165
3070625100
50
1399895 2710859343039211203951650904 1490834
50
0 100
26002361200445 1880704
590500
2817393 3441026
37209743290791
316107821606551720391 4052731810705 920500
2361180
10305461650481 26709513121149
100 200 300 400 mz
17
Q Exactive ndash ldquoQuanfirmationrdquo what is it
bull High performance HRAM Quantitation and Confirmation bench top LCMS system capable of
bull Multi-residue quan performance similar to mid-high end Triples bull Ideal for targeted and general unknown screening bull Highest confidence confirmation with R = 140K and MSMS bull UHPLC compatible bull Letlsquos use the QExactive to combine these 2 experiments into one
18
Outline
bull What is EQuan MAX Plus bull EQuan MAX Plus
bull How can EQuan MAX Plus help your workflow
bull Customer testimonials bull Who uses EQuan MAX Plus
19
Low Sample Concentration
Challenge TSQ Quantiva
Demanding assays which require the absolute lowest limit of detection
Powered by AIM technology the TSQ Quantiva MS is the worldrsquos most sensitive triple quadrupoleMS detecting compounds at the ppt level
20
Environmental Analysis (Water)
EQuan MAX Plus
For targeted quantitation (TSQ) or
Targetednon-targeted screening and quantitation using High Resolution Accurate Mass (Orbitrap platform)
21
EQuan MAX Plus What is it
bull Turnkey method for assaying environmental water samples (pesticides antibiotics etc) at low ppt levels bull On-line sample clean-up and
preconcentration bull 2 Columns Loading and
Analytical bull 2 pumps
bull High injection volumes bull 1mL-20mL
bull Standard injection volumes bull 1-100 uL
22
EQuan MAX Plus Targeted Quantitation
bull Couple EQuan MAX Plus with any TSQ Quantum from Thermo Scientific for the most sensitive and selective experiments
bull Fast Positive Negative Switching
bull TraceFinder Software bull Built in SRM parameters bull Built in EQuan Methods
bull Quantum Access MAX bull Quantum Endura bull Quantum Quantiva
23
EQuan MAX Plus Non-targeted screening and Quantitation
bull Couple EQuan MAX Plus with the Exactive Orbitrap instruments (Exactive Plus or Q-Exactive)
bull High Resolution Accurate Mass (HRAM)
bull All ions are collected in every experiment bull Re-interrogate your data at a
later time bull Quantitation and screening
methods are easy to set up since there are no compound dependant parameters to optimize
24
SPE - standard enrichment procedure
7 Detection
LC-M
S
LC-MSMS
1 Sample preparation 1L samplefiltration
internal StdFiltr
atio
n
6 Elution
5 Drying
4 Washing
3 Extraction
2 Conditioning
Enr
ichm
ent
MeOH H2O
60mg Oasis
H2OMeOH (955)
air
MeOH
40 samples ~ 5h
~ 2d
~ 2d
25 Slide Courtsey Heinz Singer ndasheawag Zurich Switzerland
EQuan MAX Plus Solution ndash Gain Vs Conventional Injections
T r ia z in e P e s t M ix _ 1 0 p p t _ 1 0 0 0 u l_ 0 4 3 2 4 2 0 0 5 1 1 0 0 1 A M
R T 5 9 8 - 8 0 0 N L 8 1 0 E 4
1 0 0
10 ul injection
T I C F + c E S I si d = -1 0 0 0 S R M m s2 2 1 6 1 3 -1 8 0 0 [ 9 5 1 7 4 0 0 ] M S t r i a z i n e p e st m i x _ 1 0 p p t _
9 0 1 0 u l _ 0 5
8 5
8 0
7 5
7 0
6 5
6 0
Rel
ativ
e A
bund
ance
5 5
5 0
R T 5 9 8 - 8 0 2 R T 6 9 1 N L 8 1 0 E 4 A A 3 1 9 9 9 9 T I C F + c E S I si d = -1 0 0 0 S N 1 1 6 R M S S R M m s2 2 1 6 1 3 -1 8 0 0
1 0 0 [ 1 7 4 0 0 ] M S I C I S T r i a z i n e P e st M i x _ 1 0 p p t _ 1
9 5 0 0 0 u l _ 0 4
9 0
8 5
8 0
7 5
7 0
1000 ul injection6 5
6 0
Rel
ativ
e A
bund
ance
5 5
5 0
4 5 4 5
4 0
3 5
3 0
2 5
2 0
1 5
1 0
5
0 6 0 6 5 7 0
T i m e (m
4 0
3 5
3 0
2 5
2 0
1 5
1 0
5
0 7 5 8 0 6 0 6 5 7 0 7 5 8 0
i n ) T i m e (m i n )
10 ppt Atrazine in ground water
26
Sensitivity Speed amp Robustness for EFS high throughput laboratories
27
TSQ Endura Extreme quantitative value bull Designed for non-stop operation
bull For scientist who need to run routine samples day in and day out
TSQ Quantiva Extreme quantitative performance bull Designed for the most challenging
assays
bull For scientists needing to stay at the forefront of analytical technology
TSQ Quantiva TSQ Endura Mass Range 10-1850 10-3400
Max SRM Number 30000 SRMs 30000 SRMs
SRMSec 500 SRMssec 500 SRMssec
Ion Optics Active Ion Management (AIM)
bull Ion Max NG source bull Electrodynamic ion
funnel bull ion beam guide with
neutral blocker bull 6 mm HyperQuad
quadrupoles with asymmetric RF drive
S- LENS with Beam Blocker Technology
Quadrupole Design 4mm Quadrupoles with Asymetric RF
Reserpine Specification
100000 1 SN for 1 pg Reserpine
10000 1 SN for 1 pg Reserpine
elostrade
From Identification
28
Challenge Orbitrap V MS Confidently identify unknownemerging contaminantshelliphelliphelliphellip
High-Resolution Accurate Mass for identification of unknown emerging contaminants
To Routine Quantitation
Challenge EQuan MAX Plus and TSQ Quantivatrade MS
Followed by routine quantitation Online sample prep LCMS forquantitation of emergingcontaminants identified by the Orbitrap Velos
29
Analysis of Targeted and Non-targeted Contaminants in Storm Water Retention Ponds Emerging Contaminants from ID to Quantitation The Total Thermo Scientific Solution
Gordon Getzinger ndash Duke University Jonathan Beck PhD ndash Thermo Fisher Scientific
UHPLC-HRMS An Emerging Technique for ldquoHelping Contaminants Emergerdquo bull Target screening ― Monitor known contaminants using reference standards
bull Suspect screening ― Screen high-resolution accurate-mass data against
molecular databases of suspected contaminants bull Non-target screening ― Assign molecular and structural formula to
chromatographic features without previous knowledge of contaminant presence or identity
Krauss et al LC-high resolution MS in environmental analysis from target screening to the identification of unknowns (2010) Anal Bioanal Chem 397 [3]
31
Emerging Contaminant ID to Quantitation Workflow
bull Reclaimed waste water used for irrigation on a golf course for emerging contaminants (PPCPs) bull Lee Ferguson and Gordon Getzinger Environmental Chemistry Duke University USA
Acquire Fast Identify Develop Routine HRAM Data Contaminants Quantitative Quantitation
Assay
ExactFinder Software
Etofenprox Benzotriazole
Propanamide Acephate Allethrin
32
Kiawah Island SC USA
WWTPLand application of WW for golf course irrigation
Question Which microcontaminants are entering the aquatic environment as a result of wastewater reuse practices
33
Typical Sampling Site
34
Variety of Sampling Sites
Sample Site Inputs
Pond 5 Golf course runoff
Pond 25 Golf course runoff
Pond 43 Residential stormwater
Wastewater lagoon Treated municpal wastewater
Wastewater Composite 24hr composite effluent
Well 1 Infiltration from pond 25
Well 7 Infiltration from pond 5
35
Quantitation of Samples
bull Use a triple quad for quantitation bull Analyze samples directly no offline SPE to save time and
money bull Remove variables and sources of experimental error by
automated extraction and preconcentration bull An ideal solution for this challenge ishellip
36
What Did We Want to See in the Quantitation Experiment
bull Quantitative results at low concentrationshellip low and sub PPT levels
bull Calibration range bull 006 pgmL ndash 1000 pgmL
RT 400-1357
bull With a 1mL injection thatrsquos 60 fg ndash 1000 pg on column 968 NL 107E6 100
90
80
70
60
TIC of 175 pgmL injected standard 50
175 pg on column 40
30
20
10
0
979
1026 687 1037
1126 946
817 785 663 1151 601 1242 584 434
4 5 6 7 8 9 10 11 12 13
TIC MS 175pgmL
Rel
ativ
e A
bund
uanc
e
Time (min)
37
Calibration range 006-1000 pgmL - Flutolanil
60fg On Column 45 orders of magnitudeIon Ratio overlay
38
Results of Compounds Detected in a WWTP Sample
39
Identification of Emerging Contaminants
Data Analysis Workflow
Target screening
Are compounds x y amp z present in this sample
Non-target screening
Which compounds are present in this sample
Suspect screening
Which compounds of a defined list are present in this sample
40
LCMS Workflows for Environmental and Food Safety
41
Tools to Develop methods for Known and Emerging contaminants
Raw Sample bull Accelerated Solvent Extraction (ASE)
Dionex ASE
Dionex UHPLC 3000
EQuan MAX Plus bull Equan MAX Plus online sample prep LCMS
Customized Reporting
bull Custom software to meet the needs of your workflow
bull TraceFinder SIEVE mzCloud
TSQ Quantiva TSQ Endura
bull TSQ Series Mass Spectrometers triple stage quadrupole LC-MSMS and GC MSMS for high sensitivity quantitation
bull Exactive Plus and Q Exactive Mass Spectrometers High Resolution Accurate Mass to identify quantify and confirm
Orbitrap HRAM
Orbitrap Fusion
42
Transform Your Science
Outline
bull High Resolution Accurate Mass for Environmental Analysis bull EQuan MAX Plus online sample preconcentration and
cleanup bull New Triple Quadrupole developments from Thermo Scientific
bull Project with Duke University for Emerging contaminants
2
Pharmaceuticals Pesticides Endocrine Disruptors Personal Care Products
N
OF
OH
Cl NH
N
N
N
Cl
OH
OH
NH
NH
I
I
O
I
OH
O
O
OH N
N
O
O
O O
OH
OH
O
O
O
O
OO
O
OH
OH
O
O
O
O OH
N
O
What is Environmental Analysis Challenge
bull Analysis of thousands of pollutants bull High diversity of chemical
characteristics bull Different matrices bull Screening Workflows with QuanQual
capabilities needed bull New issues Hydraulic fracturing bull Regulatory
bull EU Water Framework Directive bull
Contamination of ground and drinking water is a risk for
human health
Emerging Contaminants in The Environment ndash USGS study
3
Whatrsquos in our water supplies
Pharmaceuticals Personal Care Products Pesticides
Image from National Geographic April 2010 4
Sample preparationanalyte detection strategy
Clean-up efficiency Detection selectivity
MSMS
HRAM-MSMS
HPLC-UV
HPLC-FLD
Simple extraction
SPE
Dispersive SPE LC-MS
GC-MS ECD
GPC
LLE
5
Major Challenges in EFS Analysis
Low Concentration
High throughput for routine labs
Identifying low abundance analytes obscured by high abundance compounds
Matrix Complexity
Getting the most accurate information from precious samples
Small Sample Volumes
Being able to detect and identify trace level analytes in simple or complex samples
Large Sample Numbers
6
Analytical Challenges for Traditional Mass Spectrometry
Detect and identify isobaric compounds
Isolate compounds from matrix components
High Resolution High mass accuracy (HRAM) MS
can do the job
Searching for unknowns
Here targeted data acquisition (SIM SRMhellip)
fails
Large number of compounds
7
Resolution (resolving power)
bull Resolutio n
mR m
m (FWHM)
m 10
m 500 bull Quadrupole MS R 833
m 06
m 500bull Orbitrap MS R 100000
m 0005
8
Detection of analytes in heavy matrix
Pesticide in Matrix
23900 23905 23910 23915 23920 239250
20
40
60
80
100
Rel
ativ
e A
bund
ance
23915181 C 11 H 19 O 2 N 4
650 ppm
R = 17500 Error = 650 ppm
23900 23905 23910 23915 23920 23925 0
20
40
60
80
100
Rel
ativ
e A
bund
ance
H O
Pirimicarb
mzmz
23915033 C 11 H 19 O 2 N 4
032 ppm
R = 70000 Error = 032 ppm
9
35
40
45
50
55
60
65
Rel
ative
Abu
ndan
ce
Resolution influence (17500 vs 70000) Resolution_17_5K 1823 RT 230 AV 1 NL 160E6 Resolution_70K 123 RT 054
100
95
90
85
80
75
70
65
60
55
50
45
40
35
30
25
20
15
10
5
0 22200 22205 22210 22215 22220 22225
T FTMS + p ESI Full ms [12000-100000] 2221263
2221463
2221838
AV 1 NL 180E6 T FTMS + p ESI Full ms [12000-100000]
0
5
10
15
20
25
30
70
75
80
85
90
95
100 2221238
2221129
2221465
2221854
Name Molecular Formula M+H
Carbofuran C12H15NO3 2221125
Formetanate C11H15N3O2 2221237
2220 2221 2222 2223 mz mz
Relative Abu
ndan
ce
10
Mass accuracy
Mass accuracy
m mmeas truem z 106
mtrue
50015000bull Quadrupole MS m z 106 200ppm500
5001031450010214bull Orbitrap MS m z 106 2ppmTOF MS 50010314
11
Selectivity increases with higher mass accuracy
Beer extract T-2 toxin 5 microgL R
elat
ive
Rel
ativ
e
RT 845 NL 120E5100
2 ppm
72 74 76 78 80 82 84 86 88 90 92 94 96 98 100 102 104 106 Time (min)
30
40 50 60
Abu
ndan
ce
855799749 791776767 1061741726 105010311016946
mz=48425313-90 48425507 F FTMS 10 + p APCI Full 80 ms [30000-85000]
70 MS pivo_5_UH
20 10 0
RT 845 NL 120E5100
20 ppm 72 74 76 78 80 82 84 86 88 90 92 94 96 98 100 102 104 106
Time (min)
30
40 50 60
Abu
ndan
ce
821762 785759740737 825781 792 799 861730726 10611050888 1031867 911 10161009946
mz=48424441-90 48426379 F FTMS 10 + p APCI Full 80 ms [30000-85000]
70 MS pivo_5_UH
20 10 0
Rel
ativ
e
RT 845 NL 125E5100
30
40 50
Abu
ndan
ce
929872867 899878
911821785
1009 1016 1034100 ppm883813762759 781 810 835738
733 727 946 950 964 10611050
mz=48420567-90 48430253 F FTMS 10 + p APCI Full 80 ms [30000-85000]
70 MS pivo_5_UH
60
20 10 0
72 7 7 78 8 8 8 8 8 9 9 9 9 9 100 102 104 106 4 6 0 2 4 6 8Time (min) 0 2 4 6 8
Zachariasova M et al Anal Chim Acta 12
2880441 C9H21O2P1S3 Terbufos
2880949 C13H21O3P1S1 Iprobenfos
2881142 C15H17N4Cl1 Myclobutanil
2881256 C11H20N4O3S1 Epronaz
2881351 C11H21N4O3P1 Pirimethaphos
2881474 C16H20N2O3 Imazamethabenz
28900 28905 28910 28915 28920mz
0
10
20
30
40
50
60
70
80
90
100
Rel
ativ
e A
bund
ance
2891314
2890513 2891022
2891215
2891329 2891424
28900 28905 28910 28915 28920mz
0
10
20
30
40
50
60
70
80
90
100
Rel
ativ
e A
bund
ance
2891390
28910212890514
2891215
28913292891424
Detection of Isobaric Compounds in mixtures
Element Exact Mass H 1007825 C 12000000 N 14003074 O 15994915
Is a simultaneous measurement possible
01033 amu
28900 28905 28910 28915 28920 mz
0
10
20
30
40
50
60
70
80
90
100
Rel
ativ
e A
bund
ance
2891424 289154728913292891022
2890514
2891215 R = 140000
13
The Exactive Plus Orbitrap LCMS system
14
Q Exactive Orbitrap MSMS system
Higher ion transmission with rugged optics Increased sensitivity selectivity true MSMS Directly interfaced to HCD increases spectrum quality Multiple fills for spectrum multiplexing increases duty cycle Predictive automatic gain control for parallel filling amp detection brings more speed Advanced signal processing brings more resolution at same speed
15
Caffeine
What do we gain by using the quadrupole
1950876 N=24840281 NL 194E8100
[15000-200000]
NL 112E8
Full MS SN = 745
Lowest detected
250330
80
signalscan60
40
20
0 1950877 N=2074158100
Rel
ativ
e A
bund
ance
SN
(spe
ctrum) 4000
3000
2000
1000
0 195082 195084 195086 195088 19509 195092 195094
SN (FMS) SN (SIM10)
Sensitivity gain 5 ndash 10 x with SIM mode
80
60
40
20
0
[19010-20010]
Lowest detectedSIM (10amu) Gain in sensitivity (7x) signalscan SN = 5400 28240 6000
5000
16
Data dependent MSMS confirmation 1589762
Diuron
Azoxystrobin
Fluridone
Benoxacor
Fenamidone
Desmedipham
Imazalil
2 4 6 8 10 12 14 Time (min)
0
50
100 0
50
100 0
50
100 0
50
100
Rel
ativ
e Ab
unda
nce
0
50
100 0
50
100 0
50
100 696
735
735
744
755
758
780
NL 198E7 mz= 2970541-2970571 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 467E6 mz= 3011163-3011193 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 897E7 mz= 2330231-2330255 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 115E7 mz= 2600226-2600252 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 221E7 mz= 3301084-3301118 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 142E7 mz= 4041221-4041261 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 423E7 mz= 3121149-3121181 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
0
50
100 0
50
100 0
50
Rel
ativ
e Ab
unda
nce
100 0
50
100 2970551690455 2009867
25500821090763
3161774 720451
0
2330241 11908561591165
3070625100
50
1399895 2710859343039211203951650904 1490834
50
0 100
26002361200445 1880704
590500
2817393 3441026
37209743290791
316107821606551720391 4052731810705 920500
2361180
10305461650481 26709513121149
100 200 300 400 mz
17
Q Exactive ndash ldquoQuanfirmationrdquo what is it
bull High performance HRAM Quantitation and Confirmation bench top LCMS system capable of
bull Multi-residue quan performance similar to mid-high end Triples bull Ideal for targeted and general unknown screening bull Highest confidence confirmation with R = 140K and MSMS bull UHPLC compatible bull Letlsquos use the QExactive to combine these 2 experiments into one
18
Outline
bull What is EQuan MAX Plus bull EQuan MAX Plus
bull How can EQuan MAX Plus help your workflow
bull Customer testimonials bull Who uses EQuan MAX Plus
19
Low Sample Concentration
Challenge TSQ Quantiva
Demanding assays which require the absolute lowest limit of detection
Powered by AIM technology the TSQ Quantiva MS is the worldrsquos most sensitive triple quadrupoleMS detecting compounds at the ppt level
20
Environmental Analysis (Water)
EQuan MAX Plus
For targeted quantitation (TSQ) or
Targetednon-targeted screening and quantitation using High Resolution Accurate Mass (Orbitrap platform)
21
EQuan MAX Plus What is it
bull Turnkey method for assaying environmental water samples (pesticides antibiotics etc) at low ppt levels bull On-line sample clean-up and
preconcentration bull 2 Columns Loading and
Analytical bull 2 pumps
bull High injection volumes bull 1mL-20mL
bull Standard injection volumes bull 1-100 uL
22
EQuan MAX Plus Targeted Quantitation
bull Couple EQuan MAX Plus with any TSQ Quantum from Thermo Scientific for the most sensitive and selective experiments
bull Fast Positive Negative Switching
bull TraceFinder Software bull Built in SRM parameters bull Built in EQuan Methods
bull Quantum Access MAX bull Quantum Endura bull Quantum Quantiva
23
EQuan MAX Plus Non-targeted screening and Quantitation
bull Couple EQuan MAX Plus with the Exactive Orbitrap instruments (Exactive Plus or Q-Exactive)
bull High Resolution Accurate Mass (HRAM)
bull All ions are collected in every experiment bull Re-interrogate your data at a
later time bull Quantitation and screening
methods are easy to set up since there are no compound dependant parameters to optimize
24
SPE - standard enrichment procedure
7 Detection
LC-M
S
LC-MSMS
1 Sample preparation 1L samplefiltration
internal StdFiltr
atio
n
6 Elution
5 Drying
4 Washing
3 Extraction
2 Conditioning
Enr
ichm
ent
MeOH H2O
60mg Oasis
H2OMeOH (955)
air
MeOH
40 samples ~ 5h
~ 2d
~ 2d
25 Slide Courtsey Heinz Singer ndasheawag Zurich Switzerland
EQuan MAX Plus Solution ndash Gain Vs Conventional Injections
T r ia z in e P e s t M ix _ 1 0 p p t _ 1 0 0 0 u l_ 0 4 3 2 4 2 0 0 5 1 1 0 0 1 A M
R T 5 9 8 - 8 0 0 N L 8 1 0 E 4
1 0 0
10 ul injection
T I C F + c E S I si d = -1 0 0 0 S R M m s2 2 1 6 1 3 -1 8 0 0 [ 9 5 1 7 4 0 0 ] M S t r i a z i n e p e st m i x _ 1 0 p p t _
9 0 1 0 u l _ 0 5
8 5
8 0
7 5
7 0
6 5
6 0
Rel
ativ
e A
bund
ance
5 5
5 0
R T 5 9 8 - 8 0 2 R T 6 9 1 N L 8 1 0 E 4 A A 3 1 9 9 9 9 T I C F + c E S I si d = -1 0 0 0 S N 1 1 6 R M S S R M m s2 2 1 6 1 3 -1 8 0 0
1 0 0 [ 1 7 4 0 0 ] M S I C I S T r i a z i n e P e st M i x _ 1 0 p p t _ 1
9 5 0 0 0 u l _ 0 4
9 0
8 5
8 0
7 5
7 0
1000 ul injection6 5
6 0
Rel
ativ
e A
bund
ance
5 5
5 0
4 5 4 5
4 0
3 5
3 0
2 5
2 0
1 5
1 0
5
0 6 0 6 5 7 0
T i m e (m
4 0
3 5
3 0
2 5
2 0
1 5
1 0
5
0 7 5 8 0 6 0 6 5 7 0 7 5 8 0
i n ) T i m e (m i n )
10 ppt Atrazine in ground water
26
Sensitivity Speed amp Robustness for EFS high throughput laboratories
27
TSQ Endura Extreme quantitative value bull Designed for non-stop operation
bull For scientist who need to run routine samples day in and day out
TSQ Quantiva Extreme quantitative performance bull Designed for the most challenging
assays
bull For scientists needing to stay at the forefront of analytical technology
TSQ Quantiva TSQ Endura Mass Range 10-1850 10-3400
Max SRM Number 30000 SRMs 30000 SRMs
SRMSec 500 SRMssec 500 SRMssec
Ion Optics Active Ion Management (AIM)
bull Ion Max NG source bull Electrodynamic ion
funnel bull ion beam guide with
neutral blocker bull 6 mm HyperQuad
quadrupoles with asymmetric RF drive
S- LENS with Beam Blocker Technology
Quadrupole Design 4mm Quadrupoles with Asymetric RF
Reserpine Specification
100000 1 SN for 1 pg Reserpine
10000 1 SN for 1 pg Reserpine
elostrade
From Identification
28
Challenge Orbitrap V MS Confidently identify unknownemerging contaminantshelliphelliphelliphellip
High-Resolution Accurate Mass for identification of unknown emerging contaminants
To Routine Quantitation
Challenge EQuan MAX Plus and TSQ Quantivatrade MS
Followed by routine quantitation Online sample prep LCMS forquantitation of emergingcontaminants identified by the Orbitrap Velos
29
Analysis of Targeted and Non-targeted Contaminants in Storm Water Retention Ponds Emerging Contaminants from ID to Quantitation The Total Thermo Scientific Solution
Gordon Getzinger ndash Duke University Jonathan Beck PhD ndash Thermo Fisher Scientific
UHPLC-HRMS An Emerging Technique for ldquoHelping Contaminants Emergerdquo bull Target screening ― Monitor known contaminants using reference standards
bull Suspect screening ― Screen high-resolution accurate-mass data against
molecular databases of suspected contaminants bull Non-target screening ― Assign molecular and structural formula to
chromatographic features without previous knowledge of contaminant presence or identity
Krauss et al LC-high resolution MS in environmental analysis from target screening to the identification of unknowns (2010) Anal Bioanal Chem 397 [3]
31
Emerging Contaminant ID to Quantitation Workflow
bull Reclaimed waste water used for irrigation on a golf course for emerging contaminants (PPCPs) bull Lee Ferguson and Gordon Getzinger Environmental Chemistry Duke University USA
Acquire Fast Identify Develop Routine HRAM Data Contaminants Quantitative Quantitation
Assay
ExactFinder Software
Etofenprox Benzotriazole
Propanamide Acephate Allethrin
32
Kiawah Island SC USA
WWTPLand application of WW for golf course irrigation
Question Which microcontaminants are entering the aquatic environment as a result of wastewater reuse practices
33
Typical Sampling Site
34
Variety of Sampling Sites
Sample Site Inputs
Pond 5 Golf course runoff
Pond 25 Golf course runoff
Pond 43 Residential stormwater
Wastewater lagoon Treated municpal wastewater
Wastewater Composite 24hr composite effluent
Well 1 Infiltration from pond 25
Well 7 Infiltration from pond 5
35
Quantitation of Samples
bull Use a triple quad for quantitation bull Analyze samples directly no offline SPE to save time and
money bull Remove variables and sources of experimental error by
automated extraction and preconcentration bull An ideal solution for this challenge ishellip
36
What Did We Want to See in the Quantitation Experiment
bull Quantitative results at low concentrationshellip low and sub PPT levels
bull Calibration range bull 006 pgmL ndash 1000 pgmL
RT 400-1357
bull With a 1mL injection thatrsquos 60 fg ndash 1000 pg on column 968 NL 107E6 100
90
80
70
60
TIC of 175 pgmL injected standard 50
175 pg on column 40
30
20
10
0
979
1026 687 1037
1126 946
817 785 663 1151 601 1242 584 434
4 5 6 7 8 9 10 11 12 13
TIC MS 175pgmL
Rel
ativ
e A
bund
uanc
e
Time (min)
37
Calibration range 006-1000 pgmL - Flutolanil
60fg On Column 45 orders of magnitudeIon Ratio overlay
38
Results of Compounds Detected in a WWTP Sample
39
Identification of Emerging Contaminants
Data Analysis Workflow
Target screening
Are compounds x y amp z present in this sample
Non-target screening
Which compounds are present in this sample
Suspect screening
Which compounds of a defined list are present in this sample
40
LCMS Workflows for Environmental and Food Safety
41
Tools to Develop methods for Known and Emerging contaminants
Raw Sample bull Accelerated Solvent Extraction (ASE)
Dionex ASE
Dionex UHPLC 3000
EQuan MAX Plus bull Equan MAX Plus online sample prep LCMS
Customized Reporting
bull Custom software to meet the needs of your workflow
bull TraceFinder SIEVE mzCloud
TSQ Quantiva TSQ Endura
bull TSQ Series Mass Spectrometers triple stage quadrupole LC-MSMS and GC MSMS for high sensitivity quantitation
bull Exactive Plus and Q Exactive Mass Spectrometers High Resolution Accurate Mass to identify quantify and confirm
Orbitrap HRAM
Orbitrap Fusion
42
Transform Your Science
Pharmaceuticals Pesticides Endocrine Disruptors Personal Care Products
N
OF
OH
Cl NH
N
N
N
Cl
OH
OH
NH
NH
I
I
O
I
OH
O
O
OH N
N
O
O
O O
OH
OH
O
O
O
O
OO
O
OH
OH
O
O
O
O OH
N
O
What is Environmental Analysis Challenge
bull Analysis of thousands of pollutants bull High diversity of chemical
characteristics bull Different matrices bull Screening Workflows with QuanQual
capabilities needed bull New issues Hydraulic fracturing bull Regulatory
bull EU Water Framework Directive bull
Contamination of ground and drinking water is a risk for
human health
Emerging Contaminants in The Environment ndash USGS study
3
Whatrsquos in our water supplies
Pharmaceuticals Personal Care Products Pesticides
Image from National Geographic April 2010 4
Sample preparationanalyte detection strategy
Clean-up efficiency Detection selectivity
MSMS
HRAM-MSMS
HPLC-UV
HPLC-FLD
Simple extraction
SPE
Dispersive SPE LC-MS
GC-MS ECD
GPC
LLE
5
Major Challenges in EFS Analysis
Low Concentration
High throughput for routine labs
Identifying low abundance analytes obscured by high abundance compounds
Matrix Complexity
Getting the most accurate information from precious samples
Small Sample Volumes
Being able to detect and identify trace level analytes in simple or complex samples
Large Sample Numbers
6
Analytical Challenges for Traditional Mass Spectrometry
Detect and identify isobaric compounds
Isolate compounds from matrix components
High Resolution High mass accuracy (HRAM) MS
can do the job
Searching for unknowns
Here targeted data acquisition (SIM SRMhellip)
fails
Large number of compounds
7
Resolution (resolving power)
bull Resolutio n
mR m
m (FWHM)
m 10
m 500 bull Quadrupole MS R 833
m 06
m 500bull Orbitrap MS R 100000
m 0005
8
Detection of analytes in heavy matrix
Pesticide in Matrix
23900 23905 23910 23915 23920 239250
20
40
60
80
100
Rel
ativ
e A
bund
ance
23915181 C 11 H 19 O 2 N 4
650 ppm
R = 17500 Error = 650 ppm
23900 23905 23910 23915 23920 23925 0
20
40
60
80
100
Rel
ativ
e A
bund
ance
H O
Pirimicarb
mzmz
23915033 C 11 H 19 O 2 N 4
032 ppm
R = 70000 Error = 032 ppm
9
35
40
45
50
55
60
65
Rel
ative
Abu
ndan
ce
Resolution influence (17500 vs 70000) Resolution_17_5K 1823 RT 230 AV 1 NL 160E6 Resolution_70K 123 RT 054
100
95
90
85
80
75
70
65
60
55
50
45
40
35
30
25
20
15
10
5
0 22200 22205 22210 22215 22220 22225
T FTMS + p ESI Full ms [12000-100000] 2221263
2221463
2221838
AV 1 NL 180E6 T FTMS + p ESI Full ms [12000-100000]
0
5
10
15
20
25
30
70
75
80
85
90
95
100 2221238
2221129
2221465
2221854
Name Molecular Formula M+H
Carbofuran C12H15NO3 2221125
Formetanate C11H15N3O2 2221237
2220 2221 2222 2223 mz mz
Relative Abu
ndan
ce
10
Mass accuracy
Mass accuracy
m mmeas truem z 106
mtrue
50015000bull Quadrupole MS m z 106 200ppm500
5001031450010214bull Orbitrap MS m z 106 2ppmTOF MS 50010314
11
Selectivity increases with higher mass accuracy
Beer extract T-2 toxin 5 microgL R
elat
ive
Rel
ativ
e
RT 845 NL 120E5100
2 ppm
72 74 76 78 80 82 84 86 88 90 92 94 96 98 100 102 104 106 Time (min)
30
40 50 60
Abu
ndan
ce
855799749 791776767 1061741726 105010311016946
mz=48425313-90 48425507 F FTMS 10 + p APCI Full 80 ms [30000-85000]
70 MS pivo_5_UH
20 10 0
RT 845 NL 120E5100
20 ppm 72 74 76 78 80 82 84 86 88 90 92 94 96 98 100 102 104 106
Time (min)
30
40 50 60
Abu
ndan
ce
821762 785759740737 825781 792 799 861730726 10611050888 1031867 911 10161009946
mz=48424441-90 48426379 F FTMS 10 + p APCI Full 80 ms [30000-85000]
70 MS pivo_5_UH
20 10 0
Rel
ativ
e
RT 845 NL 125E5100
30
40 50
Abu
ndan
ce
929872867 899878
911821785
1009 1016 1034100 ppm883813762759 781 810 835738
733 727 946 950 964 10611050
mz=48420567-90 48430253 F FTMS 10 + p APCI Full 80 ms [30000-85000]
70 MS pivo_5_UH
60
20 10 0
72 7 7 78 8 8 8 8 8 9 9 9 9 9 100 102 104 106 4 6 0 2 4 6 8Time (min) 0 2 4 6 8
Zachariasova M et al Anal Chim Acta 12
2880441 C9H21O2P1S3 Terbufos
2880949 C13H21O3P1S1 Iprobenfos
2881142 C15H17N4Cl1 Myclobutanil
2881256 C11H20N4O3S1 Epronaz
2881351 C11H21N4O3P1 Pirimethaphos
2881474 C16H20N2O3 Imazamethabenz
28900 28905 28910 28915 28920mz
0
10
20
30
40
50
60
70
80
90
100
Rel
ativ
e A
bund
ance
2891314
2890513 2891022
2891215
2891329 2891424
28900 28905 28910 28915 28920mz
0
10
20
30
40
50
60
70
80
90
100
Rel
ativ
e A
bund
ance
2891390
28910212890514
2891215
28913292891424
Detection of Isobaric Compounds in mixtures
Element Exact Mass H 1007825 C 12000000 N 14003074 O 15994915
Is a simultaneous measurement possible
01033 amu
28900 28905 28910 28915 28920 mz
0
10
20
30
40
50
60
70
80
90
100
Rel
ativ
e A
bund
ance
2891424 289154728913292891022
2890514
2891215 R = 140000
13
The Exactive Plus Orbitrap LCMS system
14
Q Exactive Orbitrap MSMS system
Higher ion transmission with rugged optics Increased sensitivity selectivity true MSMS Directly interfaced to HCD increases spectrum quality Multiple fills for spectrum multiplexing increases duty cycle Predictive automatic gain control for parallel filling amp detection brings more speed Advanced signal processing brings more resolution at same speed
15
Caffeine
What do we gain by using the quadrupole
1950876 N=24840281 NL 194E8100
[15000-200000]
NL 112E8
Full MS SN = 745
Lowest detected
250330
80
signalscan60
40
20
0 1950877 N=2074158100
Rel
ativ
e A
bund
ance
SN
(spe
ctrum) 4000
3000
2000
1000
0 195082 195084 195086 195088 19509 195092 195094
SN (FMS) SN (SIM10)
Sensitivity gain 5 ndash 10 x with SIM mode
80
60
40
20
0
[19010-20010]
Lowest detectedSIM (10amu) Gain in sensitivity (7x) signalscan SN = 5400 28240 6000
5000
16
Data dependent MSMS confirmation 1589762
Diuron
Azoxystrobin
Fluridone
Benoxacor
Fenamidone
Desmedipham
Imazalil
2 4 6 8 10 12 14 Time (min)
0
50
100 0
50
100 0
50
100 0
50
100
Rel
ativ
e Ab
unda
nce
0
50
100 0
50
100 0
50
100 696
735
735
744
755
758
780
NL 198E7 mz= 2970541-2970571 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 467E6 mz= 3011163-3011193 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 897E7 mz= 2330231-2330255 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 115E7 mz= 2600226-2600252 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 221E7 mz= 3301084-3301118 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 142E7 mz= 4041221-4041261 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 423E7 mz= 3121149-3121181 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
0
50
100 0
50
100 0
50
Rel
ativ
e Ab
unda
nce
100 0
50
100 2970551690455 2009867
25500821090763
3161774 720451
0
2330241 11908561591165
3070625100
50
1399895 2710859343039211203951650904 1490834
50
0 100
26002361200445 1880704
590500
2817393 3441026
37209743290791
316107821606551720391 4052731810705 920500
2361180
10305461650481 26709513121149
100 200 300 400 mz
17
Q Exactive ndash ldquoQuanfirmationrdquo what is it
bull High performance HRAM Quantitation and Confirmation bench top LCMS system capable of
bull Multi-residue quan performance similar to mid-high end Triples bull Ideal for targeted and general unknown screening bull Highest confidence confirmation with R = 140K and MSMS bull UHPLC compatible bull Letlsquos use the QExactive to combine these 2 experiments into one
18
Outline
bull What is EQuan MAX Plus bull EQuan MAX Plus
bull How can EQuan MAX Plus help your workflow
bull Customer testimonials bull Who uses EQuan MAX Plus
19
Low Sample Concentration
Challenge TSQ Quantiva
Demanding assays which require the absolute lowest limit of detection
Powered by AIM technology the TSQ Quantiva MS is the worldrsquos most sensitive triple quadrupoleMS detecting compounds at the ppt level
20
Environmental Analysis (Water)
EQuan MAX Plus
For targeted quantitation (TSQ) or
Targetednon-targeted screening and quantitation using High Resolution Accurate Mass (Orbitrap platform)
21
EQuan MAX Plus What is it
bull Turnkey method for assaying environmental water samples (pesticides antibiotics etc) at low ppt levels bull On-line sample clean-up and
preconcentration bull 2 Columns Loading and
Analytical bull 2 pumps
bull High injection volumes bull 1mL-20mL
bull Standard injection volumes bull 1-100 uL
22
EQuan MAX Plus Targeted Quantitation
bull Couple EQuan MAX Plus with any TSQ Quantum from Thermo Scientific for the most sensitive and selective experiments
bull Fast Positive Negative Switching
bull TraceFinder Software bull Built in SRM parameters bull Built in EQuan Methods
bull Quantum Access MAX bull Quantum Endura bull Quantum Quantiva
23
EQuan MAX Plus Non-targeted screening and Quantitation
bull Couple EQuan MAX Plus with the Exactive Orbitrap instruments (Exactive Plus or Q-Exactive)
bull High Resolution Accurate Mass (HRAM)
bull All ions are collected in every experiment bull Re-interrogate your data at a
later time bull Quantitation and screening
methods are easy to set up since there are no compound dependant parameters to optimize
24
SPE - standard enrichment procedure
7 Detection
LC-M
S
LC-MSMS
1 Sample preparation 1L samplefiltration
internal StdFiltr
atio
n
6 Elution
5 Drying
4 Washing
3 Extraction
2 Conditioning
Enr
ichm
ent
MeOH H2O
60mg Oasis
H2OMeOH (955)
air
MeOH
40 samples ~ 5h
~ 2d
~ 2d
25 Slide Courtsey Heinz Singer ndasheawag Zurich Switzerland
EQuan MAX Plus Solution ndash Gain Vs Conventional Injections
T r ia z in e P e s t M ix _ 1 0 p p t _ 1 0 0 0 u l_ 0 4 3 2 4 2 0 0 5 1 1 0 0 1 A M
R T 5 9 8 - 8 0 0 N L 8 1 0 E 4
1 0 0
10 ul injection
T I C F + c E S I si d = -1 0 0 0 S R M m s2 2 1 6 1 3 -1 8 0 0 [ 9 5 1 7 4 0 0 ] M S t r i a z i n e p e st m i x _ 1 0 p p t _
9 0 1 0 u l _ 0 5
8 5
8 0
7 5
7 0
6 5
6 0
Rel
ativ
e A
bund
ance
5 5
5 0
R T 5 9 8 - 8 0 2 R T 6 9 1 N L 8 1 0 E 4 A A 3 1 9 9 9 9 T I C F + c E S I si d = -1 0 0 0 S N 1 1 6 R M S S R M m s2 2 1 6 1 3 -1 8 0 0
1 0 0 [ 1 7 4 0 0 ] M S I C I S T r i a z i n e P e st M i x _ 1 0 p p t _ 1
9 5 0 0 0 u l _ 0 4
9 0
8 5
8 0
7 5
7 0
1000 ul injection6 5
6 0
Rel
ativ
e A
bund
ance
5 5
5 0
4 5 4 5
4 0
3 5
3 0
2 5
2 0
1 5
1 0
5
0 6 0 6 5 7 0
T i m e (m
4 0
3 5
3 0
2 5
2 0
1 5
1 0
5
0 7 5 8 0 6 0 6 5 7 0 7 5 8 0
i n ) T i m e (m i n )
10 ppt Atrazine in ground water
26
Sensitivity Speed amp Robustness for EFS high throughput laboratories
27
TSQ Endura Extreme quantitative value bull Designed for non-stop operation
bull For scientist who need to run routine samples day in and day out
TSQ Quantiva Extreme quantitative performance bull Designed for the most challenging
assays
bull For scientists needing to stay at the forefront of analytical technology
TSQ Quantiva TSQ Endura Mass Range 10-1850 10-3400
Max SRM Number 30000 SRMs 30000 SRMs
SRMSec 500 SRMssec 500 SRMssec
Ion Optics Active Ion Management (AIM)
bull Ion Max NG source bull Electrodynamic ion
funnel bull ion beam guide with
neutral blocker bull 6 mm HyperQuad
quadrupoles with asymmetric RF drive
S- LENS with Beam Blocker Technology
Quadrupole Design 4mm Quadrupoles with Asymetric RF
Reserpine Specification
100000 1 SN for 1 pg Reserpine
10000 1 SN for 1 pg Reserpine
elostrade
From Identification
28
Challenge Orbitrap V MS Confidently identify unknownemerging contaminantshelliphelliphelliphellip
High-Resolution Accurate Mass for identification of unknown emerging contaminants
To Routine Quantitation
Challenge EQuan MAX Plus and TSQ Quantivatrade MS
Followed by routine quantitation Online sample prep LCMS forquantitation of emergingcontaminants identified by the Orbitrap Velos
29
Analysis of Targeted and Non-targeted Contaminants in Storm Water Retention Ponds Emerging Contaminants from ID to Quantitation The Total Thermo Scientific Solution
Gordon Getzinger ndash Duke University Jonathan Beck PhD ndash Thermo Fisher Scientific
UHPLC-HRMS An Emerging Technique for ldquoHelping Contaminants Emergerdquo bull Target screening ― Monitor known contaminants using reference standards
bull Suspect screening ― Screen high-resolution accurate-mass data against
molecular databases of suspected contaminants bull Non-target screening ― Assign molecular and structural formula to
chromatographic features without previous knowledge of contaminant presence or identity
Krauss et al LC-high resolution MS in environmental analysis from target screening to the identification of unknowns (2010) Anal Bioanal Chem 397 [3]
31
Emerging Contaminant ID to Quantitation Workflow
bull Reclaimed waste water used for irrigation on a golf course for emerging contaminants (PPCPs) bull Lee Ferguson and Gordon Getzinger Environmental Chemistry Duke University USA
Acquire Fast Identify Develop Routine HRAM Data Contaminants Quantitative Quantitation
Assay
ExactFinder Software
Etofenprox Benzotriazole
Propanamide Acephate Allethrin
32
Kiawah Island SC USA
WWTPLand application of WW for golf course irrigation
Question Which microcontaminants are entering the aquatic environment as a result of wastewater reuse practices
33
Typical Sampling Site
34
Variety of Sampling Sites
Sample Site Inputs
Pond 5 Golf course runoff
Pond 25 Golf course runoff
Pond 43 Residential stormwater
Wastewater lagoon Treated municpal wastewater
Wastewater Composite 24hr composite effluent
Well 1 Infiltration from pond 25
Well 7 Infiltration from pond 5
35
Quantitation of Samples
bull Use a triple quad for quantitation bull Analyze samples directly no offline SPE to save time and
money bull Remove variables and sources of experimental error by
automated extraction and preconcentration bull An ideal solution for this challenge ishellip
36
What Did We Want to See in the Quantitation Experiment
bull Quantitative results at low concentrationshellip low and sub PPT levels
bull Calibration range bull 006 pgmL ndash 1000 pgmL
RT 400-1357
bull With a 1mL injection thatrsquos 60 fg ndash 1000 pg on column 968 NL 107E6 100
90
80
70
60
TIC of 175 pgmL injected standard 50
175 pg on column 40
30
20
10
0
979
1026 687 1037
1126 946
817 785 663 1151 601 1242 584 434
4 5 6 7 8 9 10 11 12 13
TIC MS 175pgmL
Rel
ativ
e A
bund
uanc
e
Time (min)
37
Calibration range 006-1000 pgmL - Flutolanil
60fg On Column 45 orders of magnitudeIon Ratio overlay
38
Results of Compounds Detected in a WWTP Sample
39
Identification of Emerging Contaminants
Data Analysis Workflow
Target screening
Are compounds x y amp z present in this sample
Non-target screening
Which compounds are present in this sample
Suspect screening
Which compounds of a defined list are present in this sample
40
LCMS Workflows for Environmental and Food Safety
41
Tools to Develop methods for Known and Emerging contaminants
Raw Sample bull Accelerated Solvent Extraction (ASE)
Dionex ASE
Dionex UHPLC 3000
EQuan MAX Plus bull Equan MAX Plus online sample prep LCMS
Customized Reporting
bull Custom software to meet the needs of your workflow
bull TraceFinder SIEVE mzCloud
TSQ Quantiva TSQ Endura
bull TSQ Series Mass Spectrometers triple stage quadrupole LC-MSMS and GC MSMS for high sensitivity quantitation
bull Exactive Plus and Q Exactive Mass Spectrometers High Resolution Accurate Mass to identify quantify and confirm
Orbitrap HRAM
Orbitrap Fusion
42
Transform Your Science
Whatrsquos in our water supplies
Pharmaceuticals Personal Care Products Pesticides
Image from National Geographic April 2010 4
Sample preparationanalyte detection strategy
Clean-up efficiency Detection selectivity
MSMS
HRAM-MSMS
HPLC-UV
HPLC-FLD
Simple extraction
SPE
Dispersive SPE LC-MS
GC-MS ECD
GPC
LLE
5
Major Challenges in EFS Analysis
Low Concentration
High throughput for routine labs
Identifying low abundance analytes obscured by high abundance compounds
Matrix Complexity
Getting the most accurate information from precious samples
Small Sample Volumes
Being able to detect and identify trace level analytes in simple or complex samples
Large Sample Numbers
6
Analytical Challenges for Traditional Mass Spectrometry
Detect and identify isobaric compounds
Isolate compounds from matrix components
High Resolution High mass accuracy (HRAM) MS
can do the job
Searching for unknowns
Here targeted data acquisition (SIM SRMhellip)
fails
Large number of compounds
7
Resolution (resolving power)
bull Resolutio n
mR m
m (FWHM)
m 10
m 500 bull Quadrupole MS R 833
m 06
m 500bull Orbitrap MS R 100000
m 0005
8
Detection of analytes in heavy matrix
Pesticide in Matrix
23900 23905 23910 23915 23920 239250
20
40
60
80
100
Rel
ativ
e A
bund
ance
23915181 C 11 H 19 O 2 N 4
650 ppm
R = 17500 Error = 650 ppm
23900 23905 23910 23915 23920 23925 0
20
40
60
80
100
Rel
ativ
e A
bund
ance
H O
Pirimicarb
mzmz
23915033 C 11 H 19 O 2 N 4
032 ppm
R = 70000 Error = 032 ppm
9
35
40
45
50
55
60
65
Rel
ative
Abu
ndan
ce
Resolution influence (17500 vs 70000) Resolution_17_5K 1823 RT 230 AV 1 NL 160E6 Resolution_70K 123 RT 054
100
95
90
85
80
75
70
65
60
55
50
45
40
35
30
25
20
15
10
5
0 22200 22205 22210 22215 22220 22225
T FTMS + p ESI Full ms [12000-100000] 2221263
2221463
2221838
AV 1 NL 180E6 T FTMS + p ESI Full ms [12000-100000]
0
5
10
15
20
25
30
70
75
80
85
90
95
100 2221238
2221129
2221465
2221854
Name Molecular Formula M+H
Carbofuran C12H15NO3 2221125
Formetanate C11H15N3O2 2221237
2220 2221 2222 2223 mz mz
Relative Abu
ndan
ce
10
Mass accuracy
Mass accuracy
m mmeas truem z 106
mtrue
50015000bull Quadrupole MS m z 106 200ppm500
5001031450010214bull Orbitrap MS m z 106 2ppmTOF MS 50010314
11
Selectivity increases with higher mass accuracy
Beer extract T-2 toxin 5 microgL R
elat
ive
Rel
ativ
e
RT 845 NL 120E5100
2 ppm
72 74 76 78 80 82 84 86 88 90 92 94 96 98 100 102 104 106 Time (min)
30
40 50 60
Abu
ndan
ce
855799749 791776767 1061741726 105010311016946
mz=48425313-90 48425507 F FTMS 10 + p APCI Full 80 ms [30000-85000]
70 MS pivo_5_UH
20 10 0
RT 845 NL 120E5100
20 ppm 72 74 76 78 80 82 84 86 88 90 92 94 96 98 100 102 104 106
Time (min)
30
40 50 60
Abu
ndan
ce
821762 785759740737 825781 792 799 861730726 10611050888 1031867 911 10161009946
mz=48424441-90 48426379 F FTMS 10 + p APCI Full 80 ms [30000-85000]
70 MS pivo_5_UH
20 10 0
Rel
ativ
e
RT 845 NL 125E5100
30
40 50
Abu
ndan
ce
929872867 899878
911821785
1009 1016 1034100 ppm883813762759 781 810 835738
733 727 946 950 964 10611050
mz=48420567-90 48430253 F FTMS 10 + p APCI Full 80 ms [30000-85000]
70 MS pivo_5_UH
60
20 10 0
72 7 7 78 8 8 8 8 8 9 9 9 9 9 100 102 104 106 4 6 0 2 4 6 8Time (min) 0 2 4 6 8
Zachariasova M et al Anal Chim Acta 12
2880441 C9H21O2P1S3 Terbufos
2880949 C13H21O3P1S1 Iprobenfos
2881142 C15H17N4Cl1 Myclobutanil
2881256 C11H20N4O3S1 Epronaz
2881351 C11H21N4O3P1 Pirimethaphos
2881474 C16H20N2O3 Imazamethabenz
28900 28905 28910 28915 28920mz
0
10
20
30
40
50
60
70
80
90
100
Rel
ativ
e A
bund
ance
2891314
2890513 2891022
2891215
2891329 2891424
28900 28905 28910 28915 28920mz
0
10
20
30
40
50
60
70
80
90
100
Rel
ativ
e A
bund
ance
2891390
28910212890514
2891215
28913292891424
Detection of Isobaric Compounds in mixtures
Element Exact Mass H 1007825 C 12000000 N 14003074 O 15994915
Is a simultaneous measurement possible
01033 amu
28900 28905 28910 28915 28920 mz
0
10
20
30
40
50
60
70
80
90
100
Rel
ativ
e A
bund
ance
2891424 289154728913292891022
2890514
2891215 R = 140000
13
The Exactive Plus Orbitrap LCMS system
14
Q Exactive Orbitrap MSMS system
Higher ion transmission with rugged optics Increased sensitivity selectivity true MSMS Directly interfaced to HCD increases spectrum quality Multiple fills for spectrum multiplexing increases duty cycle Predictive automatic gain control for parallel filling amp detection brings more speed Advanced signal processing brings more resolution at same speed
15
Caffeine
What do we gain by using the quadrupole
1950876 N=24840281 NL 194E8100
[15000-200000]
NL 112E8
Full MS SN = 745
Lowest detected
250330
80
signalscan60
40
20
0 1950877 N=2074158100
Rel
ativ
e A
bund
ance
SN
(spe
ctrum) 4000
3000
2000
1000
0 195082 195084 195086 195088 19509 195092 195094
SN (FMS) SN (SIM10)
Sensitivity gain 5 ndash 10 x with SIM mode
80
60
40
20
0
[19010-20010]
Lowest detectedSIM (10amu) Gain in sensitivity (7x) signalscan SN = 5400 28240 6000
5000
16
Data dependent MSMS confirmation 1589762
Diuron
Azoxystrobin
Fluridone
Benoxacor
Fenamidone
Desmedipham
Imazalil
2 4 6 8 10 12 14 Time (min)
0
50
100 0
50
100 0
50
100 0
50
100
Rel
ativ
e Ab
unda
nce
0
50
100 0
50
100 0
50
100 696
735
735
744
755
758
780
NL 198E7 mz= 2970541-2970571 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 467E6 mz= 3011163-3011193 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 897E7 mz= 2330231-2330255 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 115E7 mz= 2600226-2600252 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 221E7 mz= 3301084-3301118 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 142E7 mz= 4041221-4041261 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 423E7 mz= 3121149-3121181 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
0
50
100 0
50
100 0
50
Rel
ativ
e Ab
unda
nce
100 0
50
100 2970551690455 2009867
25500821090763
3161774 720451
0
2330241 11908561591165
3070625100
50
1399895 2710859343039211203951650904 1490834
50
0 100
26002361200445 1880704
590500
2817393 3441026
37209743290791
316107821606551720391 4052731810705 920500
2361180
10305461650481 26709513121149
100 200 300 400 mz
17
Q Exactive ndash ldquoQuanfirmationrdquo what is it
bull High performance HRAM Quantitation and Confirmation bench top LCMS system capable of
bull Multi-residue quan performance similar to mid-high end Triples bull Ideal for targeted and general unknown screening bull Highest confidence confirmation with R = 140K and MSMS bull UHPLC compatible bull Letlsquos use the QExactive to combine these 2 experiments into one
18
Outline
bull What is EQuan MAX Plus bull EQuan MAX Plus
bull How can EQuan MAX Plus help your workflow
bull Customer testimonials bull Who uses EQuan MAX Plus
19
Low Sample Concentration
Challenge TSQ Quantiva
Demanding assays which require the absolute lowest limit of detection
Powered by AIM technology the TSQ Quantiva MS is the worldrsquos most sensitive triple quadrupoleMS detecting compounds at the ppt level
20
Environmental Analysis (Water)
EQuan MAX Plus
For targeted quantitation (TSQ) or
Targetednon-targeted screening and quantitation using High Resolution Accurate Mass (Orbitrap platform)
21
EQuan MAX Plus What is it
bull Turnkey method for assaying environmental water samples (pesticides antibiotics etc) at low ppt levels bull On-line sample clean-up and
preconcentration bull 2 Columns Loading and
Analytical bull 2 pumps
bull High injection volumes bull 1mL-20mL
bull Standard injection volumes bull 1-100 uL
22
EQuan MAX Plus Targeted Quantitation
bull Couple EQuan MAX Plus with any TSQ Quantum from Thermo Scientific for the most sensitive and selective experiments
bull Fast Positive Negative Switching
bull TraceFinder Software bull Built in SRM parameters bull Built in EQuan Methods
bull Quantum Access MAX bull Quantum Endura bull Quantum Quantiva
23
EQuan MAX Plus Non-targeted screening and Quantitation
bull Couple EQuan MAX Plus with the Exactive Orbitrap instruments (Exactive Plus or Q-Exactive)
bull High Resolution Accurate Mass (HRAM)
bull All ions are collected in every experiment bull Re-interrogate your data at a
later time bull Quantitation and screening
methods are easy to set up since there are no compound dependant parameters to optimize
24
SPE - standard enrichment procedure
7 Detection
LC-M
S
LC-MSMS
1 Sample preparation 1L samplefiltration
internal StdFiltr
atio
n
6 Elution
5 Drying
4 Washing
3 Extraction
2 Conditioning
Enr
ichm
ent
MeOH H2O
60mg Oasis
H2OMeOH (955)
air
MeOH
40 samples ~ 5h
~ 2d
~ 2d
25 Slide Courtsey Heinz Singer ndasheawag Zurich Switzerland
EQuan MAX Plus Solution ndash Gain Vs Conventional Injections
T r ia z in e P e s t M ix _ 1 0 p p t _ 1 0 0 0 u l_ 0 4 3 2 4 2 0 0 5 1 1 0 0 1 A M
R T 5 9 8 - 8 0 0 N L 8 1 0 E 4
1 0 0
10 ul injection
T I C F + c E S I si d = -1 0 0 0 S R M m s2 2 1 6 1 3 -1 8 0 0 [ 9 5 1 7 4 0 0 ] M S t r i a z i n e p e st m i x _ 1 0 p p t _
9 0 1 0 u l _ 0 5
8 5
8 0
7 5
7 0
6 5
6 0
Rel
ativ
e A
bund
ance
5 5
5 0
R T 5 9 8 - 8 0 2 R T 6 9 1 N L 8 1 0 E 4 A A 3 1 9 9 9 9 T I C F + c E S I si d = -1 0 0 0 S N 1 1 6 R M S S R M m s2 2 1 6 1 3 -1 8 0 0
1 0 0 [ 1 7 4 0 0 ] M S I C I S T r i a z i n e P e st M i x _ 1 0 p p t _ 1
9 5 0 0 0 u l _ 0 4
9 0
8 5
8 0
7 5
7 0
1000 ul injection6 5
6 0
Rel
ativ
e A
bund
ance
5 5
5 0
4 5 4 5
4 0
3 5
3 0
2 5
2 0
1 5
1 0
5
0 6 0 6 5 7 0
T i m e (m
4 0
3 5
3 0
2 5
2 0
1 5
1 0
5
0 7 5 8 0 6 0 6 5 7 0 7 5 8 0
i n ) T i m e (m i n )
10 ppt Atrazine in ground water
26
Sensitivity Speed amp Robustness for EFS high throughput laboratories
27
TSQ Endura Extreme quantitative value bull Designed for non-stop operation
bull For scientist who need to run routine samples day in and day out
TSQ Quantiva Extreme quantitative performance bull Designed for the most challenging
assays
bull For scientists needing to stay at the forefront of analytical technology
TSQ Quantiva TSQ Endura Mass Range 10-1850 10-3400
Max SRM Number 30000 SRMs 30000 SRMs
SRMSec 500 SRMssec 500 SRMssec
Ion Optics Active Ion Management (AIM)
bull Ion Max NG source bull Electrodynamic ion
funnel bull ion beam guide with
neutral blocker bull 6 mm HyperQuad
quadrupoles with asymmetric RF drive
S- LENS with Beam Blocker Technology
Quadrupole Design 4mm Quadrupoles with Asymetric RF
Reserpine Specification
100000 1 SN for 1 pg Reserpine
10000 1 SN for 1 pg Reserpine
elostrade
From Identification
28
Challenge Orbitrap V MS Confidently identify unknownemerging contaminantshelliphelliphelliphellip
High-Resolution Accurate Mass for identification of unknown emerging contaminants
To Routine Quantitation
Challenge EQuan MAX Plus and TSQ Quantivatrade MS
Followed by routine quantitation Online sample prep LCMS forquantitation of emergingcontaminants identified by the Orbitrap Velos
29
Analysis of Targeted and Non-targeted Contaminants in Storm Water Retention Ponds Emerging Contaminants from ID to Quantitation The Total Thermo Scientific Solution
Gordon Getzinger ndash Duke University Jonathan Beck PhD ndash Thermo Fisher Scientific
UHPLC-HRMS An Emerging Technique for ldquoHelping Contaminants Emergerdquo bull Target screening ― Monitor known contaminants using reference standards
bull Suspect screening ― Screen high-resolution accurate-mass data against
molecular databases of suspected contaminants bull Non-target screening ― Assign molecular and structural formula to
chromatographic features without previous knowledge of contaminant presence or identity
Krauss et al LC-high resolution MS in environmental analysis from target screening to the identification of unknowns (2010) Anal Bioanal Chem 397 [3]
31
Emerging Contaminant ID to Quantitation Workflow
bull Reclaimed waste water used for irrigation on a golf course for emerging contaminants (PPCPs) bull Lee Ferguson and Gordon Getzinger Environmental Chemistry Duke University USA
Acquire Fast Identify Develop Routine HRAM Data Contaminants Quantitative Quantitation
Assay
ExactFinder Software
Etofenprox Benzotriazole
Propanamide Acephate Allethrin
32
Kiawah Island SC USA
WWTPLand application of WW for golf course irrigation
Question Which microcontaminants are entering the aquatic environment as a result of wastewater reuse practices
33
Typical Sampling Site
34
Variety of Sampling Sites
Sample Site Inputs
Pond 5 Golf course runoff
Pond 25 Golf course runoff
Pond 43 Residential stormwater
Wastewater lagoon Treated municpal wastewater
Wastewater Composite 24hr composite effluent
Well 1 Infiltration from pond 25
Well 7 Infiltration from pond 5
35
Quantitation of Samples
bull Use a triple quad for quantitation bull Analyze samples directly no offline SPE to save time and
money bull Remove variables and sources of experimental error by
automated extraction and preconcentration bull An ideal solution for this challenge ishellip
36
What Did We Want to See in the Quantitation Experiment
bull Quantitative results at low concentrationshellip low and sub PPT levels
bull Calibration range bull 006 pgmL ndash 1000 pgmL
RT 400-1357
bull With a 1mL injection thatrsquos 60 fg ndash 1000 pg on column 968 NL 107E6 100
90
80
70
60
TIC of 175 pgmL injected standard 50
175 pg on column 40
30
20
10
0
979
1026 687 1037
1126 946
817 785 663 1151 601 1242 584 434
4 5 6 7 8 9 10 11 12 13
TIC MS 175pgmL
Rel
ativ
e A
bund
uanc
e
Time (min)
37
Calibration range 006-1000 pgmL - Flutolanil
60fg On Column 45 orders of magnitudeIon Ratio overlay
38
Results of Compounds Detected in a WWTP Sample
39
Identification of Emerging Contaminants
Data Analysis Workflow
Target screening
Are compounds x y amp z present in this sample
Non-target screening
Which compounds are present in this sample
Suspect screening
Which compounds of a defined list are present in this sample
40
LCMS Workflows for Environmental and Food Safety
41
Tools to Develop methods for Known and Emerging contaminants
Raw Sample bull Accelerated Solvent Extraction (ASE)
Dionex ASE
Dionex UHPLC 3000
EQuan MAX Plus bull Equan MAX Plus online sample prep LCMS
Customized Reporting
bull Custom software to meet the needs of your workflow
bull TraceFinder SIEVE mzCloud
TSQ Quantiva TSQ Endura
bull TSQ Series Mass Spectrometers triple stage quadrupole LC-MSMS and GC MSMS for high sensitivity quantitation
bull Exactive Plus and Q Exactive Mass Spectrometers High Resolution Accurate Mass to identify quantify and confirm
Orbitrap HRAM
Orbitrap Fusion
42
Transform Your Science
Sample preparationanalyte detection strategy
Clean-up efficiency Detection selectivity
MSMS
HRAM-MSMS
HPLC-UV
HPLC-FLD
Simple extraction
SPE
Dispersive SPE LC-MS
GC-MS ECD
GPC
LLE
5
Major Challenges in EFS Analysis
Low Concentration
High throughput for routine labs
Identifying low abundance analytes obscured by high abundance compounds
Matrix Complexity
Getting the most accurate information from precious samples
Small Sample Volumes
Being able to detect and identify trace level analytes in simple or complex samples
Large Sample Numbers
6
Analytical Challenges for Traditional Mass Spectrometry
Detect and identify isobaric compounds
Isolate compounds from matrix components
High Resolution High mass accuracy (HRAM) MS
can do the job
Searching for unknowns
Here targeted data acquisition (SIM SRMhellip)
fails
Large number of compounds
7
Resolution (resolving power)
bull Resolutio n
mR m
m (FWHM)
m 10
m 500 bull Quadrupole MS R 833
m 06
m 500bull Orbitrap MS R 100000
m 0005
8
Detection of analytes in heavy matrix
Pesticide in Matrix
23900 23905 23910 23915 23920 239250
20
40
60
80
100
Rel
ativ
e A
bund
ance
23915181 C 11 H 19 O 2 N 4
650 ppm
R = 17500 Error = 650 ppm
23900 23905 23910 23915 23920 23925 0
20
40
60
80
100
Rel
ativ
e A
bund
ance
H O
Pirimicarb
mzmz
23915033 C 11 H 19 O 2 N 4
032 ppm
R = 70000 Error = 032 ppm
9
35
40
45
50
55
60
65
Rel
ative
Abu
ndan
ce
Resolution influence (17500 vs 70000) Resolution_17_5K 1823 RT 230 AV 1 NL 160E6 Resolution_70K 123 RT 054
100
95
90
85
80
75
70
65
60
55
50
45
40
35
30
25
20
15
10
5
0 22200 22205 22210 22215 22220 22225
T FTMS + p ESI Full ms [12000-100000] 2221263
2221463
2221838
AV 1 NL 180E6 T FTMS + p ESI Full ms [12000-100000]
0
5
10
15
20
25
30
70
75
80
85
90
95
100 2221238
2221129
2221465
2221854
Name Molecular Formula M+H
Carbofuran C12H15NO3 2221125
Formetanate C11H15N3O2 2221237
2220 2221 2222 2223 mz mz
Relative Abu
ndan
ce
10
Mass accuracy
Mass accuracy
m mmeas truem z 106
mtrue
50015000bull Quadrupole MS m z 106 200ppm500
5001031450010214bull Orbitrap MS m z 106 2ppmTOF MS 50010314
11
Selectivity increases with higher mass accuracy
Beer extract T-2 toxin 5 microgL R
elat
ive
Rel
ativ
e
RT 845 NL 120E5100
2 ppm
72 74 76 78 80 82 84 86 88 90 92 94 96 98 100 102 104 106 Time (min)
30
40 50 60
Abu
ndan
ce
855799749 791776767 1061741726 105010311016946
mz=48425313-90 48425507 F FTMS 10 + p APCI Full 80 ms [30000-85000]
70 MS pivo_5_UH
20 10 0
RT 845 NL 120E5100
20 ppm 72 74 76 78 80 82 84 86 88 90 92 94 96 98 100 102 104 106
Time (min)
30
40 50 60
Abu
ndan
ce
821762 785759740737 825781 792 799 861730726 10611050888 1031867 911 10161009946
mz=48424441-90 48426379 F FTMS 10 + p APCI Full 80 ms [30000-85000]
70 MS pivo_5_UH
20 10 0
Rel
ativ
e
RT 845 NL 125E5100
30
40 50
Abu
ndan
ce
929872867 899878
911821785
1009 1016 1034100 ppm883813762759 781 810 835738
733 727 946 950 964 10611050
mz=48420567-90 48430253 F FTMS 10 + p APCI Full 80 ms [30000-85000]
70 MS pivo_5_UH
60
20 10 0
72 7 7 78 8 8 8 8 8 9 9 9 9 9 100 102 104 106 4 6 0 2 4 6 8Time (min) 0 2 4 6 8
Zachariasova M et al Anal Chim Acta 12
2880441 C9H21O2P1S3 Terbufos
2880949 C13H21O3P1S1 Iprobenfos
2881142 C15H17N4Cl1 Myclobutanil
2881256 C11H20N4O3S1 Epronaz
2881351 C11H21N4O3P1 Pirimethaphos
2881474 C16H20N2O3 Imazamethabenz
28900 28905 28910 28915 28920mz
0
10
20
30
40
50
60
70
80
90
100
Rel
ativ
e A
bund
ance
2891314
2890513 2891022
2891215
2891329 2891424
28900 28905 28910 28915 28920mz
0
10
20
30
40
50
60
70
80
90
100
Rel
ativ
e A
bund
ance
2891390
28910212890514
2891215
28913292891424
Detection of Isobaric Compounds in mixtures
Element Exact Mass H 1007825 C 12000000 N 14003074 O 15994915
Is a simultaneous measurement possible
01033 amu
28900 28905 28910 28915 28920 mz
0
10
20
30
40
50
60
70
80
90
100
Rel
ativ
e A
bund
ance
2891424 289154728913292891022
2890514
2891215 R = 140000
13
The Exactive Plus Orbitrap LCMS system
14
Q Exactive Orbitrap MSMS system
Higher ion transmission with rugged optics Increased sensitivity selectivity true MSMS Directly interfaced to HCD increases spectrum quality Multiple fills for spectrum multiplexing increases duty cycle Predictive automatic gain control for parallel filling amp detection brings more speed Advanced signal processing brings more resolution at same speed
15
Caffeine
What do we gain by using the quadrupole
1950876 N=24840281 NL 194E8100
[15000-200000]
NL 112E8
Full MS SN = 745
Lowest detected
250330
80
signalscan60
40
20
0 1950877 N=2074158100
Rel
ativ
e A
bund
ance
SN
(spe
ctrum) 4000
3000
2000
1000
0 195082 195084 195086 195088 19509 195092 195094
SN (FMS) SN (SIM10)
Sensitivity gain 5 ndash 10 x with SIM mode
80
60
40
20
0
[19010-20010]
Lowest detectedSIM (10amu) Gain in sensitivity (7x) signalscan SN = 5400 28240 6000
5000
16
Data dependent MSMS confirmation 1589762
Diuron
Azoxystrobin
Fluridone
Benoxacor
Fenamidone
Desmedipham
Imazalil
2 4 6 8 10 12 14 Time (min)
0
50
100 0
50
100 0
50
100 0
50
100
Rel
ativ
e Ab
unda
nce
0
50
100 0
50
100 0
50
100 696
735
735
744
755
758
780
NL 198E7 mz= 2970541-2970571 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 467E6 mz= 3011163-3011193 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 897E7 mz= 2330231-2330255 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 115E7 mz= 2600226-2600252 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 221E7 mz= 3301084-3301118 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 142E7 mz= 4041221-4041261 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 423E7 mz= 3121149-3121181 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
0
50
100 0
50
100 0
50
Rel
ativ
e Ab
unda
nce
100 0
50
100 2970551690455 2009867
25500821090763
3161774 720451
0
2330241 11908561591165
3070625100
50
1399895 2710859343039211203951650904 1490834
50
0 100
26002361200445 1880704
590500
2817393 3441026
37209743290791
316107821606551720391 4052731810705 920500
2361180
10305461650481 26709513121149
100 200 300 400 mz
17
Q Exactive ndash ldquoQuanfirmationrdquo what is it
bull High performance HRAM Quantitation and Confirmation bench top LCMS system capable of
bull Multi-residue quan performance similar to mid-high end Triples bull Ideal for targeted and general unknown screening bull Highest confidence confirmation with R = 140K and MSMS bull UHPLC compatible bull Letlsquos use the QExactive to combine these 2 experiments into one
18
Outline
bull What is EQuan MAX Plus bull EQuan MAX Plus
bull How can EQuan MAX Plus help your workflow
bull Customer testimonials bull Who uses EQuan MAX Plus
19
Low Sample Concentration
Challenge TSQ Quantiva
Demanding assays which require the absolute lowest limit of detection
Powered by AIM technology the TSQ Quantiva MS is the worldrsquos most sensitive triple quadrupoleMS detecting compounds at the ppt level
20
Environmental Analysis (Water)
EQuan MAX Plus
For targeted quantitation (TSQ) or
Targetednon-targeted screening and quantitation using High Resolution Accurate Mass (Orbitrap platform)
21
EQuan MAX Plus What is it
bull Turnkey method for assaying environmental water samples (pesticides antibiotics etc) at low ppt levels bull On-line sample clean-up and
preconcentration bull 2 Columns Loading and
Analytical bull 2 pumps
bull High injection volumes bull 1mL-20mL
bull Standard injection volumes bull 1-100 uL
22
EQuan MAX Plus Targeted Quantitation
bull Couple EQuan MAX Plus with any TSQ Quantum from Thermo Scientific for the most sensitive and selective experiments
bull Fast Positive Negative Switching
bull TraceFinder Software bull Built in SRM parameters bull Built in EQuan Methods
bull Quantum Access MAX bull Quantum Endura bull Quantum Quantiva
23
EQuan MAX Plus Non-targeted screening and Quantitation
bull Couple EQuan MAX Plus with the Exactive Orbitrap instruments (Exactive Plus or Q-Exactive)
bull High Resolution Accurate Mass (HRAM)
bull All ions are collected in every experiment bull Re-interrogate your data at a
later time bull Quantitation and screening
methods are easy to set up since there are no compound dependant parameters to optimize
24
SPE - standard enrichment procedure
7 Detection
LC-M
S
LC-MSMS
1 Sample preparation 1L samplefiltration
internal StdFiltr
atio
n
6 Elution
5 Drying
4 Washing
3 Extraction
2 Conditioning
Enr
ichm
ent
MeOH H2O
60mg Oasis
H2OMeOH (955)
air
MeOH
40 samples ~ 5h
~ 2d
~ 2d
25 Slide Courtsey Heinz Singer ndasheawag Zurich Switzerland
EQuan MAX Plus Solution ndash Gain Vs Conventional Injections
T r ia z in e P e s t M ix _ 1 0 p p t _ 1 0 0 0 u l_ 0 4 3 2 4 2 0 0 5 1 1 0 0 1 A M
R T 5 9 8 - 8 0 0 N L 8 1 0 E 4
1 0 0
10 ul injection
T I C F + c E S I si d = -1 0 0 0 S R M m s2 2 1 6 1 3 -1 8 0 0 [ 9 5 1 7 4 0 0 ] M S t r i a z i n e p e st m i x _ 1 0 p p t _
9 0 1 0 u l _ 0 5
8 5
8 0
7 5
7 0
6 5
6 0
Rel
ativ
e A
bund
ance
5 5
5 0
R T 5 9 8 - 8 0 2 R T 6 9 1 N L 8 1 0 E 4 A A 3 1 9 9 9 9 T I C F + c E S I si d = -1 0 0 0 S N 1 1 6 R M S S R M m s2 2 1 6 1 3 -1 8 0 0
1 0 0 [ 1 7 4 0 0 ] M S I C I S T r i a z i n e P e st M i x _ 1 0 p p t _ 1
9 5 0 0 0 u l _ 0 4
9 0
8 5
8 0
7 5
7 0
1000 ul injection6 5
6 0
Rel
ativ
e A
bund
ance
5 5
5 0
4 5 4 5
4 0
3 5
3 0
2 5
2 0
1 5
1 0
5
0 6 0 6 5 7 0
T i m e (m
4 0
3 5
3 0
2 5
2 0
1 5
1 0
5
0 7 5 8 0 6 0 6 5 7 0 7 5 8 0
i n ) T i m e (m i n )
10 ppt Atrazine in ground water
26
Sensitivity Speed amp Robustness for EFS high throughput laboratories
27
TSQ Endura Extreme quantitative value bull Designed for non-stop operation
bull For scientist who need to run routine samples day in and day out
TSQ Quantiva Extreme quantitative performance bull Designed for the most challenging
assays
bull For scientists needing to stay at the forefront of analytical technology
TSQ Quantiva TSQ Endura Mass Range 10-1850 10-3400
Max SRM Number 30000 SRMs 30000 SRMs
SRMSec 500 SRMssec 500 SRMssec
Ion Optics Active Ion Management (AIM)
bull Ion Max NG source bull Electrodynamic ion
funnel bull ion beam guide with
neutral blocker bull 6 mm HyperQuad
quadrupoles with asymmetric RF drive
S- LENS with Beam Blocker Technology
Quadrupole Design 4mm Quadrupoles with Asymetric RF
Reserpine Specification
100000 1 SN for 1 pg Reserpine
10000 1 SN for 1 pg Reserpine
elostrade
From Identification
28
Challenge Orbitrap V MS Confidently identify unknownemerging contaminantshelliphelliphelliphellip
High-Resolution Accurate Mass for identification of unknown emerging contaminants
To Routine Quantitation
Challenge EQuan MAX Plus and TSQ Quantivatrade MS
Followed by routine quantitation Online sample prep LCMS forquantitation of emergingcontaminants identified by the Orbitrap Velos
29
Analysis of Targeted and Non-targeted Contaminants in Storm Water Retention Ponds Emerging Contaminants from ID to Quantitation The Total Thermo Scientific Solution
Gordon Getzinger ndash Duke University Jonathan Beck PhD ndash Thermo Fisher Scientific
UHPLC-HRMS An Emerging Technique for ldquoHelping Contaminants Emergerdquo bull Target screening ― Monitor known contaminants using reference standards
bull Suspect screening ― Screen high-resolution accurate-mass data against
molecular databases of suspected contaminants bull Non-target screening ― Assign molecular and structural formula to
chromatographic features without previous knowledge of contaminant presence or identity
Krauss et al LC-high resolution MS in environmental analysis from target screening to the identification of unknowns (2010) Anal Bioanal Chem 397 [3]
31
Emerging Contaminant ID to Quantitation Workflow
bull Reclaimed waste water used for irrigation on a golf course for emerging contaminants (PPCPs) bull Lee Ferguson and Gordon Getzinger Environmental Chemistry Duke University USA
Acquire Fast Identify Develop Routine HRAM Data Contaminants Quantitative Quantitation
Assay
ExactFinder Software
Etofenprox Benzotriazole
Propanamide Acephate Allethrin
32
Kiawah Island SC USA
WWTPLand application of WW for golf course irrigation
Question Which microcontaminants are entering the aquatic environment as a result of wastewater reuse practices
33
Typical Sampling Site
34
Variety of Sampling Sites
Sample Site Inputs
Pond 5 Golf course runoff
Pond 25 Golf course runoff
Pond 43 Residential stormwater
Wastewater lagoon Treated municpal wastewater
Wastewater Composite 24hr composite effluent
Well 1 Infiltration from pond 25
Well 7 Infiltration from pond 5
35
Quantitation of Samples
bull Use a triple quad for quantitation bull Analyze samples directly no offline SPE to save time and
money bull Remove variables and sources of experimental error by
automated extraction and preconcentration bull An ideal solution for this challenge ishellip
36
What Did We Want to See in the Quantitation Experiment
bull Quantitative results at low concentrationshellip low and sub PPT levels
bull Calibration range bull 006 pgmL ndash 1000 pgmL
RT 400-1357
bull With a 1mL injection thatrsquos 60 fg ndash 1000 pg on column 968 NL 107E6 100
90
80
70
60
TIC of 175 pgmL injected standard 50
175 pg on column 40
30
20
10
0
979
1026 687 1037
1126 946
817 785 663 1151 601 1242 584 434
4 5 6 7 8 9 10 11 12 13
TIC MS 175pgmL
Rel
ativ
e A
bund
uanc
e
Time (min)
37
Calibration range 006-1000 pgmL - Flutolanil
60fg On Column 45 orders of magnitudeIon Ratio overlay
38
Results of Compounds Detected in a WWTP Sample
39
Identification of Emerging Contaminants
Data Analysis Workflow
Target screening
Are compounds x y amp z present in this sample
Non-target screening
Which compounds are present in this sample
Suspect screening
Which compounds of a defined list are present in this sample
40
LCMS Workflows for Environmental and Food Safety
41
Tools to Develop methods for Known and Emerging contaminants
Raw Sample bull Accelerated Solvent Extraction (ASE)
Dionex ASE
Dionex UHPLC 3000
EQuan MAX Plus bull Equan MAX Plus online sample prep LCMS
Customized Reporting
bull Custom software to meet the needs of your workflow
bull TraceFinder SIEVE mzCloud
TSQ Quantiva TSQ Endura
bull TSQ Series Mass Spectrometers triple stage quadrupole LC-MSMS and GC MSMS for high sensitivity quantitation
bull Exactive Plus and Q Exactive Mass Spectrometers High Resolution Accurate Mass to identify quantify and confirm
Orbitrap HRAM
Orbitrap Fusion
42
Transform Your Science
Major Challenges in EFS Analysis
Low Concentration
High throughput for routine labs
Identifying low abundance analytes obscured by high abundance compounds
Matrix Complexity
Getting the most accurate information from precious samples
Small Sample Volumes
Being able to detect and identify trace level analytes in simple or complex samples
Large Sample Numbers
6
Analytical Challenges for Traditional Mass Spectrometry
Detect and identify isobaric compounds
Isolate compounds from matrix components
High Resolution High mass accuracy (HRAM) MS
can do the job
Searching for unknowns
Here targeted data acquisition (SIM SRMhellip)
fails
Large number of compounds
7
Resolution (resolving power)
bull Resolutio n
mR m
m (FWHM)
m 10
m 500 bull Quadrupole MS R 833
m 06
m 500bull Orbitrap MS R 100000
m 0005
8
Detection of analytes in heavy matrix
Pesticide in Matrix
23900 23905 23910 23915 23920 239250
20
40
60
80
100
Rel
ativ
e A
bund
ance
23915181 C 11 H 19 O 2 N 4
650 ppm
R = 17500 Error = 650 ppm
23900 23905 23910 23915 23920 23925 0
20
40
60
80
100
Rel
ativ
e A
bund
ance
H O
Pirimicarb
mzmz
23915033 C 11 H 19 O 2 N 4
032 ppm
R = 70000 Error = 032 ppm
9
35
40
45
50
55
60
65
Rel
ative
Abu
ndan
ce
Resolution influence (17500 vs 70000) Resolution_17_5K 1823 RT 230 AV 1 NL 160E6 Resolution_70K 123 RT 054
100
95
90
85
80
75
70
65
60
55
50
45
40
35
30
25
20
15
10
5
0 22200 22205 22210 22215 22220 22225
T FTMS + p ESI Full ms [12000-100000] 2221263
2221463
2221838
AV 1 NL 180E6 T FTMS + p ESI Full ms [12000-100000]
0
5
10
15
20
25
30
70
75
80
85
90
95
100 2221238
2221129
2221465
2221854
Name Molecular Formula M+H
Carbofuran C12H15NO3 2221125
Formetanate C11H15N3O2 2221237
2220 2221 2222 2223 mz mz
Relative Abu
ndan
ce
10
Mass accuracy
Mass accuracy
m mmeas truem z 106
mtrue
50015000bull Quadrupole MS m z 106 200ppm500
5001031450010214bull Orbitrap MS m z 106 2ppmTOF MS 50010314
11
Selectivity increases with higher mass accuracy
Beer extract T-2 toxin 5 microgL R
elat
ive
Rel
ativ
e
RT 845 NL 120E5100
2 ppm
72 74 76 78 80 82 84 86 88 90 92 94 96 98 100 102 104 106 Time (min)
30
40 50 60
Abu
ndan
ce
855799749 791776767 1061741726 105010311016946
mz=48425313-90 48425507 F FTMS 10 + p APCI Full 80 ms [30000-85000]
70 MS pivo_5_UH
20 10 0
RT 845 NL 120E5100
20 ppm 72 74 76 78 80 82 84 86 88 90 92 94 96 98 100 102 104 106
Time (min)
30
40 50 60
Abu
ndan
ce
821762 785759740737 825781 792 799 861730726 10611050888 1031867 911 10161009946
mz=48424441-90 48426379 F FTMS 10 + p APCI Full 80 ms [30000-85000]
70 MS pivo_5_UH
20 10 0
Rel
ativ
e
RT 845 NL 125E5100
30
40 50
Abu
ndan
ce
929872867 899878
911821785
1009 1016 1034100 ppm883813762759 781 810 835738
733 727 946 950 964 10611050
mz=48420567-90 48430253 F FTMS 10 + p APCI Full 80 ms [30000-85000]
70 MS pivo_5_UH
60
20 10 0
72 7 7 78 8 8 8 8 8 9 9 9 9 9 100 102 104 106 4 6 0 2 4 6 8Time (min) 0 2 4 6 8
Zachariasova M et al Anal Chim Acta 12
2880441 C9H21O2P1S3 Terbufos
2880949 C13H21O3P1S1 Iprobenfos
2881142 C15H17N4Cl1 Myclobutanil
2881256 C11H20N4O3S1 Epronaz
2881351 C11H21N4O3P1 Pirimethaphos
2881474 C16H20N2O3 Imazamethabenz
28900 28905 28910 28915 28920mz
0
10
20
30
40
50
60
70
80
90
100
Rel
ativ
e A
bund
ance
2891314
2890513 2891022
2891215
2891329 2891424
28900 28905 28910 28915 28920mz
0
10
20
30
40
50
60
70
80
90
100
Rel
ativ
e A
bund
ance
2891390
28910212890514
2891215
28913292891424
Detection of Isobaric Compounds in mixtures
Element Exact Mass H 1007825 C 12000000 N 14003074 O 15994915
Is a simultaneous measurement possible
01033 amu
28900 28905 28910 28915 28920 mz
0
10
20
30
40
50
60
70
80
90
100
Rel
ativ
e A
bund
ance
2891424 289154728913292891022
2890514
2891215 R = 140000
13
The Exactive Plus Orbitrap LCMS system
14
Q Exactive Orbitrap MSMS system
Higher ion transmission with rugged optics Increased sensitivity selectivity true MSMS Directly interfaced to HCD increases spectrum quality Multiple fills for spectrum multiplexing increases duty cycle Predictive automatic gain control for parallel filling amp detection brings more speed Advanced signal processing brings more resolution at same speed
15
Caffeine
What do we gain by using the quadrupole
1950876 N=24840281 NL 194E8100
[15000-200000]
NL 112E8
Full MS SN = 745
Lowest detected
250330
80
signalscan60
40
20
0 1950877 N=2074158100
Rel
ativ
e A
bund
ance
SN
(spe
ctrum) 4000
3000
2000
1000
0 195082 195084 195086 195088 19509 195092 195094
SN (FMS) SN (SIM10)
Sensitivity gain 5 ndash 10 x with SIM mode
80
60
40
20
0
[19010-20010]
Lowest detectedSIM (10amu) Gain in sensitivity (7x) signalscan SN = 5400 28240 6000
5000
16
Data dependent MSMS confirmation 1589762
Diuron
Azoxystrobin
Fluridone
Benoxacor
Fenamidone
Desmedipham
Imazalil
2 4 6 8 10 12 14 Time (min)
0
50
100 0
50
100 0
50
100 0
50
100
Rel
ativ
e Ab
unda
nce
0
50
100 0
50
100 0
50
100 696
735
735
744
755
758
780
NL 198E7 mz= 2970541-2970571 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 467E6 mz= 3011163-3011193 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 897E7 mz= 2330231-2330255 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 115E7 mz= 2600226-2600252 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 221E7 mz= 3301084-3301118 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 142E7 mz= 4041221-4041261 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 423E7 mz= 3121149-3121181 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
0
50
100 0
50
100 0
50
Rel
ativ
e Ab
unda
nce
100 0
50
100 2970551690455 2009867
25500821090763
3161774 720451
0
2330241 11908561591165
3070625100
50
1399895 2710859343039211203951650904 1490834
50
0 100
26002361200445 1880704
590500
2817393 3441026
37209743290791
316107821606551720391 4052731810705 920500
2361180
10305461650481 26709513121149
100 200 300 400 mz
17
Q Exactive ndash ldquoQuanfirmationrdquo what is it
bull High performance HRAM Quantitation and Confirmation bench top LCMS system capable of
bull Multi-residue quan performance similar to mid-high end Triples bull Ideal for targeted and general unknown screening bull Highest confidence confirmation with R = 140K and MSMS bull UHPLC compatible bull Letlsquos use the QExactive to combine these 2 experiments into one
18
Outline
bull What is EQuan MAX Plus bull EQuan MAX Plus
bull How can EQuan MAX Plus help your workflow
bull Customer testimonials bull Who uses EQuan MAX Plus
19
Low Sample Concentration
Challenge TSQ Quantiva
Demanding assays which require the absolute lowest limit of detection
Powered by AIM technology the TSQ Quantiva MS is the worldrsquos most sensitive triple quadrupoleMS detecting compounds at the ppt level
20
Environmental Analysis (Water)
EQuan MAX Plus
For targeted quantitation (TSQ) or
Targetednon-targeted screening and quantitation using High Resolution Accurate Mass (Orbitrap platform)
21
EQuan MAX Plus What is it
bull Turnkey method for assaying environmental water samples (pesticides antibiotics etc) at low ppt levels bull On-line sample clean-up and
preconcentration bull 2 Columns Loading and
Analytical bull 2 pumps
bull High injection volumes bull 1mL-20mL
bull Standard injection volumes bull 1-100 uL
22
EQuan MAX Plus Targeted Quantitation
bull Couple EQuan MAX Plus with any TSQ Quantum from Thermo Scientific for the most sensitive and selective experiments
bull Fast Positive Negative Switching
bull TraceFinder Software bull Built in SRM parameters bull Built in EQuan Methods
bull Quantum Access MAX bull Quantum Endura bull Quantum Quantiva
23
EQuan MAX Plus Non-targeted screening and Quantitation
bull Couple EQuan MAX Plus with the Exactive Orbitrap instruments (Exactive Plus or Q-Exactive)
bull High Resolution Accurate Mass (HRAM)
bull All ions are collected in every experiment bull Re-interrogate your data at a
later time bull Quantitation and screening
methods are easy to set up since there are no compound dependant parameters to optimize
24
SPE - standard enrichment procedure
7 Detection
LC-M
S
LC-MSMS
1 Sample preparation 1L samplefiltration
internal StdFiltr
atio
n
6 Elution
5 Drying
4 Washing
3 Extraction
2 Conditioning
Enr
ichm
ent
MeOH H2O
60mg Oasis
H2OMeOH (955)
air
MeOH
40 samples ~ 5h
~ 2d
~ 2d
25 Slide Courtsey Heinz Singer ndasheawag Zurich Switzerland
EQuan MAX Plus Solution ndash Gain Vs Conventional Injections
T r ia z in e P e s t M ix _ 1 0 p p t _ 1 0 0 0 u l_ 0 4 3 2 4 2 0 0 5 1 1 0 0 1 A M
R T 5 9 8 - 8 0 0 N L 8 1 0 E 4
1 0 0
10 ul injection
T I C F + c E S I si d = -1 0 0 0 S R M m s2 2 1 6 1 3 -1 8 0 0 [ 9 5 1 7 4 0 0 ] M S t r i a z i n e p e st m i x _ 1 0 p p t _
9 0 1 0 u l _ 0 5
8 5
8 0
7 5
7 0
6 5
6 0
Rel
ativ
e A
bund
ance
5 5
5 0
R T 5 9 8 - 8 0 2 R T 6 9 1 N L 8 1 0 E 4 A A 3 1 9 9 9 9 T I C F + c E S I si d = -1 0 0 0 S N 1 1 6 R M S S R M m s2 2 1 6 1 3 -1 8 0 0
1 0 0 [ 1 7 4 0 0 ] M S I C I S T r i a z i n e P e st M i x _ 1 0 p p t _ 1
9 5 0 0 0 u l _ 0 4
9 0
8 5
8 0
7 5
7 0
1000 ul injection6 5
6 0
Rel
ativ
e A
bund
ance
5 5
5 0
4 5 4 5
4 0
3 5
3 0
2 5
2 0
1 5
1 0
5
0 6 0 6 5 7 0
T i m e (m
4 0
3 5
3 0
2 5
2 0
1 5
1 0
5
0 7 5 8 0 6 0 6 5 7 0 7 5 8 0
i n ) T i m e (m i n )
10 ppt Atrazine in ground water
26
Sensitivity Speed amp Robustness for EFS high throughput laboratories
27
TSQ Endura Extreme quantitative value bull Designed for non-stop operation
bull For scientist who need to run routine samples day in and day out
TSQ Quantiva Extreme quantitative performance bull Designed for the most challenging
assays
bull For scientists needing to stay at the forefront of analytical technology
TSQ Quantiva TSQ Endura Mass Range 10-1850 10-3400
Max SRM Number 30000 SRMs 30000 SRMs
SRMSec 500 SRMssec 500 SRMssec
Ion Optics Active Ion Management (AIM)
bull Ion Max NG source bull Electrodynamic ion
funnel bull ion beam guide with
neutral blocker bull 6 mm HyperQuad
quadrupoles with asymmetric RF drive
S- LENS with Beam Blocker Technology
Quadrupole Design 4mm Quadrupoles with Asymetric RF
Reserpine Specification
100000 1 SN for 1 pg Reserpine
10000 1 SN for 1 pg Reserpine
elostrade
From Identification
28
Challenge Orbitrap V MS Confidently identify unknownemerging contaminantshelliphelliphelliphellip
High-Resolution Accurate Mass for identification of unknown emerging contaminants
To Routine Quantitation
Challenge EQuan MAX Plus and TSQ Quantivatrade MS
Followed by routine quantitation Online sample prep LCMS forquantitation of emergingcontaminants identified by the Orbitrap Velos
29
Analysis of Targeted and Non-targeted Contaminants in Storm Water Retention Ponds Emerging Contaminants from ID to Quantitation The Total Thermo Scientific Solution
Gordon Getzinger ndash Duke University Jonathan Beck PhD ndash Thermo Fisher Scientific
UHPLC-HRMS An Emerging Technique for ldquoHelping Contaminants Emergerdquo bull Target screening ― Monitor known contaminants using reference standards
bull Suspect screening ― Screen high-resolution accurate-mass data against
molecular databases of suspected contaminants bull Non-target screening ― Assign molecular and structural formula to
chromatographic features without previous knowledge of contaminant presence or identity
Krauss et al LC-high resolution MS in environmental analysis from target screening to the identification of unknowns (2010) Anal Bioanal Chem 397 [3]
31
Emerging Contaminant ID to Quantitation Workflow
bull Reclaimed waste water used for irrigation on a golf course for emerging contaminants (PPCPs) bull Lee Ferguson and Gordon Getzinger Environmental Chemistry Duke University USA
Acquire Fast Identify Develop Routine HRAM Data Contaminants Quantitative Quantitation
Assay
ExactFinder Software
Etofenprox Benzotriazole
Propanamide Acephate Allethrin
32
Kiawah Island SC USA
WWTPLand application of WW for golf course irrigation
Question Which microcontaminants are entering the aquatic environment as a result of wastewater reuse practices
33
Typical Sampling Site
34
Variety of Sampling Sites
Sample Site Inputs
Pond 5 Golf course runoff
Pond 25 Golf course runoff
Pond 43 Residential stormwater
Wastewater lagoon Treated municpal wastewater
Wastewater Composite 24hr composite effluent
Well 1 Infiltration from pond 25
Well 7 Infiltration from pond 5
35
Quantitation of Samples
bull Use a triple quad for quantitation bull Analyze samples directly no offline SPE to save time and
money bull Remove variables and sources of experimental error by
automated extraction and preconcentration bull An ideal solution for this challenge ishellip
36
What Did We Want to See in the Quantitation Experiment
bull Quantitative results at low concentrationshellip low and sub PPT levels
bull Calibration range bull 006 pgmL ndash 1000 pgmL
RT 400-1357
bull With a 1mL injection thatrsquos 60 fg ndash 1000 pg on column 968 NL 107E6 100
90
80
70
60
TIC of 175 pgmL injected standard 50
175 pg on column 40
30
20
10
0
979
1026 687 1037
1126 946
817 785 663 1151 601 1242 584 434
4 5 6 7 8 9 10 11 12 13
TIC MS 175pgmL
Rel
ativ
e A
bund
uanc
e
Time (min)
37
Calibration range 006-1000 pgmL - Flutolanil
60fg On Column 45 orders of magnitudeIon Ratio overlay
38
Results of Compounds Detected in a WWTP Sample
39
Identification of Emerging Contaminants
Data Analysis Workflow
Target screening
Are compounds x y amp z present in this sample
Non-target screening
Which compounds are present in this sample
Suspect screening
Which compounds of a defined list are present in this sample
40
LCMS Workflows for Environmental and Food Safety
41
Tools to Develop methods for Known and Emerging contaminants
Raw Sample bull Accelerated Solvent Extraction (ASE)
Dionex ASE
Dionex UHPLC 3000
EQuan MAX Plus bull Equan MAX Plus online sample prep LCMS
Customized Reporting
bull Custom software to meet the needs of your workflow
bull TraceFinder SIEVE mzCloud
TSQ Quantiva TSQ Endura
bull TSQ Series Mass Spectrometers triple stage quadrupole LC-MSMS and GC MSMS for high sensitivity quantitation
bull Exactive Plus and Q Exactive Mass Spectrometers High Resolution Accurate Mass to identify quantify and confirm
Orbitrap HRAM
Orbitrap Fusion
42
Transform Your Science
Analytical Challenges for Traditional Mass Spectrometry
Detect and identify isobaric compounds
Isolate compounds from matrix components
High Resolution High mass accuracy (HRAM) MS
can do the job
Searching for unknowns
Here targeted data acquisition (SIM SRMhellip)
fails
Large number of compounds
7
Resolution (resolving power)
bull Resolutio n
mR m
m (FWHM)
m 10
m 500 bull Quadrupole MS R 833
m 06
m 500bull Orbitrap MS R 100000
m 0005
8
Detection of analytes in heavy matrix
Pesticide in Matrix
23900 23905 23910 23915 23920 239250
20
40
60
80
100
Rel
ativ
e A
bund
ance
23915181 C 11 H 19 O 2 N 4
650 ppm
R = 17500 Error = 650 ppm
23900 23905 23910 23915 23920 23925 0
20
40
60
80
100
Rel
ativ
e A
bund
ance
H O
Pirimicarb
mzmz
23915033 C 11 H 19 O 2 N 4
032 ppm
R = 70000 Error = 032 ppm
9
35
40
45
50
55
60
65
Rel
ative
Abu
ndan
ce
Resolution influence (17500 vs 70000) Resolution_17_5K 1823 RT 230 AV 1 NL 160E6 Resolution_70K 123 RT 054
100
95
90
85
80
75
70
65
60
55
50
45
40
35
30
25
20
15
10
5
0 22200 22205 22210 22215 22220 22225
T FTMS + p ESI Full ms [12000-100000] 2221263
2221463
2221838
AV 1 NL 180E6 T FTMS + p ESI Full ms [12000-100000]
0
5
10
15
20
25
30
70
75
80
85
90
95
100 2221238
2221129
2221465
2221854
Name Molecular Formula M+H
Carbofuran C12H15NO3 2221125
Formetanate C11H15N3O2 2221237
2220 2221 2222 2223 mz mz
Relative Abu
ndan
ce
10
Mass accuracy
Mass accuracy
m mmeas truem z 106
mtrue
50015000bull Quadrupole MS m z 106 200ppm500
5001031450010214bull Orbitrap MS m z 106 2ppmTOF MS 50010314
11
Selectivity increases with higher mass accuracy
Beer extract T-2 toxin 5 microgL R
elat
ive
Rel
ativ
e
RT 845 NL 120E5100
2 ppm
72 74 76 78 80 82 84 86 88 90 92 94 96 98 100 102 104 106 Time (min)
30
40 50 60
Abu
ndan
ce
855799749 791776767 1061741726 105010311016946
mz=48425313-90 48425507 F FTMS 10 + p APCI Full 80 ms [30000-85000]
70 MS pivo_5_UH
20 10 0
RT 845 NL 120E5100
20 ppm 72 74 76 78 80 82 84 86 88 90 92 94 96 98 100 102 104 106
Time (min)
30
40 50 60
Abu
ndan
ce
821762 785759740737 825781 792 799 861730726 10611050888 1031867 911 10161009946
mz=48424441-90 48426379 F FTMS 10 + p APCI Full 80 ms [30000-85000]
70 MS pivo_5_UH
20 10 0
Rel
ativ
e
RT 845 NL 125E5100
30
40 50
Abu
ndan
ce
929872867 899878
911821785
1009 1016 1034100 ppm883813762759 781 810 835738
733 727 946 950 964 10611050
mz=48420567-90 48430253 F FTMS 10 + p APCI Full 80 ms [30000-85000]
70 MS pivo_5_UH
60
20 10 0
72 7 7 78 8 8 8 8 8 9 9 9 9 9 100 102 104 106 4 6 0 2 4 6 8Time (min) 0 2 4 6 8
Zachariasova M et al Anal Chim Acta 12
2880441 C9H21O2P1S3 Terbufos
2880949 C13H21O3P1S1 Iprobenfos
2881142 C15H17N4Cl1 Myclobutanil
2881256 C11H20N4O3S1 Epronaz
2881351 C11H21N4O3P1 Pirimethaphos
2881474 C16H20N2O3 Imazamethabenz
28900 28905 28910 28915 28920mz
0
10
20
30
40
50
60
70
80
90
100
Rel
ativ
e A
bund
ance
2891314
2890513 2891022
2891215
2891329 2891424
28900 28905 28910 28915 28920mz
0
10
20
30
40
50
60
70
80
90
100
Rel
ativ
e A
bund
ance
2891390
28910212890514
2891215
28913292891424
Detection of Isobaric Compounds in mixtures
Element Exact Mass H 1007825 C 12000000 N 14003074 O 15994915
Is a simultaneous measurement possible
01033 amu
28900 28905 28910 28915 28920 mz
0
10
20
30
40
50
60
70
80
90
100
Rel
ativ
e A
bund
ance
2891424 289154728913292891022
2890514
2891215 R = 140000
13
The Exactive Plus Orbitrap LCMS system
14
Q Exactive Orbitrap MSMS system
Higher ion transmission with rugged optics Increased sensitivity selectivity true MSMS Directly interfaced to HCD increases spectrum quality Multiple fills for spectrum multiplexing increases duty cycle Predictive automatic gain control for parallel filling amp detection brings more speed Advanced signal processing brings more resolution at same speed
15
Caffeine
What do we gain by using the quadrupole
1950876 N=24840281 NL 194E8100
[15000-200000]
NL 112E8
Full MS SN = 745
Lowest detected
250330
80
signalscan60
40
20
0 1950877 N=2074158100
Rel
ativ
e A
bund
ance
SN
(spe
ctrum) 4000
3000
2000
1000
0 195082 195084 195086 195088 19509 195092 195094
SN (FMS) SN (SIM10)
Sensitivity gain 5 ndash 10 x with SIM mode
80
60
40
20
0
[19010-20010]
Lowest detectedSIM (10amu) Gain in sensitivity (7x) signalscan SN = 5400 28240 6000
5000
16
Data dependent MSMS confirmation 1589762
Diuron
Azoxystrobin
Fluridone
Benoxacor
Fenamidone
Desmedipham
Imazalil
2 4 6 8 10 12 14 Time (min)
0
50
100 0
50
100 0
50
100 0
50
100
Rel
ativ
e Ab
unda
nce
0
50
100 0
50
100 0
50
100 696
735
735
744
755
758
780
NL 198E7 mz= 2970541-2970571 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 467E6 mz= 3011163-3011193 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 897E7 mz= 2330231-2330255 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 115E7 mz= 2600226-2600252 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 221E7 mz= 3301084-3301118 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 142E7 mz= 4041221-4041261 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 423E7 mz= 3121149-3121181 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
0
50
100 0
50
100 0
50
Rel
ativ
e Ab
unda
nce
100 0
50
100 2970551690455 2009867
25500821090763
3161774 720451
0
2330241 11908561591165
3070625100
50
1399895 2710859343039211203951650904 1490834
50
0 100
26002361200445 1880704
590500
2817393 3441026
37209743290791
316107821606551720391 4052731810705 920500
2361180
10305461650481 26709513121149
100 200 300 400 mz
17
Q Exactive ndash ldquoQuanfirmationrdquo what is it
bull High performance HRAM Quantitation and Confirmation bench top LCMS system capable of
bull Multi-residue quan performance similar to mid-high end Triples bull Ideal for targeted and general unknown screening bull Highest confidence confirmation with R = 140K and MSMS bull UHPLC compatible bull Letlsquos use the QExactive to combine these 2 experiments into one
18
Outline
bull What is EQuan MAX Plus bull EQuan MAX Plus
bull How can EQuan MAX Plus help your workflow
bull Customer testimonials bull Who uses EQuan MAX Plus
19
Low Sample Concentration
Challenge TSQ Quantiva
Demanding assays which require the absolute lowest limit of detection
Powered by AIM technology the TSQ Quantiva MS is the worldrsquos most sensitive triple quadrupoleMS detecting compounds at the ppt level
20
Environmental Analysis (Water)
EQuan MAX Plus
For targeted quantitation (TSQ) or
Targetednon-targeted screening and quantitation using High Resolution Accurate Mass (Orbitrap platform)
21
EQuan MAX Plus What is it
bull Turnkey method for assaying environmental water samples (pesticides antibiotics etc) at low ppt levels bull On-line sample clean-up and
preconcentration bull 2 Columns Loading and
Analytical bull 2 pumps
bull High injection volumes bull 1mL-20mL
bull Standard injection volumes bull 1-100 uL
22
EQuan MAX Plus Targeted Quantitation
bull Couple EQuan MAX Plus with any TSQ Quantum from Thermo Scientific for the most sensitive and selective experiments
bull Fast Positive Negative Switching
bull TraceFinder Software bull Built in SRM parameters bull Built in EQuan Methods
bull Quantum Access MAX bull Quantum Endura bull Quantum Quantiva
23
EQuan MAX Plus Non-targeted screening and Quantitation
bull Couple EQuan MAX Plus with the Exactive Orbitrap instruments (Exactive Plus or Q-Exactive)
bull High Resolution Accurate Mass (HRAM)
bull All ions are collected in every experiment bull Re-interrogate your data at a
later time bull Quantitation and screening
methods are easy to set up since there are no compound dependant parameters to optimize
24
SPE - standard enrichment procedure
7 Detection
LC-M
S
LC-MSMS
1 Sample preparation 1L samplefiltration
internal StdFiltr
atio
n
6 Elution
5 Drying
4 Washing
3 Extraction
2 Conditioning
Enr
ichm
ent
MeOH H2O
60mg Oasis
H2OMeOH (955)
air
MeOH
40 samples ~ 5h
~ 2d
~ 2d
25 Slide Courtsey Heinz Singer ndasheawag Zurich Switzerland
EQuan MAX Plus Solution ndash Gain Vs Conventional Injections
T r ia z in e P e s t M ix _ 1 0 p p t _ 1 0 0 0 u l_ 0 4 3 2 4 2 0 0 5 1 1 0 0 1 A M
R T 5 9 8 - 8 0 0 N L 8 1 0 E 4
1 0 0
10 ul injection
T I C F + c E S I si d = -1 0 0 0 S R M m s2 2 1 6 1 3 -1 8 0 0 [ 9 5 1 7 4 0 0 ] M S t r i a z i n e p e st m i x _ 1 0 p p t _
9 0 1 0 u l _ 0 5
8 5
8 0
7 5
7 0
6 5
6 0
Rel
ativ
e A
bund
ance
5 5
5 0
R T 5 9 8 - 8 0 2 R T 6 9 1 N L 8 1 0 E 4 A A 3 1 9 9 9 9 T I C F + c E S I si d = -1 0 0 0 S N 1 1 6 R M S S R M m s2 2 1 6 1 3 -1 8 0 0
1 0 0 [ 1 7 4 0 0 ] M S I C I S T r i a z i n e P e st M i x _ 1 0 p p t _ 1
9 5 0 0 0 u l _ 0 4
9 0
8 5
8 0
7 5
7 0
1000 ul injection6 5
6 0
Rel
ativ
e A
bund
ance
5 5
5 0
4 5 4 5
4 0
3 5
3 0
2 5
2 0
1 5
1 0
5
0 6 0 6 5 7 0
T i m e (m
4 0
3 5
3 0
2 5
2 0
1 5
1 0
5
0 7 5 8 0 6 0 6 5 7 0 7 5 8 0
i n ) T i m e (m i n )
10 ppt Atrazine in ground water
26
Sensitivity Speed amp Robustness for EFS high throughput laboratories
27
TSQ Endura Extreme quantitative value bull Designed for non-stop operation
bull For scientist who need to run routine samples day in and day out
TSQ Quantiva Extreme quantitative performance bull Designed for the most challenging
assays
bull For scientists needing to stay at the forefront of analytical technology
TSQ Quantiva TSQ Endura Mass Range 10-1850 10-3400
Max SRM Number 30000 SRMs 30000 SRMs
SRMSec 500 SRMssec 500 SRMssec
Ion Optics Active Ion Management (AIM)
bull Ion Max NG source bull Electrodynamic ion
funnel bull ion beam guide with
neutral blocker bull 6 mm HyperQuad
quadrupoles with asymmetric RF drive
S- LENS with Beam Blocker Technology
Quadrupole Design 4mm Quadrupoles with Asymetric RF
Reserpine Specification
100000 1 SN for 1 pg Reserpine
10000 1 SN for 1 pg Reserpine
elostrade
From Identification
28
Challenge Orbitrap V MS Confidently identify unknownemerging contaminantshelliphelliphelliphellip
High-Resolution Accurate Mass for identification of unknown emerging contaminants
To Routine Quantitation
Challenge EQuan MAX Plus and TSQ Quantivatrade MS
Followed by routine quantitation Online sample prep LCMS forquantitation of emergingcontaminants identified by the Orbitrap Velos
29
Analysis of Targeted and Non-targeted Contaminants in Storm Water Retention Ponds Emerging Contaminants from ID to Quantitation The Total Thermo Scientific Solution
Gordon Getzinger ndash Duke University Jonathan Beck PhD ndash Thermo Fisher Scientific
UHPLC-HRMS An Emerging Technique for ldquoHelping Contaminants Emergerdquo bull Target screening ― Monitor known contaminants using reference standards
bull Suspect screening ― Screen high-resolution accurate-mass data against
molecular databases of suspected contaminants bull Non-target screening ― Assign molecular and structural formula to
chromatographic features without previous knowledge of contaminant presence or identity
Krauss et al LC-high resolution MS in environmental analysis from target screening to the identification of unknowns (2010) Anal Bioanal Chem 397 [3]
31
Emerging Contaminant ID to Quantitation Workflow
bull Reclaimed waste water used for irrigation on a golf course for emerging contaminants (PPCPs) bull Lee Ferguson and Gordon Getzinger Environmental Chemistry Duke University USA
Acquire Fast Identify Develop Routine HRAM Data Contaminants Quantitative Quantitation
Assay
ExactFinder Software
Etofenprox Benzotriazole
Propanamide Acephate Allethrin
32
Kiawah Island SC USA
WWTPLand application of WW for golf course irrigation
Question Which microcontaminants are entering the aquatic environment as a result of wastewater reuse practices
33
Typical Sampling Site
34
Variety of Sampling Sites
Sample Site Inputs
Pond 5 Golf course runoff
Pond 25 Golf course runoff
Pond 43 Residential stormwater
Wastewater lagoon Treated municpal wastewater
Wastewater Composite 24hr composite effluent
Well 1 Infiltration from pond 25
Well 7 Infiltration from pond 5
35
Quantitation of Samples
bull Use a triple quad for quantitation bull Analyze samples directly no offline SPE to save time and
money bull Remove variables and sources of experimental error by
automated extraction and preconcentration bull An ideal solution for this challenge ishellip
36
What Did We Want to See in the Quantitation Experiment
bull Quantitative results at low concentrationshellip low and sub PPT levels
bull Calibration range bull 006 pgmL ndash 1000 pgmL
RT 400-1357
bull With a 1mL injection thatrsquos 60 fg ndash 1000 pg on column 968 NL 107E6 100
90
80
70
60
TIC of 175 pgmL injected standard 50
175 pg on column 40
30
20
10
0
979
1026 687 1037
1126 946
817 785 663 1151 601 1242 584 434
4 5 6 7 8 9 10 11 12 13
TIC MS 175pgmL
Rel
ativ
e A
bund
uanc
e
Time (min)
37
Calibration range 006-1000 pgmL - Flutolanil
60fg On Column 45 orders of magnitudeIon Ratio overlay
38
Results of Compounds Detected in a WWTP Sample
39
Identification of Emerging Contaminants
Data Analysis Workflow
Target screening
Are compounds x y amp z present in this sample
Non-target screening
Which compounds are present in this sample
Suspect screening
Which compounds of a defined list are present in this sample
40
LCMS Workflows for Environmental and Food Safety
41
Tools to Develop methods for Known and Emerging contaminants
Raw Sample bull Accelerated Solvent Extraction (ASE)
Dionex ASE
Dionex UHPLC 3000
EQuan MAX Plus bull Equan MAX Plus online sample prep LCMS
Customized Reporting
bull Custom software to meet the needs of your workflow
bull TraceFinder SIEVE mzCloud
TSQ Quantiva TSQ Endura
bull TSQ Series Mass Spectrometers triple stage quadrupole LC-MSMS and GC MSMS for high sensitivity quantitation
bull Exactive Plus and Q Exactive Mass Spectrometers High Resolution Accurate Mass to identify quantify and confirm
Orbitrap HRAM
Orbitrap Fusion
42
Transform Your Science
Resolution (resolving power)
bull Resolutio n
mR m
m (FWHM)
m 10
m 500 bull Quadrupole MS R 833
m 06
m 500bull Orbitrap MS R 100000
m 0005
8
Detection of analytes in heavy matrix
Pesticide in Matrix
23900 23905 23910 23915 23920 239250
20
40
60
80
100
Rel
ativ
e A
bund
ance
23915181 C 11 H 19 O 2 N 4
650 ppm
R = 17500 Error = 650 ppm
23900 23905 23910 23915 23920 23925 0
20
40
60
80
100
Rel
ativ
e A
bund
ance
H O
Pirimicarb
mzmz
23915033 C 11 H 19 O 2 N 4
032 ppm
R = 70000 Error = 032 ppm
9
35
40
45
50
55
60
65
Rel
ative
Abu
ndan
ce
Resolution influence (17500 vs 70000) Resolution_17_5K 1823 RT 230 AV 1 NL 160E6 Resolution_70K 123 RT 054
100
95
90
85
80
75
70
65
60
55
50
45
40
35
30
25
20
15
10
5
0 22200 22205 22210 22215 22220 22225
T FTMS + p ESI Full ms [12000-100000] 2221263
2221463
2221838
AV 1 NL 180E6 T FTMS + p ESI Full ms [12000-100000]
0
5
10
15
20
25
30
70
75
80
85
90
95
100 2221238
2221129
2221465
2221854
Name Molecular Formula M+H
Carbofuran C12H15NO3 2221125
Formetanate C11H15N3O2 2221237
2220 2221 2222 2223 mz mz
Relative Abu
ndan
ce
10
Mass accuracy
Mass accuracy
m mmeas truem z 106
mtrue
50015000bull Quadrupole MS m z 106 200ppm500
5001031450010214bull Orbitrap MS m z 106 2ppmTOF MS 50010314
11
Selectivity increases with higher mass accuracy
Beer extract T-2 toxin 5 microgL R
elat
ive
Rel
ativ
e
RT 845 NL 120E5100
2 ppm
72 74 76 78 80 82 84 86 88 90 92 94 96 98 100 102 104 106 Time (min)
30
40 50 60
Abu
ndan
ce
855799749 791776767 1061741726 105010311016946
mz=48425313-90 48425507 F FTMS 10 + p APCI Full 80 ms [30000-85000]
70 MS pivo_5_UH
20 10 0
RT 845 NL 120E5100
20 ppm 72 74 76 78 80 82 84 86 88 90 92 94 96 98 100 102 104 106
Time (min)
30
40 50 60
Abu
ndan
ce
821762 785759740737 825781 792 799 861730726 10611050888 1031867 911 10161009946
mz=48424441-90 48426379 F FTMS 10 + p APCI Full 80 ms [30000-85000]
70 MS pivo_5_UH
20 10 0
Rel
ativ
e
RT 845 NL 125E5100
30
40 50
Abu
ndan
ce
929872867 899878
911821785
1009 1016 1034100 ppm883813762759 781 810 835738
733 727 946 950 964 10611050
mz=48420567-90 48430253 F FTMS 10 + p APCI Full 80 ms [30000-85000]
70 MS pivo_5_UH
60
20 10 0
72 7 7 78 8 8 8 8 8 9 9 9 9 9 100 102 104 106 4 6 0 2 4 6 8Time (min) 0 2 4 6 8
Zachariasova M et al Anal Chim Acta 12
2880441 C9H21O2P1S3 Terbufos
2880949 C13H21O3P1S1 Iprobenfos
2881142 C15H17N4Cl1 Myclobutanil
2881256 C11H20N4O3S1 Epronaz
2881351 C11H21N4O3P1 Pirimethaphos
2881474 C16H20N2O3 Imazamethabenz
28900 28905 28910 28915 28920mz
0
10
20
30
40
50
60
70
80
90
100
Rel
ativ
e A
bund
ance
2891314
2890513 2891022
2891215
2891329 2891424
28900 28905 28910 28915 28920mz
0
10
20
30
40
50
60
70
80
90
100
Rel
ativ
e A
bund
ance
2891390
28910212890514
2891215
28913292891424
Detection of Isobaric Compounds in mixtures
Element Exact Mass H 1007825 C 12000000 N 14003074 O 15994915
Is a simultaneous measurement possible
01033 amu
28900 28905 28910 28915 28920 mz
0
10
20
30
40
50
60
70
80
90
100
Rel
ativ
e A
bund
ance
2891424 289154728913292891022
2890514
2891215 R = 140000
13
The Exactive Plus Orbitrap LCMS system
14
Q Exactive Orbitrap MSMS system
Higher ion transmission with rugged optics Increased sensitivity selectivity true MSMS Directly interfaced to HCD increases spectrum quality Multiple fills for spectrum multiplexing increases duty cycle Predictive automatic gain control for parallel filling amp detection brings more speed Advanced signal processing brings more resolution at same speed
15
Caffeine
What do we gain by using the quadrupole
1950876 N=24840281 NL 194E8100
[15000-200000]
NL 112E8
Full MS SN = 745
Lowest detected
250330
80
signalscan60
40
20
0 1950877 N=2074158100
Rel
ativ
e A
bund
ance
SN
(spe
ctrum) 4000
3000
2000
1000
0 195082 195084 195086 195088 19509 195092 195094
SN (FMS) SN (SIM10)
Sensitivity gain 5 ndash 10 x with SIM mode
80
60
40
20
0
[19010-20010]
Lowest detectedSIM (10amu) Gain in sensitivity (7x) signalscan SN = 5400 28240 6000
5000
16
Data dependent MSMS confirmation 1589762
Diuron
Azoxystrobin
Fluridone
Benoxacor
Fenamidone
Desmedipham
Imazalil
2 4 6 8 10 12 14 Time (min)
0
50
100 0
50
100 0
50
100 0
50
100
Rel
ativ
e Ab
unda
nce
0
50
100 0
50
100 0
50
100 696
735
735
744
755
758
780
NL 198E7 mz= 2970541-2970571 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 467E6 mz= 3011163-3011193 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 897E7 mz= 2330231-2330255 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 115E7 mz= 2600226-2600252 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 221E7 mz= 3301084-3301118 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 142E7 mz= 4041221-4041261 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 423E7 mz= 3121149-3121181 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
0
50
100 0
50
100 0
50
Rel
ativ
e Ab
unda
nce
100 0
50
100 2970551690455 2009867
25500821090763
3161774 720451
0
2330241 11908561591165
3070625100
50
1399895 2710859343039211203951650904 1490834
50
0 100
26002361200445 1880704
590500
2817393 3441026
37209743290791
316107821606551720391 4052731810705 920500
2361180
10305461650481 26709513121149
100 200 300 400 mz
17
Q Exactive ndash ldquoQuanfirmationrdquo what is it
bull High performance HRAM Quantitation and Confirmation bench top LCMS system capable of
bull Multi-residue quan performance similar to mid-high end Triples bull Ideal for targeted and general unknown screening bull Highest confidence confirmation with R = 140K and MSMS bull UHPLC compatible bull Letlsquos use the QExactive to combine these 2 experiments into one
18
Outline
bull What is EQuan MAX Plus bull EQuan MAX Plus
bull How can EQuan MAX Plus help your workflow
bull Customer testimonials bull Who uses EQuan MAX Plus
19
Low Sample Concentration
Challenge TSQ Quantiva
Demanding assays which require the absolute lowest limit of detection
Powered by AIM technology the TSQ Quantiva MS is the worldrsquos most sensitive triple quadrupoleMS detecting compounds at the ppt level
20
Environmental Analysis (Water)
EQuan MAX Plus
For targeted quantitation (TSQ) or
Targetednon-targeted screening and quantitation using High Resolution Accurate Mass (Orbitrap platform)
21
EQuan MAX Plus What is it
bull Turnkey method for assaying environmental water samples (pesticides antibiotics etc) at low ppt levels bull On-line sample clean-up and
preconcentration bull 2 Columns Loading and
Analytical bull 2 pumps
bull High injection volumes bull 1mL-20mL
bull Standard injection volumes bull 1-100 uL
22
EQuan MAX Plus Targeted Quantitation
bull Couple EQuan MAX Plus with any TSQ Quantum from Thermo Scientific for the most sensitive and selective experiments
bull Fast Positive Negative Switching
bull TraceFinder Software bull Built in SRM parameters bull Built in EQuan Methods
bull Quantum Access MAX bull Quantum Endura bull Quantum Quantiva
23
EQuan MAX Plus Non-targeted screening and Quantitation
bull Couple EQuan MAX Plus with the Exactive Orbitrap instruments (Exactive Plus or Q-Exactive)
bull High Resolution Accurate Mass (HRAM)
bull All ions are collected in every experiment bull Re-interrogate your data at a
later time bull Quantitation and screening
methods are easy to set up since there are no compound dependant parameters to optimize
24
SPE - standard enrichment procedure
7 Detection
LC-M
S
LC-MSMS
1 Sample preparation 1L samplefiltration
internal StdFiltr
atio
n
6 Elution
5 Drying
4 Washing
3 Extraction
2 Conditioning
Enr
ichm
ent
MeOH H2O
60mg Oasis
H2OMeOH (955)
air
MeOH
40 samples ~ 5h
~ 2d
~ 2d
25 Slide Courtsey Heinz Singer ndasheawag Zurich Switzerland
EQuan MAX Plus Solution ndash Gain Vs Conventional Injections
T r ia z in e P e s t M ix _ 1 0 p p t _ 1 0 0 0 u l_ 0 4 3 2 4 2 0 0 5 1 1 0 0 1 A M
R T 5 9 8 - 8 0 0 N L 8 1 0 E 4
1 0 0
10 ul injection
T I C F + c E S I si d = -1 0 0 0 S R M m s2 2 1 6 1 3 -1 8 0 0 [ 9 5 1 7 4 0 0 ] M S t r i a z i n e p e st m i x _ 1 0 p p t _
9 0 1 0 u l _ 0 5
8 5
8 0
7 5
7 0
6 5
6 0
Rel
ativ
e A
bund
ance
5 5
5 0
R T 5 9 8 - 8 0 2 R T 6 9 1 N L 8 1 0 E 4 A A 3 1 9 9 9 9 T I C F + c E S I si d = -1 0 0 0 S N 1 1 6 R M S S R M m s2 2 1 6 1 3 -1 8 0 0
1 0 0 [ 1 7 4 0 0 ] M S I C I S T r i a z i n e P e st M i x _ 1 0 p p t _ 1
9 5 0 0 0 u l _ 0 4
9 0
8 5
8 0
7 5
7 0
1000 ul injection6 5
6 0
Rel
ativ
e A
bund
ance
5 5
5 0
4 5 4 5
4 0
3 5
3 0
2 5
2 0
1 5
1 0
5
0 6 0 6 5 7 0
T i m e (m
4 0
3 5
3 0
2 5
2 0
1 5
1 0
5
0 7 5 8 0 6 0 6 5 7 0 7 5 8 0
i n ) T i m e (m i n )
10 ppt Atrazine in ground water
26
Sensitivity Speed amp Robustness for EFS high throughput laboratories
27
TSQ Endura Extreme quantitative value bull Designed for non-stop operation
bull For scientist who need to run routine samples day in and day out
TSQ Quantiva Extreme quantitative performance bull Designed for the most challenging
assays
bull For scientists needing to stay at the forefront of analytical technology
TSQ Quantiva TSQ Endura Mass Range 10-1850 10-3400
Max SRM Number 30000 SRMs 30000 SRMs
SRMSec 500 SRMssec 500 SRMssec
Ion Optics Active Ion Management (AIM)
bull Ion Max NG source bull Electrodynamic ion
funnel bull ion beam guide with
neutral blocker bull 6 mm HyperQuad
quadrupoles with asymmetric RF drive
S- LENS with Beam Blocker Technology
Quadrupole Design 4mm Quadrupoles with Asymetric RF
Reserpine Specification
100000 1 SN for 1 pg Reserpine
10000 1 SN for 1 pg Reserpine
elostrade
From Identification
28
Challenge Orbitrap V MS Confidently identify unknownemerging contaminantshelliphelliphelliphellip
High-Resolution Accurate Mass for identification of unknown emerging contaminants
To Routine Quantitation
Challenge EQuan MAX Plus and TSQ Quantivatrade MS
Followed by routine quantitation Online sample prep LCMS forquantitation of emergingcontaminants identified by the Orbitrap Velos
29
Analysis of Targeted and Non-targeted Contaminants in Storm Water Retention Ponds Emerging Contaminants from ID to Quantitation The Total Thermo Scientific Solution
Gordon Getzinger ndash Duke University Jonathan Beck PhD ndash Thermo Fisher Scientific
UHPLC-HRMS An Emerging Technique for ldquoHelping Contaminants Emergerdquo bull Target screening ― Monitor known contaminants using reference standards
bull Suspect screening ― Screen high-resolution accurate-mass data against
molecular databases of suspected contaminants bull Non-target screening ― Assign molecular and structural formula to
chromatographic features without previous knowledge of contaminant presence or identity
Krauss et al LC-high resolution MS in environmental analysis from target screening to the identification of unknowns (2010) Anal Bioanal Chem 397 [3]
31
Emerging Contaminant ID to Quantitation Workflow
bull Reclaimed waste water used for irrigation on a golf course for emerging contaminants (PPCPs) bull Lee Ferguson and Gordon Getzinger Environmental Chemistry Duke University USA
Acquire Fast Identify Develop Routine HRAM Data Contaminants Quantitative Quantitation
Assay
ExactFinder Software
Etofenprox Benzotriazole
Propanamide Acephate Allethrin
32
Kiawah Island SC USA
WWTPLand application of WW for golf course irrigation
Question Which microcontaminants are entering the aquatic environment as a result of wastewater reuse practices
33
Typical Sampling Site
34
Variety of Sampling Sites
Sample Site Inputs
Pond 5 Golf course runoff
Pond 25 Golf course runoff
Pond 43 Residential stormwater
Wastewater lagoon Treated municpal wastewater
Wastewater Composite 24hr composite effluent
Well 1 Infiltration from pond 25
Well 7 Infiltration from pond 5
35
Quantitation of Samples
bull Use a triple quad for quantitation bull Analyze samples directly no offline SPE to save time and
money bull Remove variables and sources of experimental error by
automated extraction and preconcentration bull An ideal solution for this challenge ishellip
36
What Did We Want to See in the Quantitation Experiment
bull Quantitative results at low concentrationshellip low and sub PPT levels
bull Calibration range bull 006 pgmL ndash 1000 pgmL
RT 400-1357
bull With a 1mL injection thatrsquos 60 fg ndash 1000 pg on column 968 NL 107E6 100
90
80
70
60
TIC of 175 pgmL injected standard 50
175 pg on column 40
30
20
10
0
979
1026 687 1037
1126 946
817 785 663 1151 601 1242 584 434
4 5 6 7 8 9 10 11 12 13
TIC MS 175pgmL
Rel
ativ
e A
bund
uanc
e
Time (min)
37
Calibration range 006-1000 pgmL - Flutolanil
60fg On Column 45 orders of magnitudeIon Ratio overlay
38
Results of Compounds Detected in a WWTP Sample
39
Identification of Emerging Contaminants
Data Analysis Workflow
Target screening
Are compounds x y amp z present in this sample
Non-target screening
Which compounds are present in this sample
Suspect screening
Which compounds of a defined list are present in this sample
40
LCMS Workflows for Environmental and Food Safety
41
Tools to Develop methods for Known and Emerging contaminants
Raw Sample bull Accelerated Solvent Extraction (ASE)
Dionex ASE
Dionex UHPLC 3000
EQuan MAX Plus bull Equan MAX Plus online sample prep LCMS
Customized Reporting
bull Custom software to meet the needs of your workflow
bull TraceFinder SIEVE mzCloud
TSQ Quantiva TSQ Endura
bull TSQ Series Mass Spectrometers triple stage quadrupole LC-MSMS and GC MSMS for high sensitivity quantitation
bull Exactive Plus and Q Exactive Mass Spectrometers High Resolution Accurate Mass to identify quantify and confirm
Orbitrap HRAM
Orbitrap Fusion
42
Transform Your Science
Detection of analytes in heavy matrix
Pesticide in Matrix
23900 23905 23910 23915 23920 239250
20
40
60
80
100
Rel
ativ
e A
bund
ance
23915181 C 11 H 19 O 2 N 4
650 ppm
R = 17500 Error = 650 ppm
23900 23905 23910 23915 23920 23925 0
20
40
60
80
100
Rel
ativ
e A
bund
ance
H O
Pirimicarb
mzmz
23915033 C 11 H 19 O 2 N 4
032 ppm
R = 70000 Error = 032 ppm
9
35
40
45
50
55
60
65
Rel
ative
Abu
ndan
ce
Resolution influence (17500 vs 70000) Resolution_17_5K 1823 RT 230 AV 1 NL 160E6 Resolution_70K 123 RT 054
100
95
90
85
80
75
70
65
60
55
50
45
40
35
30
25
20
15
10
5
0 22200 22205 22210 22215 22220 22225
T FTMS + p ESI Full ms [12000-100000] 2221263
2221463
2221838
AV 1 NL 180E6 T FTMS + p ESI Full ms [12000-100000]
0
5
10
15
20
25
30
70
75
80
85
90
95
100 2221238
2221129
2221465
2221854
Name Molecular Formula M+H
Carbofuran C12H15NO3 2221125
Formetanate C11H15N3O2 2221237
2220 2221 2222 2223 mz mz
Relative Abu
ndan
ce
10
Mass accuracy
Mass accuracy
m mmeas truem z 106
mtrue
50015000bull Quadrupole MS m z 106 200ppm500
5001031450010214bull Orbitrap MS m z 106 2ppmTOF MS 50010314
11
Selectivity increases with higher mass accuracy
Beer extract T-2 toxin 5 microgL R
elat
ive
Rel
ativ
e
RT 845 NL 120E5100
2 ppm
72 74 76 78 80 82 84 86 88 90 92 94 96 98 100 102 104 106 Time (min)
30
40 50 60
Abu
ndan
ce
855799749 791776767 1061741726 105010311016946
mz=48425313-90 48425507 F FTMS 10 + p APCI Full 80 ms [30000-85000]
70 MS pivo_5_UH
20 10 0
RT 845 NL 120E5100
20 ppm 72 74 76 78 80 82 84 86 88 90 92 94 96 98 100 102 104 106
Time (min)
30
40 50 60
Abu
ndan
ce
821762 785759740737 825781 792 799 861730726 10611050888 1031867 911 10161009946
mz=48424441-90 48426379 F FTMS 10 + p APCI Full 80 ms [30000-85000]
70 MS pivo_5_UH
20 10 0
Rel
ativ
e
RT 845 NL 125E5100
30
40 50
Abu
ndan
ce
929872867 899878
911821785
1009 1016 1034100 ppm883813762759 781 810 835738
733 727 946 950 964 10611050
mz=48420567-90 48430253 F FTMS 10 + p APCI Full 80 ms [30000-85000]
70 MS pivo_5_UH
60
20 10 0
72 7 7 78 8 8 8 8 8 9 9 9 9 9 100 102 104 106 4 6 0 2 4 6 8Time (min) 0 2 4 6 8
Zachariasova M et al Anal Chim Acta 12
2880441 C9H21O2P1S3 Terbufos
2880949 C13H21O3P1S1 Iprobenfos
2881142 C15H17N4Cl1 Myclobutanil
2881256 C11H20N4O3S1 Epronaz
2881351 C11H21N4O3P1 Pirimethaphos
2881474 C16H20N2O3 Imazamethabenz
28900 28905 28910 28915 28920mz
0
10
20
30
40
50
60
70
80
90
100
Rel
ativ
e A
bund
ance
2891314
2890513 2891022
2891215
2891329 2891424
28900 28905 28910 28915 28920mz
0
10
20
30
40
50
60
70
80
90
100
Rel
ativ
e A
bund
ance
2891390
28910212890514
2891215
28913292891424
Detection of Isobaric Compounds in mixtures
Element Exact Mass H 1007825 C 12000000 N 14003074 O 15994915
Is a simultaneous measurement possible
01033 amu
28900 28905 28910 28915 28920 mz
0
10
20
30
40
50
60
70
80
90
100
Rel
ativ
e A
bund
ance
2891424 289154728913292891022
2890514
2891215 R = 140000
13
The Exactive Plus Orbitrap LCMS system
14
Q Exactive Orbitrap MSMS system
Higher ion transmission with rugged optics Increased sensitivity selectivity true MSMS Directly interfaced to HCD increases spectrum quality Multiple fills for spectrum multiplexing increases duty cycle Predictive automatic gain control for parallel filling amp detection brings more speed Advanced signal processing brings more resolution at same speed
15
Caffeine
What do we gain by using the quadrupole
1950876 N=24840281 NL 194E8100
[15000-200000]
NL 112E8
Full MS SN = 745
Lowest detected
250330
80
signalscan60
40
20
0 1950877 N=2074158100
Rel
ativ
e A
bund
ance
SN
(spe
ctrum) 4000
3000
2000
1000
0 195082 195084 195086 195088 19509 195092 195094
SN (FMS) SN (SIM10)
Sensitivity gain 5 ndash 10 x with SIM mode
80
60
40
20
0
[19010-20010]
Lowest detectedSIM (10amu) Gain in sensitivity (7x) signalscan SN = 5400 28240 6000
5000
16
Data dependent MSMS confirmation 1589762
Diuron
Azoxystrobin
Fluridone
Benoxacor
Fenamidone
Desmedipham
Imazalil
2 4 6 8 10 12 14 Time (min)
0
50
100 0
50
100 0
50
100 0
50
100
Rel
ativ
e Ab
unda
nce
0
50
100 0
50
100 0
50
100 696
735
735
744
755
758
780
NL 198E7 mz= 2970541-2970571 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 467E6 mz= 3011163-3011193 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 897E7 mz= 2330231-2330255 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 115E7 mz= 2600226-2600252 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 221E7 mz= 3301084-3301118 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 142E7 mz= 4041221-4041261 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 423E7 mz= 3121149-3121181 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
0
50
100 0
50
100 0
50
Rel
ativ
e Ab
unda
nce
100 0
50
100 2970551690455 2009867
25500821090763
3161774 720451
0
2330241 11908561591165
3070625100
50
1399895 2710859343039211203951650904 1490834
50
0 100
26002361200445 1880704
590500
2817393 3441026
37209743290791
316107821606551720391 4052731810705 920500
2361180
10305461650481 26709513121149
100 200 300 400 mz
17
Q Exactive ndash ldquoQuanfirmationrdquo what is it
bull High performance HRAM Quantitation and Confirmation bench top LCMS system capable of
bull Multi-residue quan performance similar to mid-high end Triples bull Ideal for targeted and general unknown screening bull Highest confidence confirmation with R = 140K and MSMS bull UHPLC compatible bull Letlsquos use the QExactive to combine these 2 experiments into one
18
Outline
bull What is EQuan MAX Plus bull EQuan MAX Plus
bull How can EQuan MAX Plus help your workflow
bull Customer testimonials bull Who uses EQuan MAX Plus
19
Low Sample Concentration
Challenge TSQ Quantiva
Demanding assays which require the absolute lowest limit of detection
Powered by AIM technology the TSQ Quantiva MS is the worldrsquos most sensitive triple quadrupoleMS detecting compounds at the ppt level
20
Environmental Analysis (Water)
EQuan MAX Plus
For targeted quantitation (TSQ) or
Targetednon-targeted screening and quantitation using High Resolution Accurate Mass (Orbitrap platform)
21
EQuan MAX Plus What is it
bull Turnkey method for assaying environmental water samples (pesticides antibiotics etc) at low ppt levels bull On-line sample clean-up and
preconcentration bull 2 Columns Loading and
Analytical bull 2 pumps
bull High injection volumes bull 1mL-20mL
bull Standard injection volumes bull 1-100 uL
22
EQuan MAX Plus Targeted Quantitation
bull Couple EQuan MAX Plus with any TSQ Quantum from Thermo Scientific for the most sensitive and selective experiments
bull Fast Positive Negative Switching
bull TraceFinder Software bull Built in SRM parameters bull Built in EQuan Methods
bull Quantum Access MAX bull Quantum Endura bull Quantum Quantiva
23
EQuan MAX Plus Non-targeted screening and Quantitation
bull Couple EQuan MAX Plus with the Exactive Orbitrap instruments (Exactive Plus or Q-Exactive)
bull High Resolution Accurate Mass (HRAM)
bull All ions are collected in every experiment bull Re-interrogate your data at a
later time bull Quantitation and screening
methods are easy to set up since there are no compound dependant parameters to optimize
24
SPE - standard enrichment procedure
7 Detection
LC-M
S
LC-MSMS
1 Sample preparation 1L samplefiltration
internal StdFiltr
atio
n
6 Elution
5 Drying
4 Washing
3 Extraction
2 Conditioning
Enr
ichm
ent
MeOH H2O
60mg Oasis
H2OMeOH (955)
air
MeOH
40 samples ~ 5h
~ 2d
~ 2d
25 Slide Courtsey Heinz Singer ndasheawag Zurich Switzerland
EQuan MAX Plus Solution ndash Gain Vs Conventional Injections
T r ia z in e P e s t M ix _ 1 0 p p t _ 1 0 0 0 u l_ 0 4 3 2 4 2 0 0 5 1 1 0 0 1 A M
R T 5 9 8 - 8 0 0 N L 8 1 0 E 4
1 0 0
10 ul injection
T I C F + c E S I si d = -1 0 0 0 S R M m s2 2 1 6 1 3 -1 8 0 0 [ 9 5 1 7 4 0 0 ] M S t r i a z i n e p e st m i x _ 1 0 p p t _
9 0 1 0 u l _ 0 5
8 5
8 0
7 5
7 0
6 5
6 0
Rel
ativ
e A
bund
ance
5 5
5 0
R T 5 9 8 - 8 0 2 R T 6 9 1 N L 8 1 0 E 4 A A 3 1 9 9 9 9 T I C F + c E S I si d = -1 0 0 0 S N 1 1 6 R M S S R M m s2 2 1 6 1 3 -1 8 0 0
1 0 0 [ 1 7 4 0 0 ] M S I C I S T r i a z i n e P e st M i x _ 1 0 p p t _ 1
9 5 0 0 0 u l _ 0 4
9 0
8 5
8 0
7 5
7 0
1000 ul injection6 5
6 0
Rel
ativ
e A
bund
ance
5 5
5 0
4 5 4 5
4 0
3 5
3 0
2 5
2 0
1 5
1 0
5
0 6 0 6 5 7 0
T i m e (m
4 0
3 5
3 0
2 5
2 0
1 5
1 0
5
0 7 5 8 0 6 0 6 5 7 0 7 5 8 0
i n ) T i m e (m i n )
10 ppt Atrazine in ground water
26
Sensitivity Speed amp Robustness for EFS high throughput laboratories
27
TSQ Endura Extreme quantitative value bull Designed for non-stop operation
bull For scientist who need to run routine samples day in and day out
TSQ Quantiva Extreme quantitative performance bull Designed for the most challenging
assays
bull For scientists needing to stay at the forefront of analytical technology
TSQ Quantiva TSQ Endura Mass Range 10-1850 10-3400
Max SRM Number 30000 SRMs 30000 SRMs
SRMSec 500 SRMssec 500 SRMssec
Ion Optics Active Ion Management (AIM)
bull Ion Max NG source bull Electrodynamic ion
funnel bull ion beam guide with
neutral blocker bull 6 mm HyperQuad
quadrupoles with asymmetric RF drive
S- LENS with Beam Blocker Technology
Quadrupole Design 4mm Quadrupoles with Asymetric RF
Reserpine Specification
100000 1 SN for 1 pg Reserpine
10000 1 SN for 1 pg Reserpine
elostrade
From Identification
28
Challenge Orbitrap V MS Confidently identify unknownemerging contaminantshelliphelliphelliphellip
High-Resolution Accurate Mass for identification of unknown emerging contaminants
To Routine Quantitation
Challenge EQuan MAX Plus and TSQ Quantivatrade MS
Followed by routine quantitation Online sample prep LCMS forquantitation of emergingcontaminants identified by the Orbitrap Velos
29
Analysis of Targeted and Non-targeted Contaminants in Storm Water Retention Ponds Emerging Contaminants from ID to Quantitation The Total Thermo Scientific Solution
Gordon Getzinger ndash Duke University Jonathan Beck PhD ndash Thermo Fisher Scientific
UHPLC-HRMS An Emerging Technique for ldquoHelping Contaminants Emergerdquo bull Target screening ― Monitor known contaminants using reference standards
bull Suspect screening ― Screen high-resolution accurate-mass data against
molecular databases of suspected contaminants bull Non-target screening ― Assign molecular and structural formula to
chromatographic features without previous knowledge of contaminant presence or identity
Krauss et al LC-high resolution MS in environmental analysis from target screening to the identification of unknowns (2010) Anal Bioanal Chem 397 [3]
31
Emerging Contaminant ID to Quantitation Workflow
bull Reclaimed waste water used for irrigation on a golf course for emerging contaminants (PPCPs) bull Lee Ferguson and Gordon Getzinger Environmental Chemistry Duke University USA
Acquire Fast Identify Develop Routine HRAM Data Contaminants Quantitative Quantitation
Assay
ExactFinder Software
Etofenprox Benzotriazole
Propanamide Acephate Allethrin
32
Kiawah Island SC USA
WWTPLand application of WW for golf course irrigation
Question Which microcontaminants are entering the aquatic environment as a result of wastewater reuse practices
33
Typical Sampling Site
34
Variety of Sampling Sites
Sample Site Inputs
Pond 5 Golf course runoff
Pond 25 Golf course runoff
Pond 43 Residential stormwater
Wastewater lagoon Treated municpal wastewater
Wastewater Composite 24hr composite effluent
Well 1 Infiltration from pond 25
Well 7 Infiltration from pond 5
35
Quantitation of Samples
bull Use a triple quad for quantitation bull Analyze samples directly no offline SPE to save time and
money bull Remove variables and sources of experimental error by
automated extraction and preconcentration bull An ideal solution for this challenge ishellip
36
What Did We Want to See in the Quantitation Experiment
bull Quantitative results at low concentrationshellip low and sub PPT levels
bull Calibration range bull 006 pgmL ndash 1000 pgmL
RT 400-1357
bull With a 1mL injection thatrsquos 60 fg ndash 1000 pg on column 968 NL 107E6 100
90
80
70
60
TIC of 175 pgmL injected standard 50
175 pg on column 40
30
20
10
0
979
1026 687 1037
1126 946
817 785 663 1151 601 1242 584 434
4 5 6 7 8 9 10 11 12 13
TIC MS 175pgmL
Rel
ativ
e A
bund
uanc
e
Time (min)
37
Calibration range 006-1000 pgmL - Flutolanil
60fg On Column 45 orders of magnitudeIon Ratio overlay
38
Results of Compounds Detected in a WWTP Sample
39
Identification of Emerging Contaminants
Data Analysis Workflow
Target screening
Are compounds x y amp z present in this sample
Non-target screening
Which compounds are present in this sample
Suspect screening
Which compounds of a defined list are present in this sample
40
LCMS Workflows for Environmental and Food Safety
41
Tools to Develop methods for Known and Emerging contaminants
Raw Sample bull Accelerated Solvent Extraction (ASE)
Dionex ASE
Dionex UHPLC 3000
EQuan MAX Plus bull Equan MAX Plus online sample prep LCMS
Customized Reporting
bull Custom software to meet the needs of your workflow
bull TraceFinder SIEVE mzCloud
TSQ Quantiva TSQ Endura
bull TSQ Series Mass Spectrometers triple stage quadrupole LC-MSMS and GC MSMS for high sensitivity quantitation
bull Exactive Plus and Q Exactive Mass Spectrometers High Resolution Accurate Mass to identify quantify and confirm
Orbitrap HRAM
Orbitrap Fusion
42
Transform Your Science
35
40
45
50
55
60
65
Rel
ative
Abu
ndan
ce
Resolution influence (17500 vs 70000) Resolution_17_5K 1823 RT 230 AV 1 NL 160E6 Resolution_70K 123 RT 054
100
95
90
85
80
75
70
65
60
55
50
45
40
35
30
25
20
15
10
5
0 22200 22205 22210 22215 22220 22225
T FTMS + p ESI Full ms [12000-100000] 2221263
2221463
2221838
AV 1 NL 180E6 T FTMS + p ESI Full ms [12000-100000]
0
5
10
15
20
25
30
70
75
80
85
90
95
100 2221238
2221129
2221465
2221854
Name Molecular Formula M+H
Carbofuran C12H15NO3 2221125
Formetanate C11H15N3O2 2221237
2220 2221 2222 2223 mz mz
Relative Abu
ndan
ce
10
Mass accuracy
Mass accuracy
m mmeas truem z 106
mtrue
50015000bull Quadrupole MS m z 106 200ppm500
5001031450010214bull Orbitrap MS m z 106 2ppmTOF MS 50010314
11
Selectivity increases with higher mass accuracy
Beer extract T-2 toxin 5 microgL R
elat
ive
Rel
ativ
e
RT 845 NL 120E5100
2 ppm
72 74 76 78 80 82 84 86 88 90 92 94 96 98 100 102 104 106 Time (min)
30
40 50 60
Abu
ndan
ce
855799749 791776767 1061741726 105010311016946
mz=48425313-90 48425507 F FTMS 10 + p APCI Full 80 ms [30000-85000]
70 MS pivo_5_UH
20 10 0
RT 845 NL 120E5100
20 ppm 72 74 76 78 80 82 84 86 88 90 92 94 96 98 100 102 104 106
Time (min)
30
40 50 60
Abu
ndan
ce
821762 785759740737 825781 792 799 861730726 10611050888 1031867 911 10161009946
mz=48424441-90 48426379 F FTMS 10 + p APCI Full 80 ms [30000-85000]
70 MS pivo_5_UH
20 10 0
Rel
ativ
e
RT 845 NL 125E5100
30
40 50
Abu
ndan
ce
929872867 899878
911821785
1009 1016 1034100 ppm883813762759 781 810 835738
733 727 946 950 964 10611050
mz=48420567-90 48430253 F FTMS 10 + p APCI Full 80 ms [30000-85000]
70 MS pivo_5_UH
60
20 10 0
72 7 7 78 8 8 8 8 8 9 9 9 9 9 100 102 104 106 4 6 0 2 4 6 8Time (min) 0 2 4 6 8
Zachariasova M et al Anal Chim Acta 12
2880441 C9H21O2P1S3 Terbufos
2880949 C13H21O3P1S1 Iprobenfos
2881142 C15H17N4Cl1 Myclobutanil
2881256 C11H20N4O3S1 Epronaz
2881351 C11H21N4O3P1 Pirimethaphos
2881474 C16H20N2O3 Imazamethabenz
28900 28905 28910 28915 28920mz
0
10
20
30
40
50
60
70
80
90
100
Rel
ativ
e A
bund
ance
2891314
2890513 2891022
2891215
2891329 2891424
28900 28905 28910 28915 28920mz
0
10
20
30
40
50
60
70
80
90
100
Rel
ativ
e A
bund
ance
2891390
28910212890514
2891215
28913292891424
Detection of Isobaric Compounds in mixtures
Element Exact Mass H 1007825 C 12000000 N 14003074 O 15994915
Is a simultaneous measurement possible
01033 amu
28900 28905 28910 28915 28920 mz
0
10
20
30
40
50
60
70
80
90
100
Rel
ativ
e A
bund
ance
2891424 289154728913292891022
2890514
2891215 R = 140000
13
The Exactive Plus Orbitrap LCMS system
14
Q Exactive Orbitrap MSMS system
Higher ion transmission with rugged optics Increased sensitivity selectivity true MSMS Directly interfaced to HCD increases spectrum quality Multiple fills for spectrum multiplexing increases duty cycle Predictive automatic gain control for parallel filling amp detection brings more speed Advanced signal processing brings more resolution at same speed
15
Caffeine
What do we gain by using the quadrupole
1950876 N=24840281 NL 194E8100
[15000-200000]
NL 112E8
Full MS SN = 745
Lowest detected
250330
80
signalscan60
40
20
0 1950877 N=2074158100
Rel
ativ
e A
bund
ance
SN
(spe
ctrum) 4000
3000
2000
1000
0 195082 195084 195086 195088 19509 195092 195094
SN (FMS) SN (SIM10)
Sensitivity gain 5 ndash 10 x with SIM mode
80
60
40
20
0
[19010-20010]
Lowest detectedSIM (10amu) Gain in sensitivity (7x) signalscan SN = 5400 28240 6000
5000
16
Data dependent MSMS confirmation 1589762
Diuron
Azoxystrobin
Fluridone
Benoxacor
Fenamidone
Desmedipham
Imazalil
2 4 6 8 10 12 14 Time (min)
0
50
100 0
50
100 0
50
100 0
50
100
Rel
ativ
e Ab
unda
nce
0
50
100 0
50
100 0
50
100 696
735
735
744
755
758
780
NL 198E7 mz= 2970541-2970571 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 467E6 mz= 3011163-3011193 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 897E7 mz= 2330231-2330255 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 115E7 mz= 2600226-2600252 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 221E7 mz= 3301084-3301118 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 142E7 mz= 4041221-4041261 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 423E7 mz= 3121149-3121181 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
0
50
100 0
50
100 0
50
Rel
ativ
e Ab
unda
nce
100 0
50
100 2970551690455 2009867
25500821090763
3161774 720451
0
2330241 11908561591165
3070625100
50
1399895 2710859343039211203951650904 1490834
50
0 100
26002361200445 1880704
590500
2817393 3441026
37209743290791
316107821606551720391 4052731810705 920500
2361180
10305461650481 26709513121149
100 200 300 400 mz
17
Q Exactive ndash ldquoQuanfirmationrdquo what is it
bull High performance HRAM Quantitation and Confirmation bench top LCMS system capable of
bull Multi-residue quan performance similar to mid-high end Triples bull Ideal for targeted and general unknown screening bull Highest confidence confirmation with R = 140K and MSMS bull UHPLC compatible bull Letlsquos use the QExactive to combine these 2 experiments into one
18
Outline
bull What is EQuan MAX Plus bull EQuan MAX Plus
bull How can EQuan MAX Plus help your workflow
bull Customer testimonials bull Who uses EQuan MAX Plus
19
Low Sample Concentration
Challenge TSQ Quantiva
Demanding assays which require the absolute lowest limit of detection
Powered by AIM technology the TSQ Quantiva MS is the worldrsquos most sensitive triple quadrupoleMS detecting compounds at the ppt level
20
Environmental Analysis (Water)
EQuan MAX Plus
For targeted quantitation (TSQ) or
Targetednon-targeted screening and quantitation using High Resolution Accurate Mass (Orbitrap platform)
21
EQuan MAX Plus What is it
bull Turnkey method for assaying environmental water samples (pesticides antibiotics etc) at low ppt levels bull On-line sample clean-up and
preconcentration bull 2 Columns Loading and
Analytical bull 2 pumps
bull High injection volumes bull 1mL-20mL
bull Standard injection volumes bull 1-100 uL
22
EQuan MAX Plus Targeted Quantitation
bull Couple EQuan MAX Plus with any TSQ Quantum from Thermo Scientific for the most sensitive and selective experiments
bull Fast Positive Negative Switching
bull TraceFinder Software bull Built in SRM parameters bull Built in EQuan Methods
bull Quantum Access MAX bull Quantum Endura bull Quantum Quantiva
23
EQuan MAX Plus Non-targeted screening and Quantitation
bull Couple EQuan MAX Plus with the Exactive Orbitrap instruments (Exactive Plus or Q-Exactive)
bull High Resolution Accurate Mass (HRAM)
bull All ions are collected in every experiment bull Re-interrogate your data at a
later time bull Quantitation and screening
methods are easy to set up since there are no compound dependant parameters to optimize
24
SPE - standard enrichment procedure
7 Detection
LC-M
S
LC-MSMS
1 Sample preparation 1L samplefiltration
internal StdFiltr
atio
n
6 Elution
5 Drying
4 Washing
3 Extraction
2 Conditioning
Enr
ichm
ent
MeOH H2O
60mg Oasis
H2OMeOH (955)
air
MeOH
40 samples ~ 5h
~ 2d
~ 2d
25 Slide Courtsey Heinz Singer ndasheawag Zurich Switzerland
EQuan MAX Plus Solution ndash Gain Vs Conventional Injections
T r ia z in e P e s t M ix _ 1 0 p p t _ 1 0 0 0 u l_ 0 4 3 2 4 2 0 0 5 1 1 0 0 1 A M
R T 5 9 8 - 8 0 0 N L 8 1 0 E 4
1 0 0
10 ul injection
T I C F + c E S I si d = -1 0 0 0 S R M m s2 2 1 6 1 3 -1 8 0 0 [ 9 5 1 7 4 0 0 ] M S t r i a z i n e p e st m i x _ 1 0 p p t _
9 0 1 0 u l _ 0 5
8 5
8 0
7 5
7 0
6 5
6 0
Rel
ativ
e A
bund
ance
5 5
5 0
R T 5 9 8 - 8 0 2 R T 6 9 1 N L 8 1 0 E 4 A A 3 1 9 9 9 9 T I C F + c E S I si d = -1 0 0 0 S N 1 1 6 R M S S R M m s2 2 1 6 1 3 -1 8 0 0
1 0 0 [ 1 7 4 0 0 ] M S I C I S T r i a z i n e P e st M i x _ 1 0 p p t _ 1
9 5 0 0 0 u l _ 0 4
9 0
8 5
8 0
7 5
7 0
1000 ul injection6 5
6 0
Rel
ativ
e A
bund
ance
5 5
5 0
4 5 4 5
4 0
3 5
3 0
2 5
2 0
1 5
1 0
5
0 6 0 6 5 7 0
T i m e (m
4 0
3 5
3 0
2 5
2 0
1 5
1 0
5
0 7 5 8 0 6 0 6 5 7 0 7 5 8 0
i n ) T i m e (m i n )
10 ppt Atrazine in ground water
26
Sensitivity Speed amp Robustness for EFS high throughput laboratories
27
TSQ Endura Extreme quantitative value bull Designed for non-stop operation
bull For scientist who need to run routine samples day in and day out
TSQ Quantiva Extreme quantitative performance bull Designed for the most challenging
assays
bull For scientists needing to stay at the forefront of analytical technology
TSQ Quantiva TSQ Endura Mass Range 10-1850 10-3400
Max SRM Number 30000 SRMs 30000 SRMs
SRMSec 500 SRMssec 500 SRMssec
Ion Optics Active Ion Management (AIM)
bull Ion Max NG source bull Electrodynamic ion
funnel bull ion beam guide with
neutral blocker bull 6 mm HyperQuad
quadrupoles with asymmetric RF drive
S- LENS with Beam Blocker Technology
Quadrupole Design 4mm Quadrupoles with Asymetric RF
Reserpine Specification
100000 1 SN for 1 pg Reserpine
10000 1 SN for 1 pg Reserpine
elostrade
From Identification
28
Challenge Orbitrap V MS Confidently identify unknownemerging contaminantshelliphelliphelliphellip
High-Resolution Accurate Mass for identification of unknown emerging contaminants
To Routine Quantitation
Challenge EQuan MAX Plus and TSQ Quantivatrade MS
Followed by routine quantitation Online sample prep LCMS forquantitation of emergingcontaminants identified by the Orbitrap Velos
29
Analysis of Targeted and Non-targeted Contaminants in Storm Water Retention Ponds Emerging Contaminants from ID to Quantitation The Total Thermo Scientific Solution
Gordon Getzinger ndash Duke University Jonathan Beck PhD ndash Thermo Fisher Scientific
UHPLC-HRMS An Emerging Technique for ldquoHelping Contaminants Emergerdquo bull Target screening ― Monitor known contaminants using reference standards
bull Suspect screening ― Screen high-resolution accurate-mass data against
molecular databases of suspected contaminants bull Non-target screening ― Assign molecular and structural formula to
chromatographic features without previous knowledge of contaminant presence or identity
Krauss et al LC-high resolution MS in environmental analysis from target screening to the identification of unknowns (2010) Anal Bioanal Chem 397 [3]
31
Emerging Contaminant ID to Quantitation Workflow
bull Reclaimed waste water used for irrigation on a golf course for emerging contaminants (PPCPs) bull Lee Ferguson and Gordon Getzinger Environmental Chemistry Duke University USA
Acquire Fast Identify Develop Routine HRAM Data Contaminants Quantitative Quantitation
Assay
ExactFinder Software
Etofenprox Benzotriazole
Propanamide Acephate Allethrin
32
Kiawah Island SC USA
WWTPLand application of WW for golf course irrigation
Question Which microcontaminants are entering the aquatic environment as a result of wastewater reuse practices
33
Typical Sampling Site
34
Variety of Sampling Sites
Sample Site Inputs
Pond 5 Golf course runoff
Pond 25 Golf course runoff
Pond 43 Residential stormwater
Wastewater lagoon Treated municpal wastewater
Wastewater Composite 24hr composite effluent
Well 1 Infiltration from pond 25
Well 7 Infiltration from pond 5
35
Quantitation of Samples
bull Use a triple quad for quantitation bull Analyze samples directly no offline SPE to save time and
money bull Remove variables and sources of experimental error by
automated extraction and preconcentration bull An ideal solution for this challenge ishellip
36
What Did We Want to See in the Quantitation Experiment
bull Quantitative results at low concentrationshellip low and sub PPT levels
bull Calibration range bull 006 pgmL ndash 1000 pgmL
RT 400-1357
bull With a 1mL injection thatrsquos 60 fg ndash 1000 pg on column 968 NL 107E6 100
90
80
70
60
TIC of 175 pgmL injected standard 50
175 pg on column 40
30
20
10
0
979
1026 687 1037
1126 946
817 785 663 1151 601 1242 584 434
4 5 6 7 8 9 10 11 12 13
TIC MS 175pgmL
Rel
ativ
e A
bund
uanc
e
Time (min)
37
Calibration range 006-1000 pgmL - Flutolanil
60fg On Column 45 orders of magnitudeIon Ratio overlay
38
Results of Compounds Detected in a WWTP Sample
39
Identification of Emerging Contaminants
Data Analysis Workflow
Target screening
Are compounds x y amp z present in this sample
Non-target screening
Which compounds are present in this sample
Suspect screening
Which compounds of a defined list are present in this sample
40
LCMS Workflows for Environmental and Food Safety
41
Tools to Develop methods for Known and Emerging contaminants
Raw Sample bull Accelerated Solvent Extraction (ASE)
Dionex ASE
Dionex UHPLC 3000
EQuan MAX Plus bull Equan MAX Plus online sample prep LCMS
Customized Reporting
bull Custom software to meet the needs of your workflow
bull TraceFinder SIEVE mzCloud
TSQ Quantiva TSQ Endura
bull TSQ Series Mass Spectrometers triple stage quadrupole LC-MSMS and GC MSMS for high sensitivity quantitation
bull Exactive Plus and Q Exactive Mass Spectrometers High Resolution Accurate Mass to identify quantify and confirm
Orbitrap HRAM
Orbitrap Fusion
42
Transform Your Science
Mass accuracy
Mass accuracy
m mmeas truem z 106
mtrue
50015000bull Quadrupole MS m z 106 200ppm500
5001031450010214bull Orbitrap MS m z 106 2ppmTOF MS 50010314
11
Selectivity increases with higher mass accuracy
Beer extract T-2 toxin 5 microgL R
elat
ive
Rel
ativ
e
RT 845 NL 120E5100
2 ppm
72 74 76 78 80 82 84 86 88 90 92 94 96 98 100 102 104 106 Time (min)
30
40 50 60
Abu
ndan
ce
855799749 791776767 1061741726 105010311016946
mz=48425313-90 48425507 F FTMS 10 + p APCI Full 80 ms [30000-85000]
70 MS pivo_5_UH
20 10 0
RT 845 NL 120E5100
20 ppm 72 74 76 78 80 82 84 86 88 90 92 94 96 98 100 102 104 106
Time (min)
30
40 50 60
Abu
ndan
ce
821762 785759740737 825781 792 799 861730726 10611050888 1031867 911 10161009946
mz=48424441-90 48426379 F FTMS 10 + p APCI Full 80 ms [30000-85000]
70 MS pivo_5_UH
20 10 0
Rel
ativ
e
RT 845 NL 125E5100
30
40 50
Abu
ndan
ce
929872867 899878
911821785
1009 1016 1034100 ppm883813762759 781 810 835738
733 727 946 950 964 10611050
mz=48420567-90 48430253 F FTMS 10 + p APCI Full 80 ms [30000-85000]
70 MS pivo_5_UH
60
20 10 0
72 7 7 78 8 8 8 8 8 9 9 9 9 9 100 102 104 106 4 6 0 2 4 6 8Time (min) 0 2 4 6 8
Zachariasova M et al Anal Chim Acta 12
2880441 C9H21O2P1S3 Terbufos
2880949 C13H21O3P1S1 Iprobenfos
2881142 C15H17N4Cl1 Myclobutanil
2881256 C11H20N4O3S1 Epronaz
2881351 C11H21N4O3P1 Pirimethaphos
2881474 C16H20N2O3 Imazamethabenz
28900 28905 28910 28915 28920mz
0
10
20
30
40
50
60
70
80
90
100
Rel
ativ
e A
bund
ance
2891314
2890513 2891022
2891215
2891329 2891424
28900 28905 28910 28915 28920mz
0
10
20
30
40
50
60
70
80
90
100
Rel
ativ
e A
bund
ance
2891390
28910212890514
2891215
28913292891424
Detection of Isobaric Compounds in mixtures
Element Exact Mass H 1007825 C 12000000 N 14003074 O 15994915
Is a simultaneous measurement possible
01033 amu
28900 28905 28910 28915 28920 mz
0
10
20
30
40
50
60
70
80
90
100
Rel
ativ
e A
bund
ance
2891424 289154728913292891022
2890514
2891215 R = 140000
13
The Exactive Plus Orbitrap LCMS system
14
Q Exactive Orbitrap MSMS system
Higher ion transmission with rugged optics Increased sensitivity selectivity true MSMS Directly interfaced to HCD increases spectrum quality Multiple fills for spectrum multiplexing increases duty cycle Predictive automatic gain control for parallel filling amp detection brings more speed Advanced signal processing brings more resolution at same speed
15
Caffeine
What do we gain by using the quadrupole
1950876 N=24840281 NL 194E8100
[15000-200000]
NL 112E8
Full MS SN = 745
Lowest detected
250330
80
signalscan60
40
20
0 1950877 N=2074158100
Rel
ativ
e A
bund
ance
SN
(spe
ctrum) 4000
3000
2000
1000
0 195082 195084 195086 195088 19509 195092 195094
SN (FMS) SN (SIM10)
Sensitivity gain 5 ndash 10 x with SIM mode
80
60
40
20
0
[19010-20010]
Lowest detectedSIM (10amu) Gain in sensitivity (7x) signalscan SN = 5400 28240 6000
5000
16
Data dependent MSMS confirmation 1589762
Diuron
Azoxystrobin
Fluridone
Benoxacor
Fenamidone
Desmedipham
Imazalil
2 4 6 8 10 12 14 Time (min)
0
50
100 0
50
100 0
50
100 0
50
100
Rel
ativ
e Ab
unda
nce
0
50
100 0
50
100 0
50
100 696
735
735
744
755
758
780
NL 198E7 mz= 2970541-2970571 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 467E6 mz= 3011163-3011193 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 897E7 mz= 2330231-2330255 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 115E7 mz= 2600226-2600252 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 221E7 mz= 3301084-3301118 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 142E7 mz= 4041221-4041261 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 423E7 mz= 3121149-3121181 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
0
50
100 0
50
100 0
50
Rel
ativ
e Ab
unda
nce
100 0
50
100 2970551690455 2009867
25500821090763
3161774 720451
0
2330241 11908561591165
3070625100
50
1399895 2710859343039211203951650904 1490834
50
0 100
26002361200445 1880704
590500
2817393 3441026
37209743290791
316107821606551720391 4052731810705 920500
2361180
10305461650481 26709513121149
100 200 300 400 mz
17
Q Exactive ndash ldquoQuanfirmationrdquo what is it
bull High performance HRAM Quantitation and Confirmation bench top LCMS system capable of
bull Multi-residue quan performance similar to mid-high end Triples bull Ideal for targeted and general unknown screening bull Highest confidence confirmation with R = 140K and MSMS bull UHPLC compatible bull Letlsquos use the QExactive to combine these 2 experiments into one
18
Outline
bull What is EQuan MAX Plus bull EQuan MAX Plus
bull How can EQuan MAX Plus help your workflow
bull Customer testimonials bull Who uses EQuan MAX Plus
19
Low Sample Concentration
Challenge TSQ Quantiva
Demanding assays which require the absolute lowest limit of detection
Powered by AIM technology the TSQ Quantiva MS is the worldrsquos most sensitive triple quadrupoleMS detecting compounds at the ppt level
20
Environmental Analysis (Water)
EQuan MAX Plus
For targeted quantitation (TSQ) or
Targetednon-targeted screening and quantitation using High Resolution Accurate Mass (Orbitrap platform)
21
EQuan MAX Plus What is it
bull Turnkey method for assaying environmental water samples (pesticides antibiotics etc) at low ppt levels bull On-line sample clean-up and
preconcentration bull 2 Columns Loading and
Analytical bull 2 pumps
bull High injection volumes bull 1mL-20mL
bull Standard injection volumes bull 1-100 uL
22
EQuan MAX Plus Targeted Quantitation
bull Couple EQuan MAX Plus with any TSQ Quantum from Thermo Scientific for the most sensitive and selective experiments
bull Fast Positive Negative Switching
bull TraceFinder Software bull Built in SRM parameters bull Built in EQuan Methods
bull Quantum Access MAX bull Quantum Endura bull Quantum Quantiva
23
EQuan MAX Plus Non-targeted screening and Quantitation
bull Couple EQuan MAX Plus with the Exactive Orbitrap instruments (Exactive Plus or Q-Exactive)
bull High Resolution Accurate Mass (HRAM)
bull All ions are collected in every experiment bull Re-interrogate your data at a
later time bull Quantitation and screening
methods are easy to set up since there are no compound dependant parameters to optimize
24
SPE - standard enrichment procedure
7 Detection
LC-M
S
LC-MSMS
1 Sample preparation 1L samplefiltration
internal StdFiltr
atio
n
6 Elution
5 Drying
4 Washing
3 Extraction
2 Conditioning
Enr
ichm
ent
MeOH H2O
60mg Oasis
H2OMeOH (955)
air
MeOH
40 samples ~ 5h
~ 2d
~ 2d
25 Slide Courtsey Heinz Singer ndasheawag Zurich Switzerland
EQuan MAX Plus Solution ndash Gain Vs Conventional Injections
T r ia z in e P e s t M ix _ 1 0 p p t _ 1 0 0 0 u l_ 0 4 3 2 4 2 0 0 5 1 1 0 0 1 A M
R T 5 9 8 - 8 0 0 N L 8 1 0 E 4
1 0 0
10 ul injection
T I C F + c E S I si d = -1 0 0 0 S R M m s2 2 1 6 1 3 -1 8 0 0 [ 9 5 1 7 4 0 0 ] M S t r i a z i n e p e st m i x _ 1 0 p p t _
9 0 1 0 u l _ 0 5
8 5
8 0
7 5
7 0
6 5
6 0
Rel
ativ
e A
bund
ance
5 5
5 0
R T 5 9 8 - 8 0 2 R T 6 9 1 N L 8 1 0 E 4 A A 3 1 9 9 9 9 T I C F + c E S I si d = -1 0 0 0 S N 1 1 6 R M S S R M m s2 2 1 6 1 3 -1 8 0 0
1 0 0 [ 1 7 4 0 0 ] M S I C I S T r i a z i n e P e st M i x _ 1 0 p p t _ 1
9 5 0 0 0 u l _ 0 4
9 0
8 5
8 0
7 5
7 0
1000 ul injection6 5
6 0
Rel
ativ
e A
bund
ance
5 5
5 0
4 5 4 5
4 0
3 5
3 0
2 5
2 0
1 5
1 0
5
0 6 0 6 5 7 0
T i m e (m
4 0
3 5
3 0
2 5
2 0
1 5
1 0
5
0 7 5 8 0 6 0 6 5 7 0 7 5 8 0
i n ) T i m e (m i n )
10 ppt Atrazine in ground water
26
Sensitivity Speed amp Robustness for EFS high throughput laboratories
27
TSQ Endura Extreme quantitative value bull Designed for non-stop operation
bull For scientist who need to run routine samples day in and day out
TSQ Quantiva Extreme quantitative performance bull Designed for the most challenging
assays
bull For scientists needing to stay at the forefront of analytical technology
TSQ Quantiva TSQ Endura Mass Range 10-1850 10-3400
Max SRM Number 30000 SRMs 30000 SRMs
SRMSec 500 SRMssec 500 SRMssec
Ion Optics Active Ion Management (AIM)
bull Ion Max NG source bull Electrodynamic ion
funnel bull ion beam guide with
neutral blocker bull 6 mm HyperQuad
quadrupoles with asymmetric RF drive
S- LENS with Beam Blocker Technology
Quadrupole Design 4mm Quadrupoles with Asymetric RF
Reserpine Specification
100000 1 SN for 1 pg Reserpine
10000 1 SN for 1 pg Reserpine
elostrade
From Identification
28
Challenge Orbitrap V MS Confidently identify unknownemerging contaminantshelliphelliphelliphellip
High-Resolution Accurate Mass for identification of unknown emerging contaminants
To Routine Quantitation
Challenge EQuan MAX Plus and TSQ Quantivatrade MS
Followed by routine quantitation Online sample prep LCMS forquantitation of emergingcontaminants identified by the Orbitrap Velos
29
Analysis of Targeted and Non-targeted Contaminants in Storm Water Retention Ponds Emerging Contaminants from ID to Quantitation The Total Thermo Scientific Solution
Gordon Getzinger ndash Duke University Jonathan Beck PhD ndash Thermo Fisher Scientific
UHPLC-HRMS An Emerging Technique for ldquoHelping Contaminants Emergerdquo bull Target screening ― Monitor known contaminants using reference standards
bull Suspect screening ― Screen high-resolution accurate-mass data against
molecular databases of suspected contaminants bull Non-target screening ― Assign molecular and structural formula to
chromatographic features without previous knowledge of contaminant presence or identity
Krauss et al LC-high resolution MS in environmental analysis from target screening to the identification of unknowns (2010) Anal Bioanal Chem 397 [3]
31
Emerging Contaminant ID to Quantitation Workflow
bull Reclaimed waste water used for irrigation on a golf course for emerging contaminants (PPCPs) bull Lee Ferguson and Gordon Getzinger Environmental Chemistry Duke University USA
Acquire Fast Identify Develop Routine HRAM Data Contaminants Quantitative Quantitation
Assay
ExactFinder Software
Etofenprox Benzotriazole
Propanamide Acephate Allethrin
32
Kiawah Island SC USA
WWTPLand application of WW for golf course irrigation
Question Which microcontaminants are entering the aquatic environment as a result of wastewater reuse practices
33
Typical Sampling Site
34
Variety of Sampling Sites
Sample Site Inputs
Pond 5 Golf course runoff
Pond 25 Golf course runoff
Pond 43 Residential stormwater
Wastewater lagoon Treated municpal wastewater
Wastewater Composite 24hr composite effluent
Well 1 Infiltration from pond 25
Well 7 Infiltration from pond 5
35
Quantitation of Samples
bull Use a triple quad for quantitation bull Analyze samples directly no offline SPE to save time and
money bull Remove variables and sources of experimental error by
automated extraction and preconcentration bull An ideal solution for this challenge ishellip
36
What Did We Want to See in the Quantitation Experiment
bull Quantitative results at low concentrationshellip low and sub PPT levels
bull Calibration range bull 006 pgmL ndash 1000 pgmL
RT 400-1357
bull With a 1mL injection thatrsquos 60 fg ndash 1000 pg on column 968 NL 107E6 100
90
80
70
60
TIC of 175 pgmL injected standard 50
175 pg on column 40
30
20
10
0
979
1026 687 1037
1126 946
817 785 663 1151 601 1242 584 434
4 5 6 7 8 9 10 11 12 13
TIC MS 175pgmL
Rel
ativ
e A
bund
uanc
e
Time (min)
37
Calibration range 006-1000 pgmL - Flutolanil
60fg On Column 45 orders of magnitudeIon Ratio overlay
38
Results of Compounds Detected in a WWTP Sample
39
Identification of Emerging Contaminants
Data Analysis Workflow
Target screening
Are compounds x y amp z present in this sample
Non-target screening
Which compounds are present in this sample
Suspect screening
Which compounds of a defined list are present in this sample
40
LCMS Workflows for Environmental and Food Safety
41
Tools to Develop methods for Known and Emerging contaminants
Raw Sample bull Accelerated Solvent Extraction (ASE)
Dionex ASE
Dionex UHPLC 3000
EQuan MAX Plus bull Equan MAX Plus online sample prep LCMS
Customized Reporting
bull Custom software to meet the needs of your workflow
bull TraceFinder SIEVE mzCloud
TSQ Quantiva TSQ Endura
bull TSQ Series Mass Spectrometers triple stage quadrupole LC-MSMS and GC MSMS for high sensitivity quantitation
bull Exactive Plus and Q Exactive Mass Spectrometers High Resolution Accurate Mass to identify quantify and confirm
Orbitrap HRAM
Orbitrap Fusion
42
Transform Your Science
Selectivity increases with higher mass accuracy
Beer extract T-2 toxin 5 microgL R
elat
ive
Rel
ativ
e
RT 845 NL 120E5100
2 ppm
72 74 76 78 80 82 84 86 88 90 92 94 96 98 100 102 104 106 Time (min)
30
40 50 60
Abu
ndan
ce
855799749 791776767 1061741726 105010311016946
mz=48425313-90 48425507 F FTMS 10 + p APCI Full 80 ms [30000-85000]
70 MS pivo_5_UH
20 10 0
RT 845 NL 120E5100
20 ppm 72 74 76 78 80 82 84 86 88 90 92 94 96 98 100 102 104 106
Time (min)
30
40 50 60
Abu
ndan
ce
821762 785759740737 825781 792 799 861730726 10611050888 1031867 911 10161009946
mz=48424441-90 48426379 F FTMS 10 + p APCI Full 80 ms [30000-85000]
70 MS pivo_5_UH
20 10 0
Rel
ativ
e
RT 845 NL 125E5100
30
40 50
Abu
ndan
ce
929872867 899878
911821785
1009 1016 1034100 ppm883813762759 781 810 835738
733 727 946 950 964 10611050
mz=48420567-90 48430253 F FTMS 10 + p APCI Full 80 ms [30000-85000]
70 MS pivo_5_UH
60
20 10 0
72 7 7 78 8 8 8 8 8 9 9 9 9 9 100 102 104 106 4 6 0 2 4 6 8Time (min) 0 2 4 6 8
Zachariasova M et al Anal Chim Acta 12
2880441 C9H21O2P1S3 Terbufos
2880949 C13H21O3P1S1 Iprobenfos
2881142 C15H17N4Cl1 Myclobutanil
2881256 C11H20N4O3S1 Epronaz
2881351 C11H21N4O3P1 Pirimethaphos
2881474 C16H20N2O3 Imazamethabenz
28900 28905 28910 28915 28920mz
0
10
20
30
40
50
60
70
80
90
100
Rel
ativ
e A
bund
ance
2891314
2890513 2891022
2891215
2891329 2891424
28900 28905 28910 28915 28920mz
0
10
20
30
40
50
60
70
80
90
100
Rel
ativ
e A
bund
ance
2891390
28910212890514
2891215
28913292891424
Detection of Isobaric Compounds in mixtures
Element Exact Mass H 1007825 C 12000000 N 14003074 O 15994915
Is a simultaneous measurement possible
01033 amu
28900 28905 28910 28915 28920 mz
0
10
20
30
40
50
60
70
80
90
100
Rel
ativ
e A
bund
ance
2891424 289154728913292891022
2890514
2891215 R = 140000
13
The Exactive Plus Orbitrap LCMS system
14
Q Exactive Orbitrap MSMS system
Higher ion transmission with rugged optics Increased sensitivity selectivity true MSMS Directly interfaced to HCD increases spectrum quality Multiple fills for spectrum multiplexing increases duty cycle Predictive automatic gain control for parallel filling amp detection brings more speed Advanced signal processing brings more resolution at same speed
15
Caffeine
What do we gain by using the quadrupole
1950876 N=24840281 NL 194E8100
[15000-200000]
NL 112E8
Full MS SN = 745
Lowest detected
250330
80
signalscan60
40
20
0 1950877 N=2074158100
Rel
ativ
e A
bund
ance
SN
(spe
ctrum) 4000
3000
2000
1000
0 195082 195084 195086 195088 19509 195092 195094
SN (FMS) SN (SIM10)
Sensitivity gain 5 ndash 10 x with SIM mode
80
60
40
20
0
[19010-20010]
Lowest detectedSIM (10amu) Gain in sensitivity (7x) signalscan SN = 5400 28240 6000
5000
16
Data dependent MSMS confirmation 1589762
Diuron
Azoxystrobin
Fluridone
Benoxacor
Fenamidone
Desmedipham
Imazalil
2 4 6 8 10 12 14 Time (min)
0
50
100 0
50
100 0
50
100 0
50
100
Rel
ativ
e Ab
unda
nce
0
50
100 0
50
100 0
50
100 696
735
735
744
755
758
780
NL 198E7 mz= 2970541-2970571 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 467E6 mz= 3011163-3011193 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 897E7 mz= 2330231-2330255 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 115E7 mz= 2600226-2600252 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 221E7 mz= 3301084-3301118 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 142E7 mz= 4041221-4041261 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 423E7 mz= 3121149-3121181 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
0
50
100 0
50
100 0
50
Rel
ativ
e Ab
unda
nce
100 0
50
100 2970551690455 2009867
25500821090763
3161774 720451
0
2330241 11908561591165
3070625100
50
1399895 2710859343039211203951650904 1490834
50
0 100
26002361200445 1880704
590500
2817393 3441026
37209743290791
316107821606551720391 4052731810705 920500
2361180
10305461650481 26709513121149
100 200 300 400 mz
17
Q Exactive ndash ldquoQuanfirmationrdquo what is it
bull High performance HRAM Quantitation and Confirmation bench top LCMS system capable of
bull Multi-residue quan performance similar to mid-high end Triples bull Ideal for targeted and general unknown screening bull Highest confidence confirmation with R = 140K and MSMS bull UHPLC compatible bull Letlsquos use the QExactive to combine these 2 experiments into one
18
Outline
bull What is EQuan MAX Plus bull EQuan MAX Plus
bull How can EQuan MAX Plus help your workflow
bull Customer testimonials bull Who uses EQuan MAX Plus
19
Low Sample Concentration
Challenge TSQ Quantiva
Demanding assays which require the absolute lowest limit of detection
Powered by AIM technology the TSQ Quantiva MS is the worldrsquos most sensitive triple quadrupoleMS detecting compounds at the ppt level
20
Environmental Analysis (Water)
EQuan MAX Plus
For targeted quantitation (TSQ) or
Targetednon-targeted screening and quantitation using High Resolution Accurate Mass (Orbitrap platform)
21
EQuan MAX Plus What is it
bull Turnkey method for assaying environmental water samples (pesticides antibiotics etc) at low ppt levels bull On-line sample clean-up and
preconcentration bull 2 Columns Loading and
Analytical bull 2 pumps
bull High injection volumes bull 1mL-20mL
bull Standard injection volumes bull 1-100 uL
22
EQuan MAX Plus Targeted Quantitation
bull Couple EQuan MAX Plus with any TSQ Quantum from Thermo Scientific for the most sensitive and selective experiments
bull Fast Positive Negative Switching
bull TraceFinder Software bull Built in SRM parameters bull Built in EQuan Methods
bull Quantum Access MAX bull Quantum Endura bull Quantum Quantiva
23
EQuan MAX Plus Non-targeted screening and Quantitation
bull Couple EQuan MAX Plus with the Exactive Orbitrap instruments (Exactive Plus or Q-Exactive)
bull High Resolution Accurate Mass (HRAM)
bull All ions are collected in every experiment bull Re-interrogate your data at a
later time bull Quantitation and screening
methods are easy to set up since there are no compound dependant parameters to optimize
24
SPE - standard enrichment procedure
7 Detection
LC-M
S
LC-MSMS
1 Sample preparation 1L samplefiltration
internal StdFiltr
atio
n
6 Elution
5 Drying
4 Washing
3 Extraction
2 Conditioning
Enr
ichm
ent
MeOH H2O
60mg Oasis
H2OMeOH (955)
air
MeOH
40 samples ~ 5h
~ 2d
~ 2d
25 Slide Courtsey Heinz Singer ndasheawag Zurich Switzerland
EQuan MAX Plus Solution ndash Gain Vs Conventional Injections
T r ia z in e P e s t M ix _ 1 0 p p t _ 1 0 0 0 u l_ 0 4 3 2 4 2 0 0 5 1 1 0 0 1 A M
R T 5 9 8 - 8 0 0 N L 8 1 0 E 4
1 0 0
10 ul injection
T I C F + c E S I si d = -1 0 0 0 S R M m s2 2 1 6 1 3 -1 8 0 0 [ 9 5 1 7 4 0 0 ] M S t r i a z i n e p e st m i x _ 1 0 p p t _
9 0 1 0 u l _ 0 5
8 5
8 0
7 5
7 0
6 5
6 0
Rel
ativ
e A
bund
ance
5 5
5 0
R T 5 9 8 - 8 0 2 R T 6 9 1 N L 8 1 0 E 4 A A 3 1 9 9 9 9 T I C F + c E S I si d = -1 0 0 0 S N 1 1 6 R M S S R M m s2 2 1 6 1 3 -1 8 0 0
1 0 0 [ 1 7 4 0 0 ] M S I C I S T r i a z i n e P e st M i x _ 1 0 p p t _ 1
9 5 0 0 0 u l _ 0 4
9 0
8 5
8 0
7 5
7 0
1000 ul injection6 5
6 0
Rel
ativ
e A
bund
ance
5 5
5 0
4 5 4 5
4 0
3 5
3 0
2 5
2 0
1 5
1 0
5
0 6 0 6 5 7 0
T i m e (m
4 0
3 5
3 0
2 5
2 0
1 5
1 0
5
0 7 5 8 0 6 0 6 5 7 0 7 5 8 0
i n ) T i m e (m i n )
10 ppt Atrazine in ground water
26
Sensitivity Speed amp Robustness for EFS high throughput laboratories
27
TSQ Endura Extreme quantitative value bull Designed for non-stop operation
bull For scientist who need to run routine samples day in and day out
TSQ Quantiva Extreme quantitative performance bull Designed for the most challenging
assays
bull For scientists needing to stay at the forefront of analytical technology
TSQ Quantiva TSQ Endura Mass Range 10-1850 10-3400
Max SRM Number 30000 SRMs 30000 SRMs
SRMSec 500 SRMssec 500 SRMssec
Ion Optics Active Ion Management (AIM)
bull Ion Max NG source bull Electrodynamic ion
funnel bull ion beam guide with
neutral blocker bull 6 mm HyperQuad
quadrupoles with asymmetric RF drive
S- LENS with Beam Blocker Technology
Quadrupole Design 4mm Quadrupoles with Asymetric RF
Reserpine Specification
100000 1 SN for 1 pg Reserpine
10000 1 SN for 1 pg Reserpine
elostrade
From Identification
28
Challenge Orbitrap V MS Confidently identify unknownemerging contaminantshelliphelliphelliphellip
High-Resolution Accurate Mass for identification of unknown emerging contaminants
To Routine Quantitation
Challenge EQuan MAX Plus and TSQ Quantivatrade MS
Followed by routine quantitation Online sample prep LCMS forquantitation of emergingcontaminants identified by the Orbitrap Velos
29
Analysis of Targeted and Non-targeted Contaminants in Storm Water Retention Ponds Emerging Contaminants from ID to Quantitation The Total Thermo Scientific Solution
Gordon Getzinger ndash Duke University Jonathan Beck PhD ndash Thermo Fisher Scientific
UHPLC-HRMS An Emerging Technique for ldquoHelping Contaminants Emergerdquo bull Target screening ― Monitor known contaminants using reference standards
bull Suspect screening ― Screen high-resolution accurate-mass data against
molecular databases of suspected contaminants bull Non-target screening ― Assign molecular and structural formula to
chromatographic features without previous knowledge of contaminant presence or identity
Krauss et al LC-high resolution MS in environmental analysis from target screening to the identification of unknowns (2010) Anal Bioanal Chem 397 [3]
31
Emerging Contaminant ID to Quantitation Workflow
bull Reclaimed waste water used for irrigation on a golf course for emerging contaminants (PPCPs) bull Lee Ferguson and Gordon Getzinger Environmental Chemistry Duke University USA
Acquire Fast Identify Develop Routine HRAM Data Contaminants Quantitative Quantitation
Assay
ExactFinder Software
Etofenprox Benzotriazole
Propanamide Acephate Allethrin
32
Kiawah Island SC USA
WWTPLand application of WW for golf course irrigation
Question Which microcontaminants are entering the aquatic environment as a result of wastewater reuse practices
33
Typical Sampling Site
34
Variety of Sampling Sites
Sample Site Inputs
Pond 5 Golf course runoff
Pond 25 Golf course runoff
Pond 43 Residential stormwater
Wastewater lagoon Treated municpal wastewater
Wastewater Composite 24hr composite effluent
Well 1 Infiltration from pond 25
Well 7 Infiltration from pond 5
35
Quantitation of Samples
bull Use a triple quad for quantitation bull Analyze samples directly no offline SPE to save time and
money bull Remove variables and sources of experimental error by
automated extraction and preconcentration bull An ideal solution for this challenge ishellip
36
What Did We Want to See in the Quantitation Experiment
bull Quantitative results at low concentrationshellip low and sub PPT levels
bull Calibration range bull 006 pgmL ndash 1000 pgmL
RT 400-1357
bull With a 1mL injection thatrsquos 60 fg ndash 1000 pg on column 968 NL 107E6 100
90
80
70
60
TIC of 175 pgmL injected standard 50
175 pg on column 40
30
20
10
0
979
1026 687 1037
1126 946
817 785 663 1151 601 1242 584 434
4 5 6 7 8 9 10 11 12 13
TIC MS 175pgmL
Rel
ativ
e A
bund
uanc
e
Time (min)
37
Calibration range 006-1000 pgmL - Flutolanil
60fg On Column 45 orders of magnitudeIon Ratio overlay
38
Results of Compounds Detected in a WWTP Sample
39
Identification of Emerging Contaminants
Data Analysis Workflow
Target screening
Are compounds x y amp z present in this sample
Non-target screening
Which compounds are present in this sample
Suspect screening
Which compounds of a defined list are present in this sample
40
LCMS Workflows for Environmental and Food Safety
41
Tools to Develop methods for Known and Emerging contaminants
Raw Sample bull Accelerated Solvent Extraction (ASE)
Dionex ASE
Dionex UHPLC 3000
EQuan MAX Plus bull Equan MAX Plus online sample prep LCMS
Customized Reporting
bull Custom software to meet the needs of your workflow
bull TraceFinder SIEVE mzCloud
TSQ Quantiva TSQ Endura
bull TSQ Series Mass Spectrometers triple stage quadrupole LC-MSMS and GC MSMS for high sensitivity quantitation
bull Exactive Plus and Q Exactive Mass Spectrometers High Resolution Accurate Mass to identify quantify and confirm
Orbitrap HRAM
Orbitrap Fusion
42
Transform Your Science
2880441 C9H21O2P1S3 Terbufos
2880949 C13H21O3P1S1 Iprobenfos
2881142 C15H17N4Cl1 Myclobutanil
2881256 C11H20N4O3S1 Epronaz
2881351 C11H21N4O3P1 Pirimethaphos
2881474 C16H20N2O3 Imazamethabenz
28900 28905 28910 28915 28920mz
0
10
20
30
40
50
60
70
80
90
100
Rel
ativ
e A
bund
ance
2891314
2890513 2891022
2891215
2891329 2891424
28900 28905 28910 28915 28920mz
0
10
20
30
40
50
60
70
80
90
100
Rel
ativ
e A
bund
ance
2891390
28910212890514
2891215
28913292891424
Detection of Isobaric Compounds in mixtures
Element Exact Mass H 1007825 C 12000000 N 14003074 O 15994915
Is a simultaneous measurement possible
01033 amu
28900 28905 28910 28915 28920 mz
0
10
20
30
40
50
60
70
80
90
100
Rel
ativ
e A
bund
ance
2891424 289154728913292891022
2890514
2891215 R = 140000
13
The Exactive Plus Orbitrap LCMS system
14
Q Exactive Orbitrap MSMS system
Higher ion transmission with rugged optics Increased sensitivity selectivity true MSMS Directly interfaced to HCD increases spectrum quality Multiple fills for spectrum multiplexing increases duty cycle Predictive automatic gain control for parallel filling amp detection brings more speed Advanced signal processing brings more resolution at same speed
15
Caffeine
What do we gain by using the quadrupole
1950876 N=24840281 NL 194E8100
[15000-200000]
NL 112E8
Full MS SN = 745
Lowest detected
250330
80
signalscan60
40
20
0 1950877 N=2074158100
Rel
ativ
e A
bund
ance
SN
(spe
ctrum) 4000
3000
2000
1000
0 195082 195084 195086 195088 19509 195092 195094
SN (FMS) SN (SIM10)
Sensitivity gain 5 ndash 10 x with SIM mode
80
60
40
20
0
[19010-20010]
Lowest detectedSIM (10amu) Gain in sensitivity (7x) signalscan SN = 5400 28240 6000
5000
16
Data dependent MSMS confirmation 1589762
Diuron
Azoxystrobin
Fluridone
Benoxacor
Fenamidone
Desmedipham
Imazalil
2 4 6 8 10 12 14 Time (min)
0
50
100 0
50
100 0
50
100 0
50
100
Rel
ativ
e Ab
unda
nce
0
50
100 0
50
100 0
50
100 696
735
735
744
755
758
780
NL 198E7 mz= 2970541-2970571 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 467E6 mz= 3011163-3011193 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 897E7 mz= 2330231-2330255 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 115E7 mz= 2600226-2600252 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 221E7 mz= 3301084-3301118 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 142E7 mz= 4041221-4041261 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 423E7 mz= 3121149-3121181 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
0
50
100 0
50
100 0
50
Rel
ativ
e Ab
unda
nce
100 0
50
100 2970551690455 2009867
25500821090763
3161774 720451
0
2330241 11908561591165
3070625100
50
1399895 2710859343039211203951650904 1490834
50
0 100
26002361200445 1880704
590500
2817393 3441026
37209743290791
316107821606551720391 4052731810705 920500
2361180
10305461650481 26709513121149
100 200 300 400 mz
17
Q Exactive ndash ldquoQuanfirmationrdquo what is it
bull High performance HRAM Quantitation and Confirmation bench top LCMS system capable of
bull Multi-residue quan performance similar to mid-high end Triples bull Ideal for targeted and general unknown screening bull Highest confidence confirmation with R = 140K and MSMS bull UHPLC compatible bull Letlsquos use the QExactive to combine these 2 experiments into one
18
Outline
bull What is EQuan MAX Plus bull EQuan MAX Plus
bull How can EQuan MAX Plus help your workflow
bull Customer testimonials bull Who uses EQuan MAX Plus
19
Low Sample Concentration
Challenge TSQ Quantiva
Demanding assays which require the absolute lowest limit of detection
Powered by AIM technology the TSQ Quantiva MS is the worldrsquos most sensitive triple quadrupoleMS detecting compounds at the ppt level
20
Environmental Analysis (Water)
EQuan MAX Plus
For targeted quantitation (TSQ) or
Targetednon-targeted screening and quantitation using High Resolution Accurate Mass (Orbitrap platform)
21
EQuan MAX Plus What is it
bull Turnkey method for assaying environmental water samples (pesticides antibiotics etc) at low ppt levels bull On-line sample clean-up and
preconcentration bull 2 Columns Loading and
Analytical bull 2 pumps
bull High injection volumes bull 1mL-20mL
bull Standard injection volumes bull 1-100 uL
22
EQuan MAX Plus Targeted Quantitation
bull Couple EQuan MAX Plus with any TSQ Quantum from Thermo Scientific for the most sensitive and selective experiments
bull Fast Positive Negative Switching
bull TraceFinder Software bull Built in SRM parameters bull Built in EQuan Methods
bull Quantum Access MAX bull Quantum Endura bull Quantum Quantiva
23
EQuan MAX Plus Non-targeted screening and Quantitation
bull Couple EQuan MAX Plus with the Exactive Orbitrap instruments (Exactive Plus or Q-Exactive)
bull High Resolution Accurate Mass (HRAM)
bull All ions are collected in every experiment bull Re-interrogate your data at a
later time bull Quantitation and screening
methods are easy to set up since there are no compound dependant parameters to optimize
24
SPE - standard enrichment procedure
7 Detection
LC-M
S
LC-MSMS
1 Sample preparation 1L samplefiltration
internal StdFiltr
atio
n
6 Elution
5 Drying
4 Washing
3 Extraction
2 Conditioning
Enr
ichm
ent
MeOH H2O
60mg Oasis
H2OMeOH (955)
air
MeOH
40 samples ~ 5h
~ 2d
~ 2d
25 Slide Courtsey Heinz Singer ndasheawag Zurich Switzerland
EQuan MAX Plus Solution ndash Gain Vs Conventional Injections
T r ia z in e P e s t M ix _ 1 0 p p t _ 1 0 0 0 u l_ 0 4 3 2 4 2 0 0 5 1 1 0 0 1 A M
R T 5 9 8 - 8 0 0 N L 8 1 0 E 4
1 0 0
10 ul injection
T I C F + c E S I si d = -1 0 0 0 S R M m s2 2 1 6 1 3 -1 8 0 0 [ 9 5 1 7 4 0 0 ] M S t r i a z i n e p e st m i x _ 1 0 p p t _
9 0 1 0 u l _ 0 5
8 5
8 0
7 5
7 0
6 5
6 0
Rel
ativ
e A
bund
ance
5 5
5 0
R T 5 9 8 - 8 0 2 R T 6 9 1 N L 8 1 0 E 4 A A 3 1 9 9 9 9 T I C F + c E S I si d = -1 0 0 0 S N 1 1 6 R M S S R M m s2 2 1 6 1 3 -1 8 0 0
1 0 0 [ 1 7 4 0 0 ] M S I C I S T r i a z i n e P e st M i x _ 1 0 p p t _ 1
9 5 0 0 0 u l _ 0 4
9 0
8 5
8 0
7 5
7 0
1000 ul injection6 5
6 0
Rel
ativ
e A
bund
ance
5 5
5 0
4 5 4 5
4 0
3 5
3 0
2 5
2 0
1 5
1 0
5
0 6 0 6 5 7 0
T i m e (m
4 0
3 5
3 0
2 5
2 0
1 5
1 0
5
0 7 5 8 0 6 0 6 5 7 0 7 5 8 0
i n ) T i m e (m i n )
10 ppt Atrazine in ground water
26
Sensitivity Speed amp Robustness for EFS high throughput laboratories
27
TSQ Endura Extreme quantitative value bull Designed for non-stop operation
bull For scientist who need to run routine samples day in and day out
TSQ Quantiva Extreme quantitative performance bull Designed for the most challenging
assays
bull For scientists needing to stay at the forefront of analytical technology
TSQ Quantiva TSQ Endura Mass Range 10-1850 10-3400
Max SRM Number 30000 SRMs 30000 SRMs
SRMSec 500 SRMssec 500 SRMssec
Ion Optics Active Ion Management (AIM)
bull Ion Max NG source bull Electrodynamic ion
funnel bull ion beam guide with
neutral blocker bull 6 mm HyperQuad
quadrupoles with asymmetric RF drive
S- LENS with Beam Blocker Technology
Quadrupole Design 4mm Quadrupoles with Asymetric RF
Reserpine Specification
100000 1 SN for 1 pg Reserpine
10000 1 SN for 1 pg Reserpine
elostrade
From Identification
28
Challenge Orbitrap V MS Confidently identify unknownemerging contaminantshelliphelliphelliphellip
High-Resolution Accurate Mass for identification of unknown emerging contaminants
To Routine Quantitation
Challenge EQuan MAX Plus and TSQ Quantivatrade MS
Followed by routine quantitation Online sample prep LCMS forquantitation of emergingcontaminants identified by the Orbitrap Velos
29
Analysis of Targeted and Non-targeted Contaminants in Storm Water Retention Ponds Emerging Contaminants from ID to Quantitation The Total Thermo Scientific Solution
Gordon Getzinger ndash Duke University Jonathan Beck PhD ndash Thermo Fisher Scientific
UHPLC-HRMS An Emerging Technique for ldquoHelping Contaminants Emergerdquo bull Target screening ― Monitor known contaminants using reference standards
bull Suspect screening ― Screen high-resolution accurate-mass data against
molecular databases of suspected contaminants bull Non-target screening ― Assign molecular and structural formula to
chromatographic features without previous knowledge of contaminant presence or identity
Krauss et al LC-high resolution MS in environmental analysis from target screening to the identification of unknowns (2010) Anal Bioanal Chem 397 [3]
31
Emerging Contaminant ID to Quantitation Workflow
bull Reclaimed waste water used for irrigation on a golf course for emerging contaminants (PPCPs) bull Lee Ferguson and Gordon Getzinger Environmental Chemistry Duke University USA
Acquire Fast Identify Develop Routine HRAM Data Contaminants Quantitative Quantitation
Assay
ExactFinder Software
Etofenprox Benzotriazole
Propanamide Acephate Allethrin
32
Kiawah Island SC USA
WWTPLand application of WW for golf course irrigation
Question Which microcontaminants are entering the aquatic environment as a result of wastewater reuse practices
33
Typical Sampling Site
34
Variety of Sampling Sites
Sample Site Inputs
Pond 5 Golf course runoff
Pond 25 Golf course runoff
Pond 43 Residential stormwater
Wastewater lagoon Treated municpal wastewater
Wastewater Composite 24hr composite effluent
Well 1 Infiltration from pond 25
Well 7 Infiltration from pond 5
35
Quantitation of Samples
bull Use a triple quad for quantitation bull Analyze samples directly no offline SPE to save time and
money bull Remove variables and sources of experimental error by
automated extraction and preconcentration bull An ideal solution for this challenge ishellip
36
What Did We Want to See in the Quantitation Experiment
bull Quantitative results at low concentrationshellip low and sub PPT levels
bull Calibration range bull 006 pgmL ndash 1000 pgmL
RT 400-1357
bull With a 1mL injection thatrsquos 60 fg ndash 1000 pg on column 968 NL 107E6 100
90
80
70
60
TIC of 175 pgmL injected standard 50
175 pg on column 40
30
20
10
0
979
1026 687 1037
1126 946
817 785 663 1151 601 1242 584 434
4 5 6 7 8 9 10 11 12 13
TIC MS 175pgmL
Rel
ativ
e A
bund
uanc
e
Time (min)
37
Calibration range 006-1000 pgmL - Flutolanil
60fg On Column 45 orders of magnitudeIon Ratio overlay
38
Results of Compounds Detected in a WWTP Sample
39
Identification of Emerging Contaminants
Data Analysis Workflow
Target screening
Are compounds x y amp z present in this sample
Non-target screening
Which compounds are present in this sample
Suspect screening
Which compounds of a defined list are present in this sample
40
LCMS Workflows for Environmental and Food Safety
41
Tools to Develop methods for Known and Emerging contaminants
Raw Sample bull Accelerated Solvent Extraction (ASE)
Dionex ASE
Dionex UHPLC 3000
EQuan MAX Plus bull Equan MAX Plus online sample prep LCMS
Customized Reporting
bull Custom software to meet the needs of your workflow
bull TraceFinder SIEVE mzCloud
TSQ Quantiva TSQ Endura
bull TSQ Series Mass Spectrometers triple stage quadrupole LC-MSMS and GC MSMS for high sensitivity quantitation
bull Exactive Plus and Q Exactive Mass Spectrometers High Resolution Accurate Mass to identify quantify and confirm
Orbitrap HRAM
Orbitrap Fusion
42
Transform Your Science
The Exactive Plus Orbitrap LCMS system
14
Q Exactive Orbitrap MSMS system
Higher ion transmission with rugged optics Increased sensitivity selectivity true MSMS Directly interfaced to HCD increases spectrum quality Multiple fills for spectrum multiplexing increases duty cycle Predictive automatic gain control for parallel filling amp detection brings more speed Advanced signal processing brings more resolution at same speed
15
Caffeine
What do we gain by using the quadrupole
1950876 N=24840281 NL 194E8100
[15000-200000]
NL 112E8
Full MS SN = 745
Lowest detected
250330
80
signalscan60
40
20
0 1950877 N=2074158100
Rel
ativ
e A
bund
ance
SN
(spe
ctrum) 4000
3000
2000
1000
0 195082 195084 195086 195088 19509 195092 195094
SN (FMS) SN (SIM10)
Sensitivity gain 5 ndash 10 x with SIM mode
80
60
40
20
0
[19010-20010]
Lowest detectedSIM (10amu) Gain in sensitivity (7x) signalscan SN = 5400 28240 6000
5000
16
Data dependent MSMS confirmation 1589762
Diuron
Azoxystrobin
Fluridone
Benoxacor
Fenamidone
Desmedipham
Imazalil
2 4 6 8 10 12 14 Time (min)
0
50
100 0
50
100 0
50
100 0
50
100
Rel
ativ
e Ab
unda
nce
0
50
100 0
50
100 0
50
100 696
735
735
744
755
758
780
NL 198E7 mz= 2970541-2970571 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 467E6 mz= 3011163-3011193 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 897E7 mz= 2330231-2330255 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 115E7 mz= 2600226-2600252 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 221E7 mz= 3301084-3301118 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 142E7 mz= 4041221-4041261 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 423E7 mz= 3121149-3121181 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
0
50
100 0
50
100 0
50
Rel
ativ
e Ab
unda
nce
100 0
50
100 2970551690455 2009867
25500821090763
3161774 720451
0
2330241 11908561591165
3070625100
50
1399895 2710859343039211203951650904 1490834
50
0 100
26002361200445 1880704
590500
2817393 3441026
37209743290791
316107821606551720391 4052731810705 920500
2361180
10305461650481 26709513121149
100 200 300 400 mz
17
Q Exactive ndash ldquoQuanfirmationrdquo what is it
bull High performance HRAM Quantitation and Confirmation bench top LCMS system capable of
bull Multi-residue quan performance similar to mid-high end Triples bull Ideal for targeted and general unknown screening bull Highest confidence confirmation with R = 140K and MSMS bull UHPLC compatible bull Letlsquos use the QExactive to combine these 2 experiments into one
18
Outline
bull What is EQuan MAX Plus bull EQuan MAX Plus
bull How can EQuan MAX Plus help your workflow
bull Customer testimonials bull Who uses EQuan MAX Plus
19
Low Sample Concentration
Challenge TSQ Quantiva
Demanding assays which require the absolute lowest limit of detection
Powered by AIM technology the TSQ Quantiva MS is the worldrsquos most sensitive triple quadrupoleMS detecting compounds at the ppt level
20
Environmental Analysis (Water)
EQuan MAX Plus
For targeted quantitation (TSQ) or
Targetednon-targeted screening and quantitation using High Resolution Accurate Mass (Orbitrap platform)
21
EQuan MAX Plus What is it
bull Turnkey method for assaying environmental water samples (pesticides antibiotics etc) at low ppt levels bull On-line sample clean-up and
preconcentration bull 2 Columns Loading and
Analytical bull 2 pumps
bull High injection volumes bull 1mL-20mL
bull Standard injection volumes bull 1-100 uL
22
EQuan MAX Plus Targeted Quantitation
bull Couple EQuan MAX Plus with any TSQ Quantum from Thermo Scientific for the most sensitive and selective experiments
bull Fast Positive Negative Switching
bull TraceFinder Software bull Built in SRM parameters bull Built in EQuan Methods
bull Quantum Access MAX bull Quantum Endura bull Quantum Quantiva
23
EQuan MAX Plus Non-targeted screening and Quantitation
bull Couple EQuan MAX Plus with the Exactive Orbitrap instruments (Exactive Plus or Q-Exactive)
bull High Resolution Accurate Mass (HRAM)
bull All ions are collected in every experiment bull Re-interrogate your data at a
later time bull Quantitation and screening
methods are easy to set up since there are no compound dependant parameters to optimize
24
SPE - standard enrichment procedure
7 Detection
LC-M
S
LC-MSMS
1 Sample preparation 1L samplefiltration
internal StdFiltr
atio
n
6 Elution
5 Drying
4 Washing
3 Extraction
2 Conditioning
Enr
ichm
ent
MeOH H2O
60mg Oasis
H2OMeOH (955)
air
MeOH
40 samples ~ 5h
~ 2d
~ 2d
25 Slide Courtsey Heinz Singer ndasheawag Zurich Switzerland
EQuan MAX Plus Solution ndash Gain Vs Conventional Injections
T r ia z in e P e s t M ix _ 1 0 p p t _ 1 0 0 0 u l_ 0 4 3 2 4 2 0 0 5 1 1 0 0 1 A M
R T 5 9 8 - 8 0 0 N L 8 1 0 E 4
1 0 0
10 ul injection
T I C F + c E S I si d = -1 0 0 0 S R M m s2 2 1 6 1 3 -1 8 0 0 [ 9 5 1 7 4 0 0 ] M S t r i a z i n e p e st m i x _ 1 0 p p t _
9 0 1 0 u l _ 0 5
8 5
8 0
7 5
7 0
6 5
6 0
Rel
ativ
e A
bund
ance
5 5
5 0
R T 5 9 8 - 8 0 2 R T 6 9 1 N L 8 1 0 E 4 A A 3 1 9 9 9 9 T I C F + c E S I si d = -1 0 0 0 S N 1 1 6 R M S S R M m s2 2 1 6 1 3 -1 8 0 0
1 0 0 [ 1 7 4 0 0 ] M S I C I S T r i a z i n e P e st M i x _ 1 0 p p t _ 1
9 5 0 0 0 u l _ 0 4
9 0
8 5
8 0
7 5
7 0
1000 ul injection6 5
6 0
Rel
ativ
e A
bund
ance
5 5
5 0
4 5 4 5
4 0
3 5
3 0
2 5
2 0
1 5
1 0
5
0 6 0 6 5 7 0
T i m e (m
4 0
3 5
3 0
2 5
2 0
1 5
1 0
5
0 7 5 8 0 6 0 6 5 7 0 7 5 8 0
i n ) T i m e (m i n )
10 ppt Atrazine in ground water
26
Sensitivity Speed amp Robustness for EFS high throughput laboratories
27
TSQ Endura Extreme quantitative value bull Designed for non-stop operation
bull For scientist who need to run routine samples day in and day out
TSQ Quantiva Extreme quantitative performance bull Designed for the most challenging
assays
bull For scientists needing to stay at the forefront of analytical technology
TSQ Quantiva TSQ Endura Mass Range 10-1850 10-3400
Max SRM Number 30000 SRMs 30000 SRMs
SRMSec 500 SRMssec 500 SRMssec
Ion Optics Active Ion Management (AIM)
bull Ion Max NG source bull Electrodynamic ion
funnel bull ion beam guide with
neutral blocker bull 6 mm HyperQuad
quadrupoles with asymmetric RF drive
S- LENS with Beam Blocker Technology
Quadrupole Design 4mm Quadrupoles with Asymetric RF
Reserpine Specification
100000 1 SN for 1 pg Reserpine
10000 1 SN for 1 pg Reserpine
elostrade
From Identification
28
Challenge Orbitrap V MS Confidently identify unknownemerging contaminantshelliphelliphelliphellip
High-Resolution Accurate Mass for identification of unknown emerging contaminants
To Routine Quantitation
Challenge EQuan MAX Plus and TSQ Quantivatrade MS
Followed by routine quantitation Online sample prep LCMS forquantitation of emergingcontaminants identified by the Orbitrap Velos
29
Analysis of Targeted and Non-targeted Contaminants in Storm Water Retention Ponds Emerging Contaminants from ID to Quantitation The Total Thermo Scientific Solution
Gordon Getzinger ndash Duke University Jonathan Beck PhD ndash Thermo Fisher Scientific
UHPLC-HRMS An Emerging Technique for ldquoHelping Contaminants Emergerdquo bull Target screening ― Monitor known contaminants using reference standards
bull Suspect screening ― Screen high-resolution accurate-mass data against
molecular databases of suspected contaminants bull Non-target screening ― Assign molecular and structural formula to
chromatographic features without previous knowledge of contaminant presence or identity
Krauss et al LC-high resolution MS in environmental analysis from target screening to the identification of unknowns (2010) Anal Bioanal Chem 397 [3]
31
Emerging Contaminant ID to Quantitation Workflow
bull Reclaimed waste water used for irrigation on a golf course for emerging contaminants (PPCPs) bull Lee Ferguson and Gordon Getzinger Environmental Chemistry Duke University USA
Acquire Fast Identify Develop Routine HRAM Data Contaminants Quantitative Quantitation
Assay
ExactFinder Software
Etofenprox Benzotriazole
Propanamide Acephate Allethrin
32
Kiawah Island SC USA
WWTPLand application of WW for golf course irrigation
Question Which microcontaminants are entering the aquatic environment as a result of wastewater reuse practices
33
Typical Sampling Site
34
Variety of Sampling Sites
Sample Site Inputs
Pond 5 Golf course runoff
Pond 25 Golf course runoff
Pond 43 Residential stormwater
Wastewater lagoon Treated municpal wastewater
Wastewater Composite 24hr composite effluent
Well 1 Infiltration from pond 25
Well 7 Infiltration from pond 5
35
Quantitation of Samples
bull Use a triple quad for quantitation bull Analyze samples directly no offline SPE to save time and
money bull Remove variables and sources of experimental error by
automated extraction and preconcentration bull An ideal solution for this challenge ishellip
36
What Did We Want to See in the Quantitation Experiment
bull Quantitative results at low concentrationshellip low and sub PPT levels
bull Calibration range bull 006 pgmL ndash 1000 pgmL
RT 400-1357
bull With a 1mL injection thatrsquos 60 fg ndash 1000 pg on column 968 NL 107E6 100
90
80
70
60
TIC of 175 pgmL injected standard 50
175 pg on column 40
30
20
10
0
979
1026 687 1037
1126 946
817 785 663 1151 601 1242 584 434
4 5 6 7 8 9 10 11 12 13
TIC MS 175pgmL
Rel
ativ
e A
bund
uanc
e
Time (min)
37
Calibration range 006-1000 pgmL - Flutolanil
60fg On Column 45 orders of magnitudeIon Ratio overlay
38
Results of Compounds Detected in a WWTP Sample
39
Identification of Emerging Contaminants
Data Analysis Workflow
Target screening
Are compounds x y amp z present in this sample
Non-target screening
Which compounds are present in this sample
Suspect screening
Which compounds of a defined list are present in this sample
40
LCMS Workflows for Environmental and Food Safety
41
Tools to Develop methods for Known and Emerging contaminants
Raw Sample bull Accelerated Solvent Extraction (ASE)
Dionex ASE
Dionex UHPLC 3000
EQuan MAX Plus bull Equan MAX Plus online sample prep LCMS
Customized Reporting
bull Custom software to meet the needs of your workflow
bull TraceFinder SIEVE mzCloud
TSQ Quantiva TSQ Endura
bull TSQ Series Mass Spectrometers triple stage quadrupole LC-MSMS and GC MSMS for high sensitivity quantitation
bull Exactive Plus and Q Exactive Mass Spectrometers High Resolution Accurate Mass to identify quantify and confirm
Orbitrap HRAM
Orbitrap Fusion
42
Transform Your Science
Q Exactive Orbitrap MSMS system
Higher ion transmission with rugged optics Increased sensitivity selectivity true MSMS Directly interfaced to HCD increases spectrum quality Multiple fills for spectrum multiplexing increases duty cycle Predictive automatic gain control for parallel filling amp detection brings more speed Advanced signal processing brings more resolution at same speed
15
Caffeine
What do we gain by using the quadrupole
1950876 N=24840281 NL 194E8100
[15000-200000]
NL 112E8
Full MS SN = 745
Lowest detected
250330
80
signalscan60
40
20
0 1950877 N=2074158100
Rel
ativ
e A
bund
ance
SN
(spe
ctrum) 4000
3000
2000
1000
0 195082 195084 195086 195088 19509 195092 195094
SN (FMS) SN (SIM10)
Sensitivity gain 5 ndash 10 x with SIM mode
80
60
40
20
0
[19010-20010]
Lowest detectedSIM (10amu) Gain in sensitivity (7x) signalscan SN = 5400 28240 6000
5000
16
Data dependent MSMS confirmation 1589762
Diuron
Azoxystrobin
Fluridone
Benoxacor
Fenamidone
Desmedipham
Imazalil
2 4 6 8 10 12 14 Time (min)
0
50
100 0
50
100 0
50
100 0
50
100
Rel
ativ
e Ab
unda
nce
0
50
100 0
50
100 0
50
100 696
735
735
744
755
758
780
NL 198E7 mz= 2970541-2970571 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 467E6 mz= 3011163-3011193 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 897E7 mz= 2330231-2330255 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 115E7 mz= 2600226-2600252 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 221E7 mz= 3301084-3301118 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 142E7 mz= 4041221-4041261 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 423E7 mz= 3121149-3121181 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
0
50
100 0
50
100 0
50
Rel
ativ
e Ab
unda
nce
100 0
50
100 2970551690455 2009867
25500821090763
3161774 720451
0
2330241 11908561591165
3070625100
50
1399895 2710859343039211203951650904 1490834
50
0 100
26002361200445 1880704
590500
2817393 3441026
37209743290791
316107821606551720391 4052731810705 920500
2361180
10305461650481 26709513121149
100 200 300 400 mz
17
Q Exactive ndash ldquoQuanfirmationrdquo what is it
bull High performance HRAM Quantitation and Confirmation bench top LCMS system capable of
bull Multi-residue quan performance similar to mid-high end Triples bull Ideal for targeted and general unknown screening bull Highest confidence confirmation with R = 140K and MSMS bull UHPLC compatible bull Letlsquos use the QExactive to combine these 2 experiments into one
18
Outline
bull What is EQuan MAX Plus bull EQuan MAX Plus
bull How can EQuan MAX Plus help your workflow
bull Customer testimonials bull Who uses EQuan MAX Plus
19
Low Sample Concentration
Challenge TSQ Quantiva
Demanding assays which require the absolute lowest limit of detection
Powered by AIM technology the TSQ Quantiva MS is the worldrsquos most sensitive triple quadrupoleMS detecting compounds at the ppt level
20
Environmental Analysis (Water)
EQuan MAX Plus
For targeted quantitation (TSQ) or
Targetednon-targeted screening and quantitation using High Resolution Accurate Mass (Orbitrap platform)
21
EQuan MAX Plus What is it
bull Turnkey method for assaying environmental water samples (pesticides antibiotics etc) at low ppt levels bull On-line sample clean-up and
preconcentration bull 2 Columns Loading and
Analytical bull 2 pumps
bull High injection volumes bull 1mL-20mL
bull Standard injection volumes bull 1-100 uL
22
EQuan MAX Plus Targeted Quantitation
bull Couple EQuan MAX Plus with any TSQ Quantum from Thermo Scientific for the most sensitive and selective experiments
bull Fast Positive Negative Switching
bull TraceFinder Software bull Built in SRM parameters bull Built in EQuan Methods
bull Quantum Access MAX bull Quantum Endura bull Quantum Quantiva
23
EQuan MAX Plus Non-targeted screening and Quantitation
bull Couple EQuan MAX Plus with the Exactive Orbitrap instruments (Exactive Plus or Q-Exactive)
bull High Resolution Accurate Mass (HRAM)
bull All ions are collected in every experiment bull Re-interrogate your data at a
later time bull Quantitation and screening
methods are easy to set up since there are no compound dependant parameters to optimize
24
SPE - standard enrichment procedure
7 Detection
LC-M
S
LC-MSMS
1 Sample preparation 1L samplefiltration
internal StdFiltr
atio
n
6 Elution
5 Drying
4 Washing
3 Extraction
2 Conditioning
Enr
ichm
ent
MeOH H2O
60mg Oasis
H2OMeOH (955)
air
MeOH
40 samples ~ 5h
~ 2d
~ 2d
25 Slide Courtsey Heinz Singer ndasheawag Zurich Switzerland
EQuan MAX Plus Solution ndash Gain Vs Conventional Injections
T r ia z in e P e s t M ix _ 1 0 p p t _ 1 0 0 0 u l_ 0 4 3 2 4 2 0 0 5 1 1 0 0 1 A M
R T 5 9 8 - 8 0 0 N L 8 1 0 E 4
1 0 0
10 ul injection
T I C F + c E S I si d = -1 0 0 0 S R M m s2 2 1 6 1 3 -1 8 0 0 [ 9 5 1 7 4 0 0 ] M S t r i a z i n e p e st m i x _ 1 0 p p t _
9 0 1 0 u l _ 0 5
8 5
8 0
7 5
7 0
6 5
6 0
Rel
ativ
e A
bund
ance
5 5
5 0
R T 5 9 8 - 8 0 2 R T 6 9 1 N L 8 1 0 E 4 A A 3 1 9 9 9 9 T I C F + c E S I si d = -1 0 0 0 S N 1 1 6 R M S S R M m s2 2 1 6 1 3 -1 8 0 0
1 0 0 [ 1 7 4 0 0 ] M S I C I S T r i a z i n e P e st M i x _ 1 0 p p t _ 1
9 5 0 0 0 u l _ 0 4
9 0
8 5
8 0
7 5
7 0
1000 ul injection6 5
6 0
Rel
ativ
e A
bund
ance
5 5
5 0
4 5 4 5
4 0
3 5
3 0
2 5
2 0
1 5
1 0
5
0 6 0 6 5 7 0
T i m e (m
4 0
3 5
3 0
2 5
2 0
1 5
1 0
5
0 7 5 8 0 6 0 6 5 7 0 7 5 8 0
i n ) T i m e (m i n )
10 ppt Atrazine in ground water
26
Sensitivity Speed amp Robustness for EFS high throughput laboratories
27
TSQ Endura Extreme quantitative value bull Designed for non-stop operation
bull For scientist who need to run routine samples day in and day out
TSQ Quantiva Extreme quantitative performance bull Designed for the most challenging
assays
bull For scientists needing to stay at the forefront of analytical technology
TSQ Quantiva TSQ Endura Mass Range 10-1850 10-3400
Max SRM Number 30000 SRMs 30000 SRMs
SRMSec 500 SRMssec 500 SRMssec
Ion Optics Active Ion Management (AIM)
bull Ion Max NG source bull Electrodynamic ion
funnel bull ion beam guide with
neutral blocker bull 6 mm HyperQuad
quadrupoles with asymmetric RF drive
S- LENS with Beam Blocker Technology
Quadrupole Design 4mm Quadrupoles with Asymetric RF
Reserpine Specification
100000 1 SN for 1 pg Reserpine
10000 1 SN for 1 pg Reserpine
elostrade
From Identification
28
Challenge Orbitrap V MS Confidently identify unknownemerging contaminantshelliphelliphelliphellip
High-Resolution Accurate Mass for identification of unknown emerging contaminants
To Routine Quantitation
Challenge EQuan MAX Plus and TSQ Quantivatrade MS
Followed by routine quantitation Online sample prep LCMS forquantitation of emergingcontaminants identified by the Orbitrap Velos
29
Analysis of Targeted and Non-targeted Contaminants in Storm Water Retention Ponds Emerging Contaminants from ID to Quantitation The Total Thermo Scientific Solution
Gordon Getzinger ndash Duke University Jonathan Beck PhD ndash Thermo Fisher Scientific
UHPLC-HRMS An Emerging Technique for ldquoHelping Contaminants Emergerdquo bull Target screening ― Monitor known contaminants using reference standards
bull Suspect screening ― Screen high-resolution accurate-mass data against
molecular databases of suspected contaminants bull Non-target screening ― Assign molecular and structural formula to
chromatographic features without previous knowledge of contaminant presence or identity
Krauss et al LC-high resolution MS in environmental analysis from target screening to the identification of unknowns (2010) Anal Bioanal Chem 397 [3]
31
Emerging Contaminant ID to Quantitation Workflow
bull Reclaimed waste water used for irrigation on a golf course for emerging contaminants (PPCPs) bull Lee Ferguson and Gordon Getzinger Environmental Chemistry Duke University USA
Acquire Fast Identify Develop Routine HRAM Data Contaminants Quantitative Quantitation
Assay
ExactFinder Software
Etofenprox Benzotriazole
Propanamide Acephate Allethrin
32
Kiawah Island SC USA
WWTPLand application of WW for golf course irrigation
Question Which microcontaminants are entering the aquatic environment as a result of wastewater reuse practices
33
Typical Sampling Site
34
Variety of Sampling Sites
Sample Site Inputs
Pond 5 Golf course runoff
Pond 25 Golf course runoff
Pond 43 Residential stormwater
Wastewater lagoon Treated municpal wastewater
Wastewater Composite 24hr composite effluent
Well 1 Infiltration from pond 25
Well 7 Infiltration from pond 5
35
Quantitation of Samples
bull Use a triple quad for quantitation bull Analyze samples directly no offline SPE to save time and
money bull Remove variables and sources of experimental error by
automated extraction and preconcentration bull An ideal solution for this challenge ishellip
36
What Did We Want to See in the Quantitation Experiment
bull Quantitative results at low concentrationshellip low and sub PPT levels
bull Calibration range bull 006 pgmL ndash 1000 pgmL
RT 400-1357
bull With a 1mL injection thatrsquos 60 fg ndash 1000 pg on column 968 NL 107E6 100
90
80
70
60
TIC of 175 pgmL injected standard 50
175 pg on column 40
30
20
10
0
979
1026 687 1037
1126 946
817 785 663 1151 601 1242 584 434
4 5 6 7 8 9 10 11 12 13
TIC MS 175pgmL
Rel
ativ
e A
bund
uanc
e
Time (min)
37
Calibration range 006-1000 pgmL - Flutolanil
60fg On Column 45 orders of magnitudeIon Ratio overlay
38
Results of Compounds Detected in a WWTP Sample
39
Identification of Emerging Contaminants
Data Analysis Workflow
Target screening
Are compounds x y amp z present in this sample
Non-target screening
Which compounds are present in this sample
Suspect screening
Which compounds of a defined list are present in this sample
40
LCMS Workflows for Environmental and Food Safety
41
Tools to Develop methods for Known and Emerging contaminants
Raw Sample bull Accelerated Solvent Extraction (ASE)
Dionex ASE
Dionex UHPLC 3000
EQuan MAX Plus bull Equan MAX Plus online sample prep LCMS
Customized Reporting
bull Custom software to meet the needs of your workflow
bull TraceFinder SIEVE mzCloud
TSQ Quantiva TSQ Endura
bull TSQ Series Mass Spectrometers triple stage quadrupole LC-MSMS and GC MSMS for high sensitivity quantitation
bull Exactive Plus and Q Exactive Mass Spectrometers High Resolution Accurate Mass to identify quantify and confirm
Orbitrap HRAM
Orbitrap Fusion
42
Transform Your Science
Caffeine
What do we gain by using the quadrupole
1950876 N=24840281 NL 194E8100
[15000-200000]
NL 112E8
Full MS SN = 745
Lowest detected
250330
80
signalscan60
40
20
0 1950877 N=2074158100
Rel
ativ
e A
bund
ance
SN
(spe
ctrum) 4000
3000
2000
1000
0 195082 195084 195086 195088 19509 195092 195094
SN (FMS) SN (SIM10)
Sensitivity gain 5 ndash 10 x with SIM mode
80
60
40
20
0
[19010-20010]
Lowest detectedSIM (10amu) Gain in sensitivity (7x) signalscan SN = 5400 28240 6000
5000
16
Data dependent MSMS confirmation 1589762
Diuron
Azoxystrobin
Fluridone
Benoxacor
Fenamidone
Desmedipham
Imazalil
2 4 6 8 10 12 14 Time (min)
0
50
100 0
50
100 0
50
100 0
50
100
Rel
ativ
e Ab
unda
nce
0
50
100 0
50
100 0
50
100 696
735
735
744
755
758
780
NL 198E7 mz= 2970541-2970571 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 467E6 mz= 3011163-3011193 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 897E7 mz= 2330231-2330255 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 115E7 mz= 2600226-2600252 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 221E7 mz= 3301084-3301118 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 142E7 mz= 4041221-4041261 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 423E7 mz= 3121149-3121181 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
0
50
100 0
50
100 0
50
Rel
ativ
e Ab
unda
nce
100 0
50
100 2970551690455 2009867
25500821090763
3161774 720451
0
2330241 11908561591165
3070625100
50
1399895 2710859343039211203951650904 1490834
50
0 100
26002361200445 1880704
590500
2817393 3441026
37209743290791
316107821606551720391 4052731810705 920500
2361180
10305461650481 26709513121149
100 200 300 400 mz
17
Q Exactive ndash ldquoQuanfirmationrdquo what is it
bull High performance HRAM Quantitation and Confirmation bench top LCMS system capable of
bull Multi-residue quan performance similar to mid-high end Triples bull Ideal for targeted and general unknown screening bull Highest confidence confirmation with R = 140K and MSMS bull UHPLC compatible bull Letlsquos use the QExactive to combine these 2 experiments into one
18
Outline
bull What is EQuan MAX Plus bull EQuan MAX Plus
bull How can EQuan MAX Plus help your workflow
bull Customer testimonials bull Who uses EQuan MAX Plus
19
Low Sample Concentration
Challenge TSQ Quantiva
Demanding assays which require the absolute lowest limit of detection
Powered by AIM technology the TSQ Quantiva MS is the worldrsquos most sensitive triple quadrupoleMS detecting compounds at the ppt level
20
Environmental Analysis (Water)
EQuan MAX Plus
For targeted quantitation (TSQ) or
Targetednon-targeted screening and quantitation using High Resolution Accurate Mass (Orbitrap platform)
21
EQuan MAX Plus What is it
bull Turnkey method for assaying environmental water samples (pesticides antibiotics etc) at low ppt levels bull On-line sample clean-up and
preconcentration bull 2 Columns Loading and
Analytical bull 2 pumps
bull High injection volumes bull 1mL-20mL
bull Standard injection volumes bull 1-100 uL
22
EQuan MAX Plus Targeted Quantitation
bull Couple EQuan MAX Plus with any TSQ Quantum from Thermo Scientific for the most sensitive and selective experiments
bull Fast Positive Negative Switching
bull TraceFinder Software bull Built in SRM parameters bull Built in EQuan Methods
bull Quantum Access MAX bull Quantum Endura bull Quantum Quantiva
23
EQuan MAX Plus Non-targeted screening and Quantitation
bull Couple EQuan MAX Plus with the Exactive Orbitrap instruments (Exactive Plus or Q-Exactive)
bull High Resolution Accurate Mass (HRAM)
bull All ions are collected in every experiment bull Re-interrogate your data at a
later time bull Quantitation and screening
methods are easy to set up since there are no compound dependant parameters to optimize
24
SPE - standard enrichment procedure
7 Detection
LC-M
S
LC-MSMS
1 Sample preparation 1L samplefiltration
internal StdFiltr
atio
n
6 Elution
5 Drying
4 Washing
3 Extraction
2 Conditioning
Enr
ichm
ent
MeOH H2O
60mg Oasis
H2OMeOH (955)
air
MeOH
40 samples ~ 5h
~ 2d
~ 2d
25 Slide Courtsey Heinz Singer ndasheawag Zurich Switzerland
EQuan MAX Plus Solution ndash Gain Vs Conventional Injections
T r ia z in e P e s t M ix _ 1 0 p p t _ 1 0 0 0 u l_ 0 4 3 2 4 2 0 0 5 1 1 0 0 1 A M
R T 5 9 8 - 8 0 0 N L 8 1 0 E 4
1 0 0
10 ul injection
T I C F + c E S I si d = -1 0 0 0 S R M m s2 2 1 6 1 3 -1 8 0 0 [ 9 5 1 7 4 0 0 ] M S t r i a z i n e p e st m i x _ 1 0 p p t _
9 0 1 0 u l _ 0 5
8 5
8 0
7 5
7 0
6 5
6 0
Rel
ativ
e A
bund
ance
5 5
5 0
R T 5 9 8 - 8 0 2 R T 6 9 1 N L 8 1 0 E 4 A A 3 1 9 9 9 9 T I C F + c E S I si d = -1 0 0 0 S N 1 1 6 R M S S R M m s2 2 1 6 1 3 -1 8 0 0
1 0 0 [ 1 7 4 0 0 ] M S I C I S T r i a z i n e P e st M i x _ 1 0 p p t _ 1
9 5 0 0 0 u l _ 0 4
9 0
8 5
8 0
7 5
7 0
1000 ul injection6 5
6 0
Rel
ativ
e A
bund
ance
5 5
5 0
4 5 4 5
4 0
3 5
3 0
2 5
2 0
1 5
1 0
5
0 6 0 6 5 7 0
T i m e (m
4 0
3 5
3 0
2 5
2 0
1 5
1 0
5
0 7 5 8 0 6 0 6 5 7 0 7 5 8 0
i n ) T i m e (m i n )
10 ppt Atrazine in ground water
26
Sensitivity Speed amp Robustness for EFS high throughput laboratories
27
TSQ Endura Extreme quantitative value bull Designed for non-stop operation
bull For scientist who need to run routine samples day in and day out
TSQ Quantiva Extreme quantitative performance bull Designed for the most challenging
assays
bull For scientists needing to stay at the forefront of analytical technology
TSQ Quantiva TSQ Endura Mass Range 10-1850 10-3400
Max SRM Number 30000 SRMs 30000 SRMs
SRMSec 500 SRMssec 500 SRMssec
Ion Optics Active Ion Management (AIM)
bull Ion Max NG source bull Electrodynamic ion
funnel bull ion beam guide with
neutral blocker bull 6 mm HyperQuad
quadrupoles with asymmetric RF drive
S- LENS with Beam Blocker Technology
Quadrupole Design 4mm Quadrupoles with Asymetric RF
Reserpine Specification
100000 1 SN for 1 pg Reserpine
10000 1 SN for 1 pg Reserpine
elostrade
From Identification
28
Challenge Orbitrap V MS Confidently identify unknownemerging contaminantshelliphelliphelliphellip
High-Resolution Accurate Mass for identification of unknown emerging contaminants
To Routine Quantitation
Challenge EQuan MAX Plus and TSQ Quantivatrade MS
Followed by routine quantitation Online sample prep LCMS forquantitation of emergingcontaminants identified by the Orbitrap Velos
29
Analysis of Targeted and Non-targeted Contaminants in Storm Water Retention Ponds Emerging Contaminants from ID to Quantitation The Total Thermo Scientific Solution
Gordon Getzinger ndash Duke University Jonathan Beck PhD ndash Thermo Fisher Scientific
UHPLC-HRMS An Emerging Technique for ldquoHelping Contaminants Emergerdquo bull Target screening ― Monitor known contaminants using reference standards
bull Suspect screening ― Screen high-resolution accurate-mass data against
molecular databases of suspected contaminants bull Non-target screening ― Assign molecular and structural formula to
chromatographic features without previous knowledge of contaminant presence or identity
Krauss et al LC-high resolution MS in environmental analysis from target screening to the identification of unknowns (2010) Anal Bioanal Chem 397 [3]
31
Emerging Contaminant ID to Quantitation Workflow
bull Reclaimed waste water used for irrigation on a golf course for emerging contaminants (PPCPs) bull Lee Ferguson and Gordon Getzinger Environmental Chemistry Duke University USA
Acquire Fast Identify Develop Routine HRAM Data Contaminants Quantitative Quantitation
Assay
ExactFinder Software
Etofenprox Benzotriazole
Propanamide Acephate Allethrin
32
Kiawah Island SC USA
WWTPLand application of WW for golf course irrigation
Question Which microcontaminants are entering the aquatic environment as a result of wastewater reuse practices
33
Typical Sampling Site
34
Variety of Sampling Sites
Sample Site Inputs
Pond 5 Golf course runoff
Pond 25 Golf course runoff
Pond 43 Residential stormwater
Wastewater lagoon Treated municpal wastewater
Wastewater Composite 24hr composite effluent
Well 1 Infiltration from pond 25
Well 7 Infiltration from pond 5
35
Quantitation of Samples
bull Use a triple quad for quantitation bull Analyze samples directly no offline SPE to save time and
money bull Remove variables and sources of experimental error by
automated extraction and preconcentration bull An ideal solution for this challenge ishellip
36
What Did We Want to See in the Quantitation Experiment
bull Quantitative results at low concentrationshellip low and sub PPT levels
bull Calibration range bull 006 pgmL ndash 1000 pgmL
RT 400-1357
bull With a 1mL injection thatrsquos 60 fg ndash 1000 pg on column 968 NL 107E6 100
90
80
70
60
TIC of 175 pgmL injected standard 50
175 pg on column 40
30
20
10
0
979
1026 687 1037
1126 946
817 785 663 1151 601 1242 584 434
4 5 6 7 8 9 10 11 12 13
TIC MS 175pgmL
Rel
ativ
e A
bund
uanc
e
Time (min)
37
Calibration range 006-1000 pgmL - Flutolanil
60fg On Column 45 orders of magnitudeIon Ratio overlay
38
Results of Compounds Detected in a WWTP Sample
39
Identification of Emerging Contaminants
Data Analysis Workflow
Target screening
Are compounds x y amp z present in this sample
Non-target screening
Which compounds are present in this sample
Suspect screening
Which compounds of a defined list are present in this sample
40
LCMS Workflows for Environmental and Food Safety
41
Tools to Develop methods for Known and Emerging contaminants
Raw Sample bull Accelerated Solvent Extraction (ASE)
Dionex ASE
Dionex UHPLC 3000
EQuan MAX Plus bull Equan MAX Plus online sample prep LCMS
Customized Reporting
bull Custom software to meet the needs of your workflow
bull TraceFinder SIEVE mzCloud
TSQ Quantiva TSQ Endura
bull TSQ Series Mass Spectrometers triple stage quadrupole LC-MSMS and GC MSMS for high sensitivity quantitation
bull Exactive Plus and Q Exactive Mass Spectrometers High Resolution Accurate Mass to identify quantify and confirm
Orbitrap HRAM
Orbitrap Fusion
42
Transform Your Science
Data dependent MSMS confirmation 1589762
Diuron
Azoxystrobin
Fluridone
Benoxacor
Fenamidone
Desmedipham
Imazalil
2 4 6 8 10 12 14 Time (min)
0
50
100 0
50
100 0
50
100 0
50
100
Rel
ativ
e Ab
unda
nce
0
50
100 0
50
100 0
50
100 696
735
735
744
755
758
780
NL 198E7 mz= 2970541-2970571 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 467E6 mz= 3011163-3011193 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 897E7 mz= 2330231-2330255 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 115E7 mz= 2600226-2600252 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 221E7 mz= 3301084-3301118 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 142E7 mz= 4041221-4041261 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
NL 423E7 mz= 3121149-3121181 F FTMS + p ESI Full ms [5000-75000] MS 4xloq_02
0
50
100 0
50
100 0
50
Rel
ativ
e Ab
unda
nce
100 0
50
100 2970551690455 2009867
25500821090763
3161774 720451
0
2330241 11908561591165
3070625100
50
1399895 2710859343039211203951650904 1490834
50
0 100
26002361200445 1880704
590500
2817393 3441026
37209743290791
316107821606551720391 4052731810705 920500
2361180
10305461650481 26709513121149
100 200 300 400 mz
17
Q Exactive ndash ldquoQuanfirmationrdquo what is it
bull High performance HRAM Quantitation and Confirmation bench top LCMS system capable of
bull Multi-residue quan performance similar to mid-high end Triples bull Ideal for targeted and general unknown screening bull Highest confidence confirmation with R = 140K and MSMS bull UHPLC compatible bull Letlsquos use the QExactive to combine these 2 experiments into one
18
Outline
bull What is EQuan MAX Plus bull EQuan MAX Plus
bull How can EQuan MAX Plus help your workflow
bull Customer testimonials bull Who uses EQuan MAX Plus
19
Low Sample Concentration
Challenge TSQ Quantiva
Demanding assays which require the absolute lowest limit of detection
Powered by AIM technology the TSQ Quantiva MS is the worldrsquos most sensitive triple quadrupoleMS detecting compounds at the ppt level
20
Environmental Analysis (Water)
EQuan MAX Plus
For targeted quantitation (TSQ) or
Targetednon-targeted screening and quantitation using High Resolution Accurate Mass (Orbitrap platform)
21
EQuan MAX Plus What is it
bull Turnkey method for assaying environmental water samples (pesticides antibiotics etc) at low ppt levels bull On-line sample clean-up and
preconcentration bull 2 Columns Loading and
Analytical bull 2 pumps
bull High injection volumes bull 1mL-20mL
bull Standard injection volumes bull 1-100 uL
22
EQuan MAX Plus Targeted Quantitation
bull Couple EQuan MAX Plus with any TSQ Quantum from Thermo Scientific for the most sensitive and selective experiments
bull Fast Positive Negative Switching
bull TraceFinder Software bull Built in SRM parameters bull Built in EQuan Methods
bull Quantum Access MAX bull Quantum Endura bull Quantum Quantiva
23
EQuan MAX Plus Non-targeted screening and Quantitation
bull Couple EQuan MAX Plus with the Exactive Orbitrap instruments (Exactive Plus or Q-Exactive)
bull High Resolution Accurate Mass (HRAM)
bull All ions are collected in every experiment bull Re-interrogate your data at a
later time bull Quantitation and screening
methods are easy to set up since there are no compound dependant parameters to optimize
24
SPE - standard enrichment procedure
7 Detection
LC-M
S
LC-MSMS
1 Sample preparation 1L samplefiltration
internal StdFiltr
atio
n
6 Elution
5 Drying
4 Washing
3 Extraction
2 Conditioning
Enr
ichm
ent
MeOH H2O
60mg Oasis
H2OMeOH (955)
air
MeOH
40 samples ~ 5h
~ 2d
~ 2d
25 Slide Courtsey Heinz Singer ndasheawag Zurich Switzerland
EQuan MAX Plus Solution ndash Gain Vs Conventional Injections
T r ia z in e P e s t M ix _ 1 0 p p t _ 1 0 0 0 u l_ 0 4 3 2 4 2 0 0 5 1 1 0 0 1 A M
R T 5 9 8 - 8 0 0 N L 8 1 0 E 4
1 0 0
10 ul injection
T I C F + c E S I si d = -1 0 0 0 S R M m s2 2 1 6 1 3 -1 8 0 0 [ 9 5 1 7 4 0 0 ] M S t r i a z i n e p e st m i x _ 1 0 p p t _
9 0 1 0 u l _ 0 5
8 5
8 0
7 5
7 0
6 5
6 0
Rel
ativ
e A
bund
ance
5 5
5 0
R T 5 9 8 - 8 0 2 R T 6 9 1 N L 8 1 0 E 4 A A 3 1 9 9 9 9 T I C F + c E S I si d = -1 0 0 0 S N 1 1 6 R M S S R M m s2 2 1 6 1 3 -1 8 0 0
1 0 0 [ 1 7 4 0 0 ] M S I C I S T r i a z i n e P e st M i x _ 1 0 p p t _ 1
9 5 0 0 0 u l _ 0 4
9 0
8 5
8 0
7 5
7 0
1000 ul injection6 5
6 0
Rel
ativ
e A
bund
ance
5 5
5 0
4 5 4 5
4 0
3 5
3 0
2 5
2 0
1 5
1 0
5
0 6 0 6 5 7 0
T i m e (m
4 0
3 5
3 0
2 5
2 0
1 5
1 0
5
0 7 5 8 0 6 0 6 5 7 0 7 5 8 0
i n ) T i m e (m i n )
10 ppt Atrazine in ground water
26
Sensitivity Speed amp Robustness for EFS high throughput laboratories
27
TSQ Endura Extreme quantitative value bull Designed for non-stop operation
bull For scientist who need to run routine samples day in and day out
TSQ Quantiva Extreme quantitative performance bull Designed for the most challenging
assays
bull For scientists needing to stay at the forefront of analytical technology
TSQ Quantiva TSQ Endura Mass Range 10-1850 10-3400
Max SRM Number 30000 SRMs 30000 SRMs
SRMSec 500 SRMssec 500 SRMssec
Ion Optics Active Ion Management (AIM)
bull Ion Max NG source bull Electrodynamic ion
funnel bull ion beam guide with
neutral blocker bull 6 mm HyperQuad
quadrupoles with asymmetric RF drive
S- LENS with Beam Blocker Technology
Quadrupole Design 4mm Quadrupoles with Asymetric RF
Reserpine Specification
100000 1 SN for 1 pg Reserpine
10000 1 SN for 1 pg Reserpine
elostrade
From Identification
28
Challenge Orbitrap V MS Confidently identify unknownemerging contaminantshelliphelliphelliphellip
High-Resolution Accurate Mass for identification of unknown emerging contaminants
To Routine Quantitation
Challenge EQuan MAX Plus and TSQ Quantivatrade MS
Followed by routine quantitation Online sample prep LCMS forquantitation of emergingcontaminants identified by the Orbitrap Velos
29
Analysis of Targeted and Non-targeted Contaminants in Storm Water Retention Ponds Emerging Contaminants from ID to Quantitation The Total Thermo Scientific Solution
Gordon Getzinger ndash Duke University Jonathan Beck PhD ndash Thermo Fisher Scientific
UHPLC-HRMS An Emerging Technique for ldquoHelping Contaminants Emergerdquo bull Target screening ― Monitor known contaminants using reference standards
bull Suspect screening ― Screen high-resolution accurate-mass data against
molecular databases of suspected contaminants bull Non-target screening ― Assign molecular and structural formula to
chromatographic features without previous knowledge of contaminant presence or identity
Krauss et al LC-high resolution MS in environmental analysis from target screening to the identification of unknowns (2010) Anal Bioanal Chem 397 [3]
31
Emerging Contaminant ID to Quantitation Workflow
bull Reclaimed waste water used for irrigation on a golf course for emerging contaminants (PPCPs) bull Lee Ferguson and Gordon Getzinger Environmental Chemistry Duke University USA
Acquire Fast Identify Develop Routine HRAM Data Contaminants Quantitative Quantitation
Assay
ExactFinder Software
Etofenprox Benzotriazole
Propanamide Acephate Allethrin
32
Kiawah Island SC USA
WWTPLand application of WW for golf course irrigation
Question Which microcontaminants are entering the aquatic environment as a result of wastewater reuse practices
33
Typical Sampling Site
34
Variety of Sampling Sites
Sample Site Inputs
Pond 5 Golf course runoff
Pond 25 Golf course runoff
Pond 43 Residential stormwater
Wastewater lagoon Treated municpal wastewater
Wastewater Composite 24hr composite effluent
Well 1 Infiltration from pond 25
Well 7 Infiltration from pond 5
35
Quantitation of Samples
bull Use a triple quad for quantitation bull Analyze samples directly no offline SPE to save time and
money bull Remove variables and sources of experimental error by
automated extraction and preconcentration bull An ideal solution for this challenge ishellip
36
What Did We Want to See in the Quantitation Experiment
bull Quantitative results at low concentrationshellip low and sub PPT levels
bull Calibration range bull 006 pgmL ndash 1000 pgmL
RT 400-1357
bull With a 1mL injection thatrsquos 60 fg ndash 1000 pg on column 968 NL 107E6 100
90
80
70
60
TIC of 175 pgmL injected standard 50
175 pg on column 40
30
20
10
0
979
1026 687 1037
1126 946
817 785 663 1151 601 1242 584 434
4 5 6 7 8 9 10 11 12 13
TIC MS 175pgmL
Rel
ativ
e A
bund
uanc
e
Time (min)
37
Calibration range 006-1000 pgmL - Flutolanil
60fg On Column 45 orders of magnitudeIon Ratio overlay
38
Results of Compounds Detected in a WWTP Sample
39
Identification of Emerging Contaminants
Data Analysis Workflow
Target screening
Are compounds x y amp z present in this sample
Non-target screening
Which compounds are present in this sample
Suspect screening
Which compounds of a defined list are present in this sample
40
LCMS Workflows for Environmental and Food Safety
41
Tools to Develop methods for Known and Emerging contaminants
Raw Sample bull Accelerated Solvent Extraction (ASE)
Dionex ASE
Dionex UHPLC 3000
EQuan MAX Plus bull Equan MAX Plus online sample prep LCMS
Customized Reporting
bull Custom software to meet the needs of your workflow
bull TraceFinder SIEVE mzCloud
TSQ Quantiva TSQ Endura
bull TSQ Series Mass Spectrometers triple stage quadrupole LC-MSMS and GC MSMS for high sensitivity quantitation
bull Exactive Plus and Q Exactive Mass Spectrometers High Resolution Accurate Mass to identify quantify and confirm
Orbitrap HRAM
Orbitrap Fusion
42
Transform Your Science
Q Exactive ndash ldquoQuanfirmationrdquo what is it
bull High performance HRAM Quantitation and Confirmation bench top LCMS system capable of
bull Multi-residue quan performance similar to mid-high end Triples bull Ideal for targeted and general unknown screening bull Highest confidence confirmation with R = 140K and MSMS bull UHPLC compatible bull Letlsquos use the QExactive to combine these 2 experiments into one
18
Outline
bull What is EQuan MAX Plus bull EQuan MAX Plus
bull How can EQuan MAX Plus help your workflow
bull Customer testimonials bull Who uses EQuan MAX Plus
19
Low Sample Concentration
Challenge TSQ Quantiva
Demanding assays which require the absolute lowest limit of detection
Powered by AIM technology the TSQ Quantiva MS is the worldrsquos most sensitive triple quadrupoleMS detecting compounds at the ppt level
20
Environmental Analysis (Water)
EQuan MAX Plus
For targeted quantitation (TSQ) or
Targetednon-targeted screening and quantitation using High Resolution Accurate Mass (Orbitrap platform)
21
EQuan MAX Plus What is it
bull Turnkey method for assaying environmental water samples (pesticides antibiotics etc) at low ppt levels bull On-line sample clean-up and
preconcentration bull 2 Columns Loading and
Analytical bull 2 pumps
bull High injection volumes bull 1mL-20mL
bull Standard injection volumes bull 1-100 uL
22
EQuan MAX Plus Targeted Quantitation
bull Couple EQuan MAX Plus with any TSQ Quantum from Thermo Scientific for the most sensitive and selective experiments
bull Fast Positive Negative Switching
bull TraceFinder Software bull Built in SRM parameters bull Built in EQuan Methods
bull Quantum Access MAX bull Quantum Endura bull Quantum Quantiva
23
EQuan MAX Plus Non-targeted screening and Quantitation
bull Couple EQuan MAX Plus with the Exactive Orbitrap instruments (Exactive Plus or Q-Exactive)
bull High Resolution Accurate Mass (HRAM)
bull All ions are collected in every experiment bull Re-interrogate your data at a
later time bull Quantitation and screening
methods are easy to set up since there are no compound dependant parameters to optimize
24
SPE - standard enrichment procedure
7 Detection
LC-M
S
LC-MSMS
1 Sample preparation 1L samplefiltration
internal StdFiltr
atio
n
6 Elution
5 Drying
4 Washing
3 Extraction
2 Conditioning
Enr
ichm
ent
MeOH H2O
60mg Oasis
H2OMeOH (955)
air
MeOH
40 samples ~ 5h
~ 2d
~ 2d
25 Slide Courtsey Heinz Singer ndasheawag Zurich Switzerland
EQuan MAX Plus Solution ndash Gain Vs Conventional Injections
T r ia z in e P e s t M ix _ 1 0 p p t _ 1 0 0 0 u l_ 0 4 3 2 4 2 0 0 5 1 1 0 0 1 A M
R T 5 9 8 - 8 0 0 N L 8 1 0 E 4
1 0 0
10 ul injection
T I C F + c E S I si d = -1 0 0 0 S R M m s2 2 1 6 1 3 -1 8 0 0 [ 9 5 1 7 4 0 0 ] M S t r i a z i n e p e st m i x _ 1 0 p p t _
9 0 1 0 u l _ 0 5
8 5
8 0
7 5
7 0
6 5
6 0
Rel
ativ
e A
bund
ance
5 5
5 0
R T 5 9 8 - 8 0 2 R T 6 9 1 N L 8 1 0 E 4 A A 3 1 9 9 9 9 T I C F + c E S I si d = -1 0 0 0 S N 1 1 6 R M S S R M m s2 2 1 6 1 3 -1 8 0 0
1 0 0 [ 1 7 4 0 0 ] M S I C I S T r i a z i n e P e st M i x _ 1 0 p p t _ 1
9 5 0 0 0 u l _ 0 4
9 0
8 5
8 0
7 5
7 0
1000 ul injection6 5
6 0
Rel
ativ
e A
bund
ance
5 5
5 0
4 5 4 5
4 0
3 5
3 0
2 5
2 0
1 5
1 0
5
0 6 0 6 5 7 0
T i m e (m
4 0
3 5
3 0
2 5
2 0
1 5
1 0
5
0 7 5 8 0 6 0 6 5 7 0 7 5 8 0
i n ) T i m e (m i n )
10 ppt Atrazine in ground water
26
Sensitivity Speed amp Robustness for EFS high throughput laboratories
27
TSQ Endura Extreme quantitative value bull Designed for non-stop operation
bull For scientist who need to run routine samples day in and day out
TSQ Quantiva Extreme quantitative performance bull Designed for the most challenging
assays
bull For scientists needing to stay at the forefront of analytical technology
TSQ Quantiva TSQ Endura Mass Range 10-1850 10-3400
Max SRM Number 30000 SRMs 30000 SRMs
SRMSec 500 SRMssec 500 SRMssec
Ion Optics Active Ion Management (AIM)
bull Ion Max NG source bull Electrodynamic ion
funnel bull ion beam guide with
neutral blocker bull 6 mm HyperQuad
quadrupoles with asymmetric RF drive
S- LENS with Beam Blocker Technology
Quadrupole Design 4mm Quadrupoles with Asymetric RF
Reserpine Specification
100000 1 SN for 1 pg Reserpine
10000 1 SN for 1 pg Reserpine
elostrade
From Identification
28
Challenge Orbitrap V MS Confidently identify unknownemerging contaminantshelliphelliphelliphellip
High-Resolution Accurate Mass for identification of unknown emerging contaminants
To Routine Quantitation
Challenge EQuan MAX Plus and TSQ Quantivatrade MS
Followed by routine quantitation Online sample prep LCMS forquantitation of emergingcontaminants identified by the Orbitrap Velos
29
Analysis of Targeted and Non-targeted Contaminants in Storm Water Retention Ponds Emerging Contaminants from ID to Quantitation The Total Thermo Scientific Solution
Gordon Getzinger ndash Duke University Jonathan Beck PhD ndash Thermo Fisher Scientific
UHPLC-HRMS An Emerging Technique for ldquoHelping Contaminants Emergerdquo bull Target screening ― Monitor known contaminants using reference standards
bull Suspect screening ― Screen high-resolution accurate-mass data against
molecular databases of suspected contaminants bull Non-target screening ― Assign molecular and structural formula to
chromatographic features without previous knowledge of contaminant presence or identity
Krauss et al LC-high resolution MS in environmental analysis from target screening to the identification of unknowns (2010) Anal Bioanal Chem 397 [3]
31
Emerging Contaminant ID to Quantitation Workflow
bull Reclaimed waste water used for irrigation on a golf course for emerging contaminants (PPCPs) bull Lee Ferguson and Gordon Getzinger Environmental Chemistry Duke University USA
Acquire Fast Identify Develop Routine HRAM Data Contaminants Quantitative Quantitation
Assay
ExactFinder Software
Etofenprox Benzotriazole
Propanamide Acephate Allethrin
32
Kiawah Island SC USA
WWTPLand application of WW for golf course irrigation
Question Which microcontaminants are entering the aquatic environment as a result of wastewater reuse practices
33
Typical Sampling Site
34
Variety of Sampling Sites
Sample Site Inputs
Pond 5 Golf course runoff
Pond 25 Golf course runoff
Pond 43 Residential stormwater
Wastewater lagoon Treated municpal wastewater
Wastewater Composite 24hr composite effluent
Well 1 Infiltration from pond 25
Well 7 Infiltration from pond 5
35
Quantitation of Samples
bull Use a triple quad for quantitation bull Analyze samples directly no offline SPE to save time and
money bull Remove variables and sources of experimental error by
automated extraction and preconcentration bull An ideal solution for this challenge ishellip
36
What Did We Want to See in the Quantitation Experiment
bull Quantitative results at low concentrationshellip low and sub PPT levels
bull Calibration range bull 006 pgmL ndash 1000 pgmL
RT 400-1357
bull With a 1mL injection thatrsquos 60 fg ndash 1000 pg on column 968 NL 107E6 100
90
80
70
60
TIC of 175 pgmL injected standard 50
175 pg on column 40
30
20
10
0
979
1026 687 1037
1126 946
817 785 663 1151 601 1242 584 434
4 5 6 7 8 9 10 11 12 13
TIC MS 175pgmL
Rel
ativ
e A
bund
uanc
e
Time (min)
37
Calibration range 006-1000 pgmL - Flutolanil
60fg On Column 45 orders of magnitudeIon Ratio overlay
38
Results of Compounds Detected in a WWTP Sample
39
Identification of Emerging Contaminants
Data Analysis Workflow
Target screening
Are compounds x y amp z present in this sample
Non-target screening
Which compounds are present in this sample
Suspect screening
Which compounds of a defined list are present in this sample
40
LCMS Workflows for Environmental and Food Safety
41
Tools to Develop methods for Known and Emerging contaminants
Raw Sample bull Accelerated Solvent Extraction (ASE)
Dionex ASE
Dionex UHPLC 3000
EQuan MAX Plus bull Equan MAX Plus online sample prep LCMS
Customized Reporting
bull Custom software to meet the needs of your workflow
bull TraceFinder SIEVE mzCloud
TSQ Quantiva TSQ Endura
bull TSQ Series Mass Spectrometers triple stage quadrupole LC-MSMS and GC MSMS for high sensitivity quantitation
bull Exactive Plus and Q Exactive Mass Spectrometers High Resolution Accurate Mass to identify quantify and confirm
Orbitrap HRAM
Orbitrap Fusion
42
Transform Your Science
Outline
bull What is EQuan MAX Plus bull EQuan MAX Plus
bull How can EQuan MAX Plus help your workflow
bull Customer testimonials bull Who uses EQuan MAX Plus
19
Low Sample Concentration
Challenge TSQ Quantiva
Demanding assays which require the absolute lowest limit of detection
Powered by AIM technology the TSQ Quantiva MS is the worldrsquos most sensitive triple quadrupoleMS detecting compounds at the ppt level
20
Environmental Analysis (Water)
EQuan MAX Plus
For targeted quantitation (TSQ) or
Targetednon-targeted screening and quantitation using High Resolution Accurate Mass (Orbitrap platform)
21
EQuan MAX Plus What is it
bull Turnkey method for assaying environmental water samples (pesticides antibiotics etc) at low ppt levels bull On-line sample clean-up and
preconcentration bull 2 Columns Loading and
Analytical bull 2 pumps
bull High injection volumes bull 1mL-20mL
bull Standard injection volumes bull 1-100 uL
22
EQuan MAX Plus Targeted Quantitation
bull Couple EQuan MAX Plus with any TSQ Quantum from Thermo Scientific for the most sensitive and selective experiments
bull Fast Positive Negative Switching
bull TraceFinder Software bull Built in SRM parameters bull Built in EQuan Methods
bull Quantum Access MAX bull Quantum Endura bull Quantum Quantiva
23
EQuan MAX Plus Non-targeted screening and Quantitation
bull Couple EQuan MAX Plus with the Exactive Orbitrap instruments (Exactive Plus or Q-Exactive)
bull High Resolution Accurate Mass (HRAM)
bull All ions are collected in every experiment bull Re-interrogate your data at a
later time bull Quantitation and screening
methods are easy to set up since there are no compound dependant parameters to optimize
24
SPE - standard enrichment procedure
7 Detection
LC-M
S
LC-MSMS
1 Sample preparation 1L samplefiltration
internal StdFiltr
atio
n
6 Elution
5 Drying
4 Washing
3 Extraction
2 Conditioning
Enr
ichm
ent
MeOH H2O
60mg Oasis
H2OMeOH (955)
air
MeOH
40 samples ~ 5h
~ 2d
~ 2d
25 Slide Courtsey Heinz Singer ndasheawag Zurich Switzerland
EQuan MAX Plus Solution ndash Gain Vs Conventional Injections
T r ia z in e P e s t M ix _ 1 0 p p t _ 1 0 0 0 u l_ 0 4 3 2 4 2 0 0 5 1 1 0 0 1 A M
R T 5 9 8 - 8 0 0 N L 8 1 0 E 4
1 0 0
10 ul injection
T I C F + c E S I si d = -1 0 0 0 S R M m s2 2 1 6 1 3 -1 8 0 0 [ 9 5 1 7 4 0 0 ] M S t r i a z i n e p e st m i x _ 1 0 p p t _
9 0 1 0 u l _ 0 5
8 5
8 0
7 5
7 0
6 5
6 0
Rel
ativ
e A
bund
ance
5 5
5 0
R T 5 9 8 - 8 0 2 R T 6 9 1 N L 8 1 0 E 4 A A 3 1 9 9 9 9 T I C F + c E S I si d = -1 0 0 0 S N 1 1 6 R M S S R M m s2 2 1 6 1 3 -1 8 0 0
1 0 0 [ 1 7 4 0 0 ] M S I C I S T r i a z i n e P e st M i x _ 1 0 p p t _ 1
9 5 0 0 0 u l _ 0 4
9 0
8 5
8 0
7 5
7 0
1000 ul injection6 5
6 0
Rel
ativ
e A
bund
ance
5 5
5 0
4 5 4 5
4 0
3 5
3 0
2 5
2 0
1 5
1 0
5
0 6 0 6 5 7 0
T i m e (m
4 0
3 5
3 0
2 5
2 0
1 5
1 0
5
0 7 5 8 0 6 0 6 5 7 0 7 5 8 0
i n ) T i m e (m i n )
10 ppt Atrazine in ground water
26
Sensitivity Speed amp Robustness for EFS high throughput laboratories
27
TSQ Endura Extreme quantitative value bull Designed for non-stop operation
bull For scientist who need to run routine samples day in and day out
TSQ Quantiva Extreme quantitative performance bull Designed for the most challenging
assays
bull For scientists needing to stay at the forefront of analytical technology
TSQ Quantiva TSQ Endura Mass Range 10-1850 10-3400
Max SRM Number 30000 SRMs 30000 SRMs
SRMSec 500 SRMssec 500 SRMssec
Ion Optics Active Ion Management (AIM)
bull Ion Max NG source bull Electrodynamic ion
funnel bull ion beam guide with
neutral blocker bull 6 mm HyperQuad
quadrupoles with asymmetric RF drive
S- LENS with Beam Blocker Technology
Quadrupole Design 4mm Quadrupoles with Asymetric RF
Reserpine Specification
100000 1 SN for 1 pg Reserpine
10000 1 SN for 1 pg Reserpine
elostrade
From Identification
28
Challenge Orbitrap V MS Confidently identify unknownemerging contaminantshelliphelliphelliphellip
High-Resolution Accurate Mass for identification of unknown emerging contaminants
To Routine Quantitation
Challenge EQuan MAX Plus and TSQ Quantivatrade MS
Followed by routine quantitation Online sample prep LCMS forquantitation of emergingcontaminants identified by the Orbitrap Velos
29
Analysis of Targeted and Non-targeted Contaminants in Storm Water Retention Ponds Emerging Contaminants from ID to Quantitation The Total Thermo Scientific Solution
Gordon Getzinger ndash Duke University Jonathan Beck PhD ndash Thermo Fisher Scientific
UHPLC-HRMS An Emerging Technique for ldquoHelping Contaminants Emergerdquo bull Target screening ― Monitor known contaminants using reference standards
bull Suspect screening ― Screen high-resolution accurate-mass data against
molecular databases of suspected contaminants bull Non-target screening ― Assign molecular and structural formula to
chromatographic features without previous knowledge of contaminant presence or identity
Krauss et al LC-high resolution MS in environmental analysis from target screening to the identification of unknowns (2010) Anal Bioanal Chem 397 [3]
31
Emerging Contaminant ID to Quantitation Workflow
bull Reclaimed waste water used for irrigation on a golf course for emerging contaminants (PPCPs) bull Lee Ferguson and Gordon Getzinger Environmental Chemistry Duke University USA
Acquire Fast Identify Develop Routine HRAM Data Contaminants Quantitative Quantitation
Assay
ExactFinder Software
Etofenprox Benzotriazole
Propanamide Acephate Allethrin
32
Kiawah Island SC USA
WWTPLand application of WW for golf course irrigation
Question Which microcontaminants are entering the aquatic environment as a result of wastewater reuse practices
33
Typical Sampling Site
34
Variety of Sampling Sites
Sample Site Inputs
Pond 5 Golf course runoff
Pond 25 Golf course runoff
Pond 43 Residential stormwater
Wastewater lagoon Treated municpal wastewater
Wastewater Composite 24hr composite effluent
Well 1 Infiltration from pond 25
Well 7 Infiltration from pond 5
35
Quantitation of Samples
bull Use a triple quad for quantitation bull Analyze samples directly no offline SPE to save time and
money bull Remove variables and sources of experimental error by
automated extraction and preconcentration bull An ideal solution for this challenge ishellip
36
What Did We Want to See in the Quantitation Experiment
bull Quantitative results at low concentrationshellip low and sub PPT levels
bull Calibration range bull 006 pgmL ndash 1000 pgmL
RT 400-1357
bull With a 1mL injection thatrsquos 60 fg ndash 1000 pg on column 968 NL 107E6 100
90
80
70
60
TIC of 175 pgmL injected standard 50
175 pg on column 40
30
20
10
0
979
1026 687 1037
1126 946
817 785 663 1151 601 1242 584 434
4 5 6 7 8 9 10 11 12 13
TIC MS 175pgmL
Rel
ativ
e A
bund
uanc
e
Time (min)
37
Calibration range 006-1000 pgmL - Flutolanil
60fg On Column 45 orders of magnitudeIon Ratio overlay
38
Results of Compounds Detected in a WWTP Sample
39
Identification of Emerging Contaminants
Data Analysis Workflow
Target screening
Are compounds x y amp z present in this sample
Non-target screening
Which compounds are present in this sample
Suspect screening
Which compounds of a defined list are present in this sample
40
LCMS Workflows for Environmental and Food Safety
41
Tools to Develop methods for Known and Emerging contaminants
Raw Sample bull Accelerated Solvent Extraction (ASE)
Dionex ASE
Dionex UHPLC 3000
EQuan MAX Plus bull Equan MAX Plus online sample prep LCMS
Customized Reporting
bull Custom software to meet the needs of your workflow
bull TraceFinder SIEVE mzCloud
TSQ Quantiva TSQ Endura
bull TSQ Series Mass Spectrometers triple stage quadrupole LC-MSMS and GC MSMS for high sensitivity quantitation
bull Exactive Plus and Q Exactive Mass Spectrometers High Resolution Accurate Mass to identify quantify and confirm
Orbitrap HRAM
Orbitrap Fusion
42
Transform Your Science
Low Sample Concentration
Challenge TSQ Quantiva
Demanding assays which require the absolute lowest limit of detection
Powered by AIM technology the TSQ Quantiva MS is the worldrsquos most sensitive triple quadrupoleMS detecting compounds at the ppt level
20
Environmental Analysis (Water)
EQuan MAX Plus
For targeted quantitation (TSQ) or
Targetednon-targeted screening and quantitation using High Resolution Accurate Mass (Orbitrap platform)
21
EQuan MAX Plus What is it
bull Turnkey method for assaying environmental water samples (pesticides antibiotics etc) at low ppt levels bull On-line sample clean-up and
preconcentration bull 2 Columns Loading and
Analytical bull 2 pumps
bull High injection volumes bull 1mL-20mL
bull Standard injection volumes bull 1-100 uL
22
EQuan MAX Plus Targeted Quantitation
bull Couple EQuan MAX Plus with any TSQ Quantum from Thermo Scientific for the most sensitive and selective experiments
bull Fast Positive Negative Switching
bull TraceFinder Software bull Built in SRM parameters bull Built in EQuan Methods
bull Quantum Access MAX bull Quantum Endura bull Quantum Quantiva
23
EQuan MAX Plus Non-targeted screening and Quantitation
bull Couple EQuan MAX Plus with the Exactive Orbitrap instruments (Exactive Plus or Q-Exactive)
bull High Resolution Accurate Mass (HRAM)
bull All ions are collected in every experiment bull Re-interrogate your data at a
later time bull Quantitation and screening
methods are easy to set up since there are no compound dependant parameters to optimize
24
SPE - standard enrichment procedure
7 Detection
LC-M
S
LC-MSMS
1 Sample preparation 1L samplefiltration
internal StdFiltr
atio
n
6 Elution
5 Drying
4 Washing
3 Extraction
2 Conditioning
Enr
ichm
ent
MeOH H2O
60mg Oasis
H2OMeOH (955)
air
MeOH
40 samples ~ 5h
~ 2d
~ 2d
25 Slide Courtsey Heinz Singer ndasheawag Zurich Switzerland
EQuan MAX Plus Solution ndash Gain Vs Conventional Injections
T r ia z in e P e s t M ix _ 1 0 p p t _ 1 0 0 0 u l_ 0 4 3 2 4 2 0 0 5 1 1 0 0 1 A M
R T 5 9 8 - 8 0 0 N L 8 1 0 E 4
1 0 0
10 ul injection
T I C F + c E S I si d = -1 0 0 0 S R M m s2 2 1 6 1 3 -1 8 0 0 [ 9 5 1 7 4 0 0 ] M S t r i a z i n e p e st m i x _ 1 0 p p t _
9 0 1 0 u l _ 0 5
8 5
8 0
7 5
7 0
6 5
6 0
Rel
ativ
e A
bund
ance
5 5
5 0
R T 5 9 8 - 8 0 2 R T 6 9 1 N L 8 1 0 E 4 A A 3 1 9 9 9 9 T I C F + c E S I si d = -1 0 0 0 S N 1 1 6 R M S S R M m s2 2 1 6 1 3 -1 8 0 0
1 0 0 [ 1 7 4 0 0 ] M S I C I S T r i a z i n e P e st M i x _ 1 0 p p t _ 1
9 5 0 0 0 u l _ 0 4
9 0
8 5
8 0
7 5
7 0
1000 ul injection6 5
6 0
Rel
ativ
e A
bund
ance
5 5
5 0
4 5 4 5
4 0
3 5
3 0
2 5
2 0
1 5
1 0
5
0 6 0 6 5 7 0
T i m e (m
4 0
3 5
3 0
2 5
2 0
1 5
1 0
5
0 7 5 8 0 6 0 6 5 7 0 7 5 8 0
i n ) T i m e (m i n )
10 ppt Atrazine in ground water
26
Sensitivity Speed amp Robustness for EFS high throughput laboratories
27
TSQ Endura Extreme quantitative value bull Designed for non-stop operation
bull For scientist who need to run routine samples day in and day out
TSQ Quantiva Extreme quantitative performance bull Designed for the most challenging
assays
bull For scientists needing to stay at the forefront of analytical technology
TSQ Quantiva TSQ Endura Mass Range 10-1850 10-3400
Max SRM Number 30000 SRMs 30000 SRMs
SRMSec 500 SRMssec 500 SRMssec
Ion Optics Active Ion Management (AIM)
bull Ion Max NG source bull Electrodynamic ion
funnel bull ion beam guide with
neutral blocker bull 6 mm HyperQuad
quadrupoles with asymmetric RF drive
S- LENS with Beam Blocker Technology
Quadrupole Design 4mm Quadrupoles with Asymetric RF
Reserpine Specification
100000 1 SN for 1 pg Reserpine
10000 1 SN for 1 pg Reserpine
elostrade
From Identification
28
Challenge Orbitrap V MS Confidently identify unknownemerging contaminantshelliphelliphelliphellip
High-Resolution Accurate Mass for identification of unknown emerging contaminants
To Routine Quantitation
Challenge EQuan MAX Plus and TSQ Quantivatrade MS
Followed by routine quantitation Online sample prep LCMS forquantitation of emergingcontaminants identified by the Orbitrap Velos
29
Analysis of Targeted and Non-targeted Contaminants in Storm Water Retention Ponds Emerging Contaminants from ID to Quantitation The Total Thermo Scientific Solution
Gordon Getzinger ndash Duke University Jonathan Beck PhD ndash Thermo Fisher Scientific
UHPLC-HRMS An Emerging Technique for ldquoHelping Contaminants Emergerdquo bull Target screening ― Monitor known contaminants using reference standards
bull Suspect screening ― Screen high-resolution accurate-mass data against
molecular databases of suspected contaminants bull Non-target screening ― Assign molecular and structural formula to
chromatographic features without previous knowledge of contaminant presence or identity
Krauss et al LC-high resolution MS in environmental analysis from target screening to the identification of unknowns (2010) Anal Bioanal Chem 397 [3]
31
Emerging Contaminant ID to Quantitation Workflow
bull Reclaimed waste water used for irrigation on a golf course for emerging contaminants (PPCPs) bull Lee Ferguson and Gordon Getzinger Environmental Chemistry Duke University USA
Acquire Fast Identify Develop Routine HRAM Data Contaminants Quantitative Quantitation
Assay
ExactFinder Software
Etofenprox Benzotriazole
Propanamide Acephate Allethrin
32
Kiawah Island SC USA
WWTPLand application of WW for golf course irrigation
Question Which microcontaminants are entering the aquatic environment as a result of wastewater reuse practices
33
Typical Sampling Site
34
Variety of Sampling Sites
Sample Site Inputs
Pond 5 Golf course runoff
Pond 25 Golf course runoff
Pond 43 Residential stormwater
Wastewater lagoon Treated municpal wastewater
Wastewater Composite 24hr composite effluent
Well 1 Infiltration from pond 25
Well 7 Infiltration from pond 5
35
Quantitation of Samples
bull Use a triple quad for quantitation bull Analyze samples directly no offline SPE to save time and
money bull Remove variables and sources of experimental error by
automated extraction and preconcentration bull An ideal solution for this challenge ishellip
36
What Did We Want to See in the Quantitation Experiment
bull Quantitative results at low concentrationshellip low and sub PPT levels
bull Calibration range bull 006 pgmL ndash 1000 pgmL
RT 400-1357
bull With a 1mL injection thatrsquos 60 fg ndash 1000 pg on column 968 NL 107E6 100
90
80
70
60
TIC of 175 pgmL injected standard 50
175 pg on column 40
30
20
10
0
979
1026 687 1037
1126 946
817 785 663 1151 601 1242 584 434
4 5 6 7 8 9 10 11 12 13
TIC MS 175pgmL
Rel
ativ
e A
bund
uanc
e
Time (min)
37
Calibration range 006-1000 pgmL - Flutolanil
60fg On Column 45 orders of magnitudeIon Ratio overlay
38
Results of Compounds Detected in a WWTP Sample
39
Identification of Emerging Contaminants
Data Analysis Workflow
Target screening
Are compounds x y amp z present in this sample
Non-target screening
Which compounds are present in this sample
Suspect screening
Which compounds of a defined list are present in this sample
40
LCMS Workflows for Environmental and Food Safety
41
Tools to Develop methods for Known and Emerging contaminants
Raw Sample bull Accelerated Solvent Extraction (ASE)
Dionex ASE
Dionex UHPLC 3000
EQuan MAX Plus bull Equan MAX Plus online sample prep LCMS
Customized Reporting
bull Custom software to meet the needs of your workflow
bull TraceFinder SIEVE mzCloud
TSQ Quantiva TSQ Endura
bull TSQ Series Mass Spectrometers triple stage quadrupole LC-MSMS and GC MSMS for high sensitivity quantitation
bull Exactive Plus and Q Exactive Mass Spectrometers High Resolution Accurate Mass to identify quantify and confirm
Orbitrap HRAM
Orbitrap Fusion
42
Transform Your Science
Environmental Analysis (Water)
EQuan MAX Plus
For targeted quantitation (TSQ) or
Targetednon-targeted screening and quantitation using High Resolution Accurate Mass (Orbitrap platform)
21
EQuan MAX Plus What is it
bull Turnkey method for assaying environmental water samples (pesticides antibiotics etc) at low ppt levels bull On-line sample clean-up and
preconcentration bull 2 Columns Loading and
Analytical bull 2 pumps
bull High injection volumes bull 1mL-20mL
bull Standard injection volumes bull 1-100 uL
22
EQuan MAX Plus Targeted Quantitation
bull Couple EQuan MAX Plus with any TSQ Quantum from Thermo Scientific for the most sensitive and selective experiments
bull Fast Positive Negative Switching
bull TraceFinder Software bull Built in SRM parameters bull Built in EQuan Methods
bull Quantum Access MAX bull Quantum Endura bull Quantum Quantiva
23
EQuan MAX Plus Non-targeted screening and Quantitation
bull Couple EQuan MAX Plus with the Exactive Orbitrap instruments (Exactive Plus or Q-Exactive)
bull High Resolution Accurate Mass (HRAM)
bull All ions are collected in every experiment bull Re-interrogate your data at a
later time bull Quantitation and screening
methods are easy to set up since there are no compound dependant parameters to optimize
24
SPE - standard enrichment procedure
7 Detection
LC-M
S
LC-MSMS
1 Sample preparation 1L samplefiltration
internal StdFiltr
atio
n
6 Elution
5 Drying
4 Washing
3 Extraction
2 Conditioning
Enr
ichm
ent
MeOH H2O
60mg Oasis
H2OMeOH (955)
air
MeOH
40 samples ~ 5h
~ 2d
~ 2d
25 Slide Courtsey Heinz Singer ndasheawag Zurich Switzerland
EQuan MAX Plus Solution ndash Gain Vs Conventional Injections
T r ia z in e P e s t M ix _ 1 0 p p t _ 1 0 0 0 u l_ 0 4 3 2 4 2 0 0 5 1 1 0 0 1 A M
R T 5 9 8 - 8 0 0 N L 8 1 0 E 4
1 0 0
10 ul injection
T I C F + c E S I si d = -1 0 0 0 S R M m s2 2 1 6 1 3 -1 8 0 0 [ 9 5 1 7 4 0 0 ] M S t r i a z i n e p e st m i x _ 1 0 p p t _
9 0 1 0 u l _ 0 5
8 5
8 0
7 5
7 0
6 5
6 0
Rel
ativ
e A
bund
ance
5 5
5 0
R T 5 9 8 - 8 0 2 R T 6 9 1 N L 8 1 0 E 4 A A 3 1 9 9 9 9 T I C F + c E S I si d = -1 0 0 0 S N 1 1 6 R M S S R M m s2 2 1 6 1 3 -1 8 0 0
1 0 0 [ 1 7 4 0 0 ] M S I C I S T r i a z i n e P e st M i x _ 1 0 p p t _ 1
9 5 0 0 0 u l _ 0 4
9 0
8 5
8 0
7 5
7 0
1000 ul injection6 5
6 0
Rel
ativ
e A
bund
ance
5 5
5 0
4 5 4 5
4 0
3 5
3 0
2 5
2 0
1 5
1 0
5
0 6 0 6 5 7 0
T i m e (m
4 0
3 5
3 0
2 5
2 0
1 5
1 0
5
0 7 5 8 0 6 0 6 5 7 0 7 5 8 0
i n ) T i m e (m i n )
10 ppt Atrazine in ground water
26
Sensitivity Speed amp Robustness for EFS high throughput laboratories
27
TSQ Endura Extreme quantitative value bull Designed for non-stop operation
bull For scientist who need to run routine samples day in and day out
TSQ Quantiva Extreme quantitative performance bull Designed for the most challenging
assays
bull For scientists needing to stay at the forefront of analytical technology
TSQ Quantiva TSQ Endura Mass Range 10-1850 10-3400
Max SRM Number 30000 SRMs 30000 SRMs
SRMSec 500 SRMssec 500 SRMssec
Ion Optics Active Ion Management (AIM)
bull Ion Max NG source bull Electrodynamic ion
funnel bull ion beam guide with
neutral blocker bull 6 mm HyperQuad
quadrupoles with asymmetric RF drive
S- LENS with Beam Blocker Technology
Quadrupole Design 4mm Quadrupoles with Asymetric RF
Reserpine Specification
100000 1 SN for 1 pg Reserpine
10000 1 SN for 1 pg Reserpine
elostrade
From Identification
28
Challenge Orbitrap V MS Confidently identify unknownemerging contaminantshelliphelliphelliphellip
High-Resolution Accurate Mass for identification of unknown emerging contaminants
To Routine Quantitation
Challenge EQuan MAX Plus and TSQ Quantivatrade MS
Followed by routine quantitation Online sample prep LCMS forquantitation of emergingcontaminants identified by the Orbitrap Velos
29
Analysis of Targeted and Non-targeted Contaminants in Storm Water Retention Ponds Emerging Contaminants from ID to Quantitation The Total Thermo Scientific Solution
Gordon Getzinger ndash Duke University Jonathan Beck PhD ndash Thermo Fisher Scientific
UHPLC-HRMS An Emerging Technique for ldquoHelping Contaminants Emergerdquo bull Target screening ― Monitor known contaminants using reference standards
bull Suspect screening ― Screen high-resolution accurate-mass data against
molecular databases of suspected contaminants bull Non-target screening ― Assign molecular and structural formula to
chromatographic features without previous knowledge of contaminant presence or identity
Krauss et al LC-high resolution MS in environmental analysis from target screening to the identification of unknowns (2010) Anal Bioanal Chem 397 [3]
31
Emerging Contaminant ID to Quantitation Workflow
bull Reclaimed waste water used for irrigation on a golf course for emerging contaminants (PPCPs) bull Lee Ferguson and Gordon Getzinger Environmental Chemistry Duke University USA
Acquire Fast Identify Develop Routine HRAM Data Contaminants Quantitative Quantitation
Assay
ExactFinder Software
Etofenprox Benzotriazole
Propanamide Acephate Allethrin
32
Kiawah Island SC USA
WWTPLand application of WW for golf course irrigation
Question Which microcontaminants are entering the aquatic environment as a result of wastewater reuse practices
33
Typical Sampling Site
34
Variety of Sampling Sites
Sample Site Inputs
Pond 5 Golf course runoff
Pond 25 Golf course runoff
Pond 43 Residential stormwater
Wastewater lagoon Treated municpal wastewater
Wastewater Composite 24hr composite effluent
Well 1 Infiltration from pond 25
Well 7 Infiltration from pond 5
35
Quantitation of Samples
bull Use a triple quad for quantitation bull Analyze samples directly no offline SPE to save time and
money bull Remove variables and sources of experimental error by
automated extraction and preconcentration bull An ideal solution for this challenge ishellip
36
What Did We Want to See in the Quantitation Experiment
bull Quantitative results at low concentrationshellip low and sub PPT levels
bull Calibration range bull 006 pgmL ndash 1000 pgmL
RT 400-1357
bull With a 1mL injection thatrsquos 60 fg ndash 1000 pg on column 968 NL 107E6 100
90
80
70
60
TIC of 175 pgmL injected standard 50
175 pg on column 40
30
20
10
0
979
1026 687 1037
1126 946
817 785 663 1151 601 1242 584 434
4 5 6 7 8 9 10 11 12 13
TIC MS 175pgmL
Rel
ativ
e A
bund
uanc
e
Time (min)
37
Calibration range 006-1000 pgmL - Flutolanil
60fg On Column 45 orders of magnitudeIon Ratio overlay
38
Results of Compounds Detected in a WWTP Sample
39
Identification of Emerging Contaminants
Data Analysis Workflow
Target screening
Are compounds x y amp z present in this sample
Non-target screening
Which compounds are present in this sample
Suspect screening
Which compounds of a defined list are present in this sample
40
LCMS Workflows for Environmental and Food Safety
41
Tools to Develop methods for Known and Emerging contaminants
Raw Sample bull Accelerated Solvent Extraction (ASE)
Dionex ASE
Dionex UHPLC 3000
EQuan MAX Plus bull Equan MAX Plus online sample prep LCMS
Customized Reporting
bull Custom software to meet the needs of your workflow
bull TraceFinder SIEVE mzCloud
TSQ Quantiva TSQ Endura
bull TSQ Series Mass Spectrometers triple stage quadrupole LC-MSMS and GC MSMS for high sensitivity quantitation
bull Exactive Plus and Q Exactive Mass Spectrometers High Resolution Accurate Mass to identify quantify and confirm
Orbitrap HRAM
Orbitrap Fusion
42
Transform Your Science
EQuan MAX Plus What is it
bull Turnkey method for assaying environmental water samples (pesticides antibiotics etc) at low ppt levels bull On-line sample clean-up and
preconcentration bull 2 Columns Loading and
Analytical bull 2 pumps
bull High injection volumes bull 1mL-20mL
bull Standard injection volumes bull 1-100 uL
22
EQuan MAX Plus Targeted Quantitation
bull Couple EQuan MAX Plus with any TSQ Quantum from Thermo Scientific for the most sensitive and selective experiments
bull Fast Positive Negative Switching
bull TraceFinder Software bull Built in SRM parameters bull Built in EQuan Methods
bull Quantum Access MAX bull Quantum Endura bull Quantum Quantiva
23
EQuan MAX Plus Non-targeted screening and Quantitation
bull Couple EQuan MAX Plus with the Exactive Orbitrap instruments (Exactive Plus or Q-Exactive)
bull High Resolution Accurate Mass (HRAM)
bull All ions are collected in every experiment bull Re-interrogate your data at a
later time bull Quantitation and screening
methods are easy to set up since there are no compound dependant parameters to optimize
24
SPE - standard enrichment procedure
7 Detection
LC-M
S
LC-MSMS
1 Sample preparation 1L samplefiltration
internal StdFiltr
atio
n
6 Elution
5 Drying
4 Washing
3 Extraction
2 Conditioning
Enr
ichm
ent
MeOH H2O
60mg Oasis
H2OMeOH (955)
air
MeOH
40 samples ~ 5h
~ 2d
~ 2d
25 Slide Courtsey Heinz Singer ndasheawag Zurich Switzerland
EQuan MAX Plus Solution ndash Gain Vs Conventional Injections
T r ia z in e P e s t M ix _ 1 0 p p t _ 1 0 0 0 u l_ 0 4 3 2 4 2 0 0 5 1 1 0 0 1 A M
R T 5 9 8 - 8 0 0 N L 8 1 0 E 4
1 0 0
10 ul injection
T I C F + c E S I si d = -1 0 0 0 S R M m s2 2 1 6 1 3 -1 8 0 0 [ 9 5 1 7 4 0 0 ] M S t r i a z i n e p e st m i x _ 1 0 p p t _
9 0 1 0 u l _ 0 5
8 5
8 0
7 5
7 0
6 5
6 0
Rel
ativ
e A
bund
ance
5 5
5 0
R T 5 9 8 - 8 0 2 R T 6 9 1 N L 8 1 0 E 4 A A 3 1 9 9 9 9 T I C F + c E S I si d = -1 0 0 0 S N 1 1 6 R M S S R M m s2 2 1 6 1 3 -1 8 0 0
1 0 0 [ 1 7 4 0 0 ] M S I C I S T r i a z i n e P e st M i x _ 1 0 p p t _ 1
9 5 0 0 0 u l _ 0 4
9 0
8 5
8 0
7 5
7 0
1000 ul injection6 5
6 0
Rel
ativ
e A
bund
ance
5 5
5 0
4 5 4 5
4 0
3 5
3 0
2 5
2 0
1 5
1 0
5
0 6 0 6 5 7 0
T i m e (m
4 0
3 5
3 0
2 5
2 0
1 5
1 0
5
0 7 5 8 0 6 0 6 5 7 0 7 5 8 0
i n ) T i m e (m i n )
10 ppt Atrazine in ground water
26
Sensitivity Speed amp Robustness for EFS high throughput laboratories
27
TSQ Endura Extreme quantitative value bull Designed for non-stop operation
bull For scientist who need to run routine samples day in and day out
TSQ Quantiva Extreme quantitative performance bull Designed for the most challenging
assays
bull For scientists needing to stay at the forefront of analytical technology
TSQ Quantiva TSQ Endura Mass Range 10-1850 10-3400
Max SRM Number 30000 SRMs 30000 SRMs
SRMSec 500 SRMssec 500 SRMssec
Ion Optics Active Ion Management (AIM)
bull Ion Max NG source bull Electrodynamic ion
funnel bull ion beam guide with
neutral blocker bull 6 mm HyperQuad
quadrupoles with asymmetric RF drive
S- LENS with Beam Blocker Technology
Quadrupole Design 4mm Quadrupoles with Asymetric RF
Reserpine Specification
100000 1 SN for 1 pg Reserpine
10000 1 SN for 1 pg Reserpine
elostrade
From Identification
28
Challenge Orbitrap V MS Confidently identify unknownemerging contaminantshelliphelliphelliphellip
High-Resolution Accurate Mass for identification of unknown emerging contaminants
To Routine Quantitation
Challenge EQuan MAX Plus and TSQ Quantivatrade MS
Followed by routine quantitation Online sample prep LCMS forquantitation of emergingcontaminants identified by the Orbitrap Velos
29
Analysis of Targeted and Non-targeted Contaminants in Storm Water Retention Ponds Emerging Contaminants from ID to Quantitation The Total Thermo Scientific Solution
Gordon Getzinger ndash Duke University Jonathan Beck PhD ndash Thermo Fisher Scientific
UHPLC-HRMS An Emerging Technique for ldquoHelping Contaminants Emergerdquo bull Target screening ― Monitor known contaminants using reference standards
bull Suspect screening ― Screen high-resolution accurate-mass data against
molecular databases of suspected contaminants bull Non-target screening ― Assign molecular and structural formula to
chromatographic features without previous knowledge of contaminant presence or identity
Krauss et al LC-high resolution MS in environmental analysis from target screening to the identification of unknowns (2010) Anal Bioanal Chem 397 [3]
31
Emerging Contaminant ID to Quantitation Workflow
bull Reclaimed waste water used for irrigation on a golf course for emerging contaminants (PPCPs) bull Lee Ferguson and Gordon Getzinger Environmental Chemistry Duke University USA
Acquire Fast Identify Develop Routine HRAM Data Contaminants Quantitative Quantitation
Assay
ExactFinder Software
Etofenprox Benzotriazole
Propanamide Acephate Allethrin
32
Kiawah Island SC USA
WWTPLand application of WW for golf course irrigation
Question Which microcontaminants are entering the aquatic environment as a result of wastewater reuse practices
33
Typical Sampling Site
34
Variety of Sampling Sites
Sample Site Inputs
Pond 5 Golf course runoff
Pond 25 Golf course runoff
Pond 43 Residential stormwater
Wastewater lagoon Treated municpal wastewater
Wastewater Composite 24hr composite effluent
Well 1 Infiltration from pond 25
Well 7 Infiltration from pond 5
35
Quantitation of Samples
bull Use a triple quad for quantitation bull Analyze samples directly no offline SPE to save time and
money bull Remove variables and sources of experimental error by
automated extraction and preconcentration bull An ideal solution for this challenge ishellip
36
What Did We Want to See in the Quantitation Experiment
bull Quantitative results at low concentrationshellip low and sub PPT levels
bull Calibration range bull 006 pgmL ndash 1000 pgmL
RT 400-1357
bull With a 1mL injection thatrsquos 60 fg ndash 1000 pg on column 968 NL 107E6 100
90
80
70
60
TIC of 175 pgmL injected standard 50
175 pg on column 40
30
20
10
0
979
1026 687 1037
1126 946
817 785 663 1151 601 1242 584 434
4 5 6 7 8 9 10 11 12 13
TIC MS 175pgmL
Rel
ativ
e A
bund
uanc
e
Time (min)
37
Calibration range 006-1000 pgmL - Flutolanil
60fg On Column 45 orders of magnitudeIon Ratio overlay
38
Results of Compounds Detected in a WWTP Sample
39
Identification of Emerging Contaminants
Data Analysis Workflow
Target screening
Are compounds x y amp z present in this sample
Non-target screening
Which compounds are present in this sample
Suspect screening
Which compounds of a defined list are present in this sample
40
LCMS Workflows for Environmental and Food Safety
41
Tools to Develop methods for Known and Emerging contaminants
Raw Sample bull Accelerated Solvent Extraction (ASE)
Dionex ASE
Dionex UHPLC 3000
EQuan MAX Plus bull Equan MAX Plus online sample prep LCMS
Customized Reporting
bull Custom software to meet the needs of your workflow
bull TraceFinder SIEVE mzCloud
TSQ Quantiva TSQ Endura
bull TSQ Series Mass Spectrometers triple stage quadrupole LC-MSMS and GC MSMS for high sensitivity quantitation
bull Exactive Plus and Q Exactive Mass Spectrometers High Resolution Accurate Mass to identify quantify and confirm
Orbitrap HRAM
Orbitrap Fusion
42
Transform Your Science
EQuan MAX Plus Targeted Quantitation
bull Couple EQuan MAX Plus with any TSQ Quantum from Thermo Scientific for the most sensitive and selective experiments
bull Fast Positive Negative Switching
bull TraceFinder Software bull Built in SRM parameters bull Built in EQuan Methods
bull Quantum Access MAX bull Quantum Endura bull Quantum Quantiva
23
EQuan MAX Plus Non-targeted screening and Quantitation
bull Couple EQuan MAX Plus with the Exactive Orbitrap instruments (Exactive Plus or Q-Exactive)
bull High Resolution Accurate Mass (HRAM)
bull All ions are collected in every experiment bull Re-interrogate your data at a
later time bull Quantitation and screening
methods are easy to set up since there are no compound dependant parameters to optimize
24
SPE - standard enrichment procedure
7 Detection
LC-M
S
LC-MSMS
1 Sample preparation 1L samplefiltration
internal StdFiltr
atio
n
6 Elution
5 Drying
4 Washing
3 Extraction
2 Conditioning
Enr
ichm
ent
MeOH H2O
60mg Oasis
H2OMeOH (955)
air
MeOH
40 samples ~ 5h
~ 2d
~ 2d
25 Slide Courtsey Heinz Singer ndasheawag Zurich Switzerland
EQuan MAX Plus Solution ndash Gain Vs Conventional Injections
T r ia z in e P e s t M ix _ 1 0 p p t _ 1 0 0 0 u l_ 0 4 3 2 4 2 0 0 5 1 1 0 0 1 A M
R T 5 9 8 - 8 0 0 N L 8 1 0 E 4
1 0 0
10 ul injection
T I C F + c E S I si d = -1 0 0 0 S R M m s2 2 1 6 1 3 -1 8 0 0 [ 9 5 1 7 4 0 0 ] M S t r i a z i n e p e st m i x _ 1 0 p p t _
9 0 1 0 u l _ 0 5
8 5
8 0
7 5
7 0
6 5
6 0
Rel
ativ
e A
bund
ance
5 5
5 0
R T 5 9 8 - 8 0 2 R T 6 9 1 N L 8 1 0 E 4 A A 3 1 9 9 9 9 T I C F + c E S I si d = -1 0 0 0 S N 1 1 6 R M S S R M m s2 2 1 6 1 3 -1 8 0 0
1 0 0 [ 1 7 4 0 0 ] M S I C I S T r i a z i n e P e st M i x _ 1 0 p p t _ 1
9 5 0 0 0 u l _ 0 4
9 0
8 5
8 0
7 5
7 0
1000 ul injection6 5
6 0
Rel
ativ
e A
bund
ance
5 5
5 0
4 5 4 5
4 0
3 5
3 0
2 5
2 0
1 5
1 0
5
0 6 0 6 5 7 0
T i m e (m
4 0
3 5
3 0
2 5
2 0
1 5
1 0
5
0 7 5 8 0 6 0 6 5 7 0 7 5 8 0
i n ) T i m e (m i n )
10 ppt Atrazine in ground water
26
Sensitivity Speed amp Robustness for EFS high throughput laboratories
27
TSQ Endura Extreme quantitative value bull Designed for non-stop operation
bull For scientist who need to run routine samples day in and day out
TSQ Quantiva Extreme quantitative performance bull Designed for the most challenging
assays
bull For scientists needing to stay at the forefront of analytical technology
TSQ Quantiva TSQ Endura Mass Range 10-1850 10-3400
Max SRM Number 30000 SRMs 30000 SRMs
SRMSec 500 SRMssec 500 SRMssec
Ion Optics Active Ion Management (AIM)
bull Ion Max NG source bull Electrodynamic ion
funnel bull ion beam guide with
neutral blocker bull 6 mm HyperQuad
quadrupoles with asymmetric RF drive
S- LENS with Beam Blocker Technology
Quadrupole Design 4mm Quadrupoles with Asymetric RF
Reserpine Specification
100000 1 SN for 1 pg Reserpine
10000 1 SN for 1 pg Reserpine
elostrade
From Identification
28
Challenge Orbitrap V MS Confidently identify unknownemerging contaminantshelliphelliphelliphellip
High-Resolution Accurate Mass for identification of unknown emerging contaminants
To Routine Quantitation
Challenge EQuan MAX Plus and TSQ Quantivatrade MS
Followed by routine quantitation Online sample prep LCMS forquantitation of emergingcontaminants identified by the Orbitrap Velos
29
Analysis of Targeted and Non-targeted Contaminants in Storm Water Retention Ponds Emerging Contaminants from ID to Quantitation The Total Thermo Scientific Solution
Gordon Getzinger ndash Duke University Jonathan Beck PhD ndash Thermo Fisher Scientific
UHPLC-HRMS An Emerging Technique for ldquoHelping Contaminants Emergerdquo bull Target screening ― Monitor known contaminants using reference standards
bull Suspect screening ― Screen high-resolution accurate-mass data against
molecular databases of suspected contaminants bull Non-target screening ― Assign molecular and structural formula to
chromatographic features without previous knowledge of contaminant presence or identity
Krauss et al LC-high resolution MS in environmental analysis from target screening to the identification of unknowns (2010) Anal Bioanal Chem 397 [3]
31
Emerging Contaminant ID to Quantitation Workflow
bull Reclaimed waste water used for irrigation on a golf course for emerging contaminants (PPCPs) bull Lee Ferguson and Gordon Getzinger Environmental Chemistry Duke University USA
Acquire Fast Identify Develop Routine HRAM Data Contaminants Quantitative Quantitation
Assay
ExactFinder Software
Etofenprox Benzotriazole
Propanamide Acephate Allethrin
32
Kiawah Island SC USA
WWTPLand application of WW for golf course irrigation
Question Which microcontaminants are entering the aquatic environment as a result of wastewater reuse practices
33
Typical Sampling Site
34
Variety of Sampling Sites
Sample Site Inputs
Pond 5 Golf course runoff
Pond 25 Golf course runoff
Pond 43 Residential stormwater
Wastewater lagoon Treated municpal wastewater
Wastewater Composite 24hr composite effluent
Well 1 Infiltration from pond 25
Well 7 Infiltration from pond 5
35
Quantitation of Samples
bull Use a triple quad for quantitation bull Analyze samples directly no offline SPE to save time and
money bull Remove variables and sources of experimental error by
automated extraction and preconcentration bull An ideal solution for this challenge ishellip
36
What Did We Want to See in the Quantitation Experiment
bull Quantitative results at low concentrationshellip low and sub PPT levels
bull Calibration range bull 006 pgmL ndash 1000 pgmL
RT 400-1357
bull With a 1mL injection thatrsquos 60 fg ndash 1000 pg on column 968 NL 107E6 100
90
80
70
60
TIC of 175 pgmL injected standard 50
175 pg on column 40
30
20
10
0
979
1026 687 1037
1126 946
817 785 663 1151 601 1242 584 434
4 5 6 7 8 9 10 11 12 13
TIC MS 175pgmL
Rel
ativ
e A
bund
uanc
e
Time (min)
37
Calibration range 006-1000 pgmL - Flutolanil
60fg On Column 45 orders of magnitudeIon Ratio overlay
38
Results of Compounds Detected in a WWTP Sample
39
Identification of Emerging Contaminants
Data Analysis Workflow
Target screening
Are compounds x y amp z present in this sample
Non-target screening
Which compounds are present in this sample
Suspect screening
Which compounds of a defined list are present in this sample
40
LCMS Workflows for Environmental and Food Safety
41
Tools to Develop methods for Known and Emerging contaminants
Raw Sample bull Accelerated Solvent Extraction (ASE)
Dionex ASE
Dionex UHPLC 3000
EQuan MAX Plus bull Equan MAX Plus online sample prep LCMS
Customized Reporting
bull Custom software to meet the needs of your workflow
bull TraceFinder SIEVE mzCloud
TSQ Quantiva TSQ Endura
bull TSQ Series Mass Spectrometers triple stage quadrupole LC-MSMS and GC MSMS for high sensitivity quantitation
bull Exactive Plus and Q Exactive Mass Spectrometers High Resolution Accurate Mass to identify quantify and confirm
Orbitrap HRAM
Orbitrap Fusion
42
Transform Your Science
EQuan MAX Plus Non-targeted screening and Quantitation
bull Couple EQuan MAX Plus with the Exactive Orbitrap instruments (Exactive Plus or Q-Exactive)
bull High Resolution Accurate Mass (HRAM)
bull All ions are collected in every experiment bull Re-interrogate your data at a
later time bull Quantitation and screening
methods are easy to set up since there are no compound dependant parameters to optimize
24
SPE - standard enrichment procedure
7 Detection
LC-M
S
LC-MSMS
1 Sample preparation 1L samplefiltration
internal StdFiltr
atio
n
6 Elution
5 Drying
4 Washing
3 Extraction
2 Conditioning
Enr
ichm
ent
MeOH H2O
60mg Oasis
H2OMeOH (955)
air
MeOH
40 samples ~ 5h
~ 2d
~ 2d
25 Slide Courtsey Heinz Singer ndasheawag Zurich Switzerland
EQuan MAX Plus Solution ndash Gain Vs Conventional Injections
T r ia z in e P e s t M ix _ 1 0 p p t _ 1 0 0 0 u l_ 0 4 3 2 4 2 0 0 5 1 1 0 0 1 A M
R T 5 9 8 - 8 0 0 N L 8 1 0 E 4
1 0 0
10 ul injection
T I C F + c E S I si d = -1 0 0 0 S R M m s2 2 1 6 1 3 -1 8 0 0 [ 9 5 1 7 4 0 0 ] M S t r i a z i n e p e st m i x _ 1 0 p p t _
9 0 1 0 u l _ 0 5
8 5
8 0
7 5
7 0
6 5
6 0
Rel
ativ
e A
bund
ance
5 5
5 0
R T 5 9 8 - 8 0 2 R T 6 9 1 N L 8 1 0 E 4 A A 3 1 9 9 9 9 T I C F + c E S I si d = -1 0 0 0 S N 1 1 6 R M S S R M m s2 2 1 6 1 3 -1 8 0 0
1 0 0 [ 1 7 4 0 0 ] M S I C I S T r i a z i n e P e st M i x _ 1 0 p p t _ 1
9 5 0 0 0 u l _ 0 4
9 0
8 5
8 0
7 5
7 0
1000 ul injection6 5
6 0
Rel
ativ
e A
bund
ance
5 5
5 0
4 5 4 5
4 0
3 5
3 0
2 5
2 0
1 5
1 0
5
0 6 0 6 5 7 0
T i m e (m
4 0
3 5
3 0
2 5
2 0
1 5
1 0
5
0 7 5 8 0 6 0 6 5 7 0 7 5 8 0
i n ) T i m e (m i n )
10 ppt Atrazine in ground water
26
Sensitivity Speed amp Robustness for EFS high throughput laboratories
27
TSQ Endura Extreme quantitative value bull Designed for non-stop operation
bull For scientist who need to run routine samples day in and day out
TSQ Quantiva Extreme quantitative performance bull Designed for the most challenging
assays
bull For scientists needing to stay at the forefront of analytical technology
TSQ Quantiva TSQ Endura Mass Range 10-1850 10-3400
Max SRM Number 30000 SRMs 30000 SRMs
SRMSec 500 SRMssec 500 SRMssec
Ion Optics Active Ion Management (AIM)
bull Ion Max NG source bull Electrodynamic ion
funnel bull ion beam guide with
neutral blocker bull 6 mm HyperQuad
quadrupoles with asymmetric RF drive
S- LENS with Beam Blocker Technology
Quadrupole Design 4mm Quadrupoles with Asymetric RF
Reserpine Specification
100000 1 SN for 1 pg Reserpine
10000 1 SN for 1 pg Reserpine
elostrade
From Identification
28
Challenge Orbitrap V MS Confidently identify unknownemerging contaminantshelliphelliphelliphellip
High-Resolution Accurate Mass for identification of unknown emerging contaminants
To Routine Quantitation
Challenge EQuan MAX Plus and TSQ Quantivatrade MS
Followed by routine quantitation Online sample prep LCMS forquantitation of emergingcontaminants identified by the Orbitrap Velos
29
Analysis of Targeted and Non-targeted Contaminants in Storm Water Retention Ponds Emerging Contaminants from ID to Quantitation The Total Thermo Scientific Solution
Gordon Getzinger ndash Duke University Jonathan Beck PhD ndash Thermo Fisher Scientific
UHPLC-HRMS An Emerging Technique for ldquoHelping Contaminants Emergerdquo bull Target screening ― Monitor known contaminants using reference standards
bull Suspect screening ― Screen high-resolution accurate-mass data against
molecular databases of suspected contaminants bull Non-target screening ― Assign molecular and structural formula to
chromatographic features without previous knowledge of contaminant presence or identity
Krauss et al LC-high resolution MS in environmental analysis from target screening to the identification of unknowns (2010) Anal Bioanal Chem 397 [3]
31
Emerging Contaminant ID to Quantitation Workflow
bull Reclaimed waste water used for irrigation on a golf course for emerging contaminants (PPCPs) bull Lee Ferguson and Gordon Getzinger Environmental Chemistry Duke University USA
Acquire Fast Identify Develop Routine HRAM Data Contaminants Quantitative Quantitation
Assay
ExactFinder Software
Etofenprox Benzotriazole
Propanamide Acephate Allethrin
32
Kiawah Island SC USA
WWTPLand application of WW for golf course irrigation
Question Which microcontaminants are entering the aquatic environment as a result of wastewater reuse practices
33
Typical Sampling Site
34
Variety of Sampling Sites
Sample Site Inputs
Pond 5 Golf course runoff
Pond 25 Golf course runoff
Pond 43 Residential stormwater
Wastewater lagoon Treated municpal wastewater
Wastewater Composite 24hr composite effluent
Well 1 Infiltration from pond 25
Well 7 Infiltration from pond 5
35
Quantitation of Samples
bull Use a triple quad for quantitation bull Analyze samples directly no offline SPE to save time and
money bull Remove variables and sources of experimental error by
automated extraction and preconcentration bull An ideal solution for this challenge ishellip
36
What Did We Want to See in the Quantitation Experiment
bull Quantitative results at low concentrationshellip low and sub PPT levels
bull Calibration range bull 006 pgmL ndash 1000 pgmL
RT 400-1357
bull With a 1mL injection thatrsquos 60 fg ndash 1000 pg on column 968 NL 107E6 100
90
80
70
60
TIC of 175 pgmL injected standard 50
175 pg on column 40
30
20
10
0
979
1026 687 1037
1126 946
817 785 663 1151 601 1242 584 434
4 5 6 7 8 9 10 11 12 13
TIC MS 175pgmL
Rel
ativ
e A
bund
uanc
e
Time (min)
37
Calibration range 006-1000 pgmL - Flutolanil
60fg On Column 45 orders of magnitudeIon Ratio overlay
38
Results of Compounds Detected in a WWTP Sample
39
Identification of Emerging Contaminants
Data Analysis Workflow
Target screening
Are compounds x y amp z present in this sample
Non-target screening
Which compounds are present in this sample
Suspect screening
Which compounds of a defined list are present in this sample
40
LCMS Workflows for Environmental and Food Safety
41
Tools to Develop methods for Known and Emerging contaminants
Raw Sample bull Accelerated Solvent Extraction (ASE)
Dionex ASE
Dionex UHPLC 3000
EQuan MAX Plus bull Equan MAX Plus online sample prep LCMS
Customized Reporting
bull Custom software to meet the needs of your workflow
bull TraceFinder SIEVE mzCloud
TSQ Quantiva TSQ Endura
bull TSQ Series Mass Spectrometers triple stage quadrupole LC-MSMS and GC MSMS for high sensitivity quantitation
bull Exactive Plus and Q Exactive Mass Spectrometers High Resolution Accurate Mass to identify quantify and confirm
Orbitrap HRAM
Orbitrap Fusion
42
Transform Your Science
SPE - standard enrichment procedure
7 Detection
LC-M
S
LC-MSMS
1 Sample preparation 1L samplefiltration
internal StdFiltr
atio
n
6 Elution
5 Drying
4 Washing
3 Extraction
2 Conditioning
Enr
ichm
ent
MeOH H2O
60mg Oasis
H2OMeOH (955)
air
MeOH
40 samples ~ 5h
~ 2d
~ 2d
25 Slide Courtsey Heinz Singer ndasheawag Zurich Switzerland
EQuan MAX Plus Solution ndash Gain Vs Conventional Injections
T r ia z in e P e s t M ix _ 1 0 p p t _ 1 0 0 0 u l_ 0 4 3 2 4 2 0 0 5 1 1 0 0 1 A M
R T 5 9 8 - 8 0 0 N L 8 1 0 E 4
1 0 0
10 ul injection
T I C F + c E S I si d = -1 0 0 0 S R M m s2 2 1 6 1 3 -1 8 0 0 [ 9 5 1 7 4 0 0 ] M S t r i a z i n e p e st m i x _ 1 0 p p t _
9 0 1 0 u l _ 0 5
8 5
8 0
7 5
7 0
6 5
6 0
Rel
ativ
e A
bund
ance
5 5
5 0
R T 5 9 8 - 8 0 2 R T 6 9 1 N L 8 1 0 E 4 A A 3 1 9 9 9 9 T I C F + c E S I si d = -1 0 0 0 S N 1 1 6 R M S S R M m s2 2 1 6 1 3 -1 8 0 0
1 0 0 [ 1 7 4 0 0 ] M S I C I S T r i a z i n e P e st M i x _ 1 0 p p t _ 1
9 5 0 0 0 u l _ 0 4
9 0
8 5
8 0
7 5
7 0
1000 ul injection6 5
6 0
Rel
ativ
e A
bund
ance
5 5
5 0
4 5 4 5
4 0
3 5
3 0
2 5
2 0
1 5
1 0
5
0 6 0 6 5 7 0
T i m e (m
4 0
3 5
3 0
2 5
2 0
1 5
1 0
5
0 7 5 8 0 6 0 6 5 7 0 7 5 8 0
i n ) T i m e (m i n )
10 ppt Atrazine in ground water
26
Sensitivity Speed amp Robustness for EFS high throughput laboratories
27
TSQ Endura Extreme quantitative value bull Designed for non-stop operation
bull For scientist who need to run routine samples day in and day out
TSQ Quantiva Extreme quantitative performance bull Designed for the most challenging
assays
bull For scientists needing to stay at the forefront of analytical technology
TSQ Quantiva TSQ Endura Mass Range 10-1850 10-3400
Max SRM Number 30000 SRMs 30000 SRMs
SRMSec 500 SRMssec 500 SRMssec
Ion Optics Active Ion Management (AIM)
bull Ion Max NG source bull Electrodynamic ion
funnel bull ion beam guide with
neutral blocker bull 6 mm HyperQuad
quadrupoles with asymmetric RF drive
S- LENS with Beam Blocker Technology
Quadrupole Design 4mm Quadrupoles with Asymetric RF
Reserpine Specification
100000 1 SN for 1 pg Reserpine
10000 1 SN for 1 pg Reserpine
elostrade
From Identification
28
Challenge Orbitrap V MS Confidently identify unknownemerging contaminantshelliphelliphelliphellip
High-Resolution Accurate Mass for identification of unknown emerging contaminants
To Routine Quantitation
Challenge EQuan MAX Plus and TSQ Quantivatrade MS
Followed by routine quantitation Online sample prep LCMS forquantitation of emergingcontaminants identified by the Orbitrap Velos
29
Analysis of Targeted and Non-targeted Contaminants in Storm Water Retention Ponds Emerging Contaminants from ID to Quantitation The Total Thermo Scientific Solution
Gordon Getzinger ndash Duke University Jonathan Beck PhD ndash Thermo Fisher Scientific
UHPLC-HRMS An Emerging Technique for ldquoHelping Contaminants Emergerdquo bull Target screening ― Monitor known contaminants using reference standards
bull Suspect screening ― Screen high-resolution accurate-mass data against
molecular databases of suspected contaminants bull Non-target screening ― Assign molecular and structural formula to
chromatographic features without previous knowledge of contaminant presence or identity
Krauss et al LC-high resolution MS in environmental analysis from target screening to the identification of unknowns (2010) Anal Bioanal Chem 397 [3]
31
Emerging Contaminant ID to Quantitation Workflow
bull Reclaimed waste water used for irrigation on a golf course for emerging contaminants (PPCPs) bull Lee Ferguson and Gordon Getzinger Environmental Chemistry Duke University USA
Acquire Fast Identify Develop Routine HRAM Data Contaminants Quantitative Quantitation
Assay
ExactFinder Software
Etofenprox Benzotriazole
Propanamide Acephate Allethrin
32
Kiawah Island SC USA
WWTPLand application of WW for golf course irrigation
Question Which microcontaminants are entering the aquatic environment as a result of wastewater reuse practices
33
Typical Sampling Site
34
Variety of Sampling Sites
Sample Site Inputs
Pond 5 Golf course runoff
Pond 25 Golf course runoff
Pond 43 Residential stormwater
Wastewater lagoon Treated municpal wastewater
Wastewater Composite 24hr composite effluent
Well 1 Infiltration from pond 25
Well 7 Infiltration from pond 5
35
Quantitation of Samples
bull Use a triple quad for quantitation bull Analyze samples directly no offline SPE to save time and
money bull Remove variables and sources of experimental error by
automated extraction and preconcentration bull An ideal solution for this challenge ishellip
36
What Did We Want to See in the Quantitation Experiment
bull Quantitative results at low concentrationshellip low and sub PPT levels
bull Calibration range bull 006 pgmL ndash 1000 pgmL
RT 400-1357
bull With a 1mL injection thatrsquos 60 fg ndash 1000 pg on column 968 NL 107E6 100
90
80
70
60
TIC of 175 pgmL injected standard 50
175 pg on column 40
30
20
10
0
979
1026 687 1037
1126 946
817 785 663 1151 601 1242 584 434
4 5 6 7 8 9 10 11 12 13
TIC MS 175pgmL
Rel
ativ
e A
bund
uanc
e
Time (min)
37
Calibration range 006-1000 pgmL - Flutolanil
60fg On Column 45 orders of magnitudeIon Ratio overlay
38
Results of Compounds Detected in a WWTP Sample
39
Identification of Emerging Contaminants
Data Analysis Workflow
Target screening
Are compounds x y amp z present in this sample
Non-target screening
Which compounds are present in this sample
Suspect screening
Which compounds of a defined list are present in this sample
40
LCMS Workflows for Environmental and Food Safety
41
Tools to Develop methods for Known and Emerging contaminants
Raw Sample bull Accelerated Solvent Extraction (ASE)
Dionex ASE
Dionex UHPLC 3000
EQuan MAX Plus bull Equan MAX Plus online sample prep LCMS
Customized Reporting
bull Custom software to meet the needs of your workflow
bull TraceFinder SIEVE mzCloud
TSQ Quantiva TSQ Endura
bull TSQ Series Mass Spectrometers triple stage quadrupole LC-MSMS and GC MSMS for high sensitivity quantitation
bull Exactive Plus and Q Exactive Mass Spectrometers High Resolution Accurate Mass to identify quantify and confirm
Orbitrap HRAM
Orbitrap Fusion
42
Transform Your Science
EQuan MAX Plus Solution ndash Gain Vs Conventional Injections
T r ia z in e P e s t M ix _ 1 0 p p t _ 1 0 0 0 u l_ 0 4 3 2 4 2 0 0 5 1 1 0 0 1 A M
R T 5 9 8 - 8 0 0 N L 8 1 0 E 4
1 0 0
10 ul injection
T I C F + c E S I si d = -1 0 0 0 S R M m s2 2 1 6 1 3 -1 8 0 0 [ 9 5 1 7 4 0 0 ] M S t r i a z i n e p e st m i x _ 1 0 p p t _
9 0 1 0 u l _ 0 5
8 5
8 0
7 5
7 0
6 5
6 0
Rel
ativ
e A
bund
ance
5 5
5 0
R T 5 9 8 - 8 0 2 R T 6 9 1 N L 8 1 0 E 4 A A 3 1 9 9 9 9 T I C F + c E S I si d = -1 0 0 0 S N 1 1 6 R M S S R M m s2 2 1 6 1 3 -1 8 0 0
1 0 0 [ 1 7 4 0 0 ] M S I C I S T r i a z i n e P e st M i x _ 1 0 p p t _ 1
9 5 0 0 0 u l _ 0 4
9 0
8 5
8 0
7 5
7 0
1000 ul injection6 5
6 0
Rel
ativ
e A
bund
ance
5 5
5 0
4 5 4 5
4 0
3 5
3 0
2 5
2 0
1 5
1 0
5
0 6 0 6 5 7 0
T i m e (m
4 0
3 5
3 0
2 5
2 0
1 5
1 0
5
0 7 5 8 0 6 0 6 5 7 0 7 5 8 0
i n ) T i m e (m i n )
10 ppt Atrazine in ground water
26
Sensitivity Speed amp Robustness for EFS high throughput laboratories
27
TSQ Endura Extreme quantitative value bull Designed for non-stop operation
bull For scientist who need to run routine samples day in and day out
TSQ Quantiva Extreme quantitative performance bull Designed for the most challenging
assays
bull For scientists needing to stay at the forefront of analytical technology
TSQ Quantiva TSQ Endura Mass Range 10-1850 10-3400
Max SRM Number 30000 SRMs 30000 SRMs
SRMSec 500 SRMssec 500 SRMssec
Ion Optics Active Ion Management (AIM)
bull Ion Max NG source bull Electrodynamic ion
funnel bull ion beam guide with
neutral blocker bull 6 mm HyperQuad
quadrupoles with asymmetric RF drive
S- LENS with Beam Blocker Technology
Quadrupole Design 4mm Quadrupoles with Asymetric RF
Reserpine Specification
100000 1 SN for 1 pg Reserpine
10000 1 SN for 1 pg Reserpine
elostrade
From Identification
28
Challenge Orbitrap V MS Confidently identify unknownemerging contaminantshelliphelliphelliphellip
High-Resolution Accurate Mass for identification of unknown emerging contaminants
To Routine Quantitation
Challenge EQuan MAX Plus and TSQ Quantivatrade MS
Followed by routine quantitation Online sample prep LCMS forquantitation of emergingcontaminants identified by the Orbitrap Velos
29
Analysis of Targeted and Non-targeted Contaminants in Storm Water Retention Ponds Emerging Contaminants from ID to Quantitation The Total Thermo Scientific Solution
Gordon Getzinger ndash Duke University Jonathan Beck PhD ndash Thermo Fisher Scientific
UHPLC-HRMS An Emerging Technique for ldquoHelping Contaminants Emergerdquo bull Target screening ― Monitor known contaminants using reference standards
bull Suspect screening ― Screen high-resolution accurate-mass data against
molecular databases of suspected contaminants bull Non-target screening ― Assign molecular and structural formula to
chromatographic features without previous knowledge of contaminant presence or identity
Krauss et al LC-high resolution MS in environmental analysis from target screening to the identification of unknowns (2010) Anal Bioanal Chem 397 [3]
31
Emerging Contaminant ID to Quantitation Workflow
bull Reclaimed waste water used for irrigation on a golf course for emerging contaminants (PPCPs) bull Lee Ferguson and Gordon Getzinger Environmental Chemistry Duke University USA
Acquire Fast Identify Develop Routine HRAM Data Contaminants Quantitative Quantitation
Assay
ExactFinder Software
Etofenprox Benzotriazole
Propanamide Acephate Allethrin
32
Kiawah Island SC USA
WWTPLand application of WW for golf course irrigation
Question Which microcontaminants are entering the aquatic environment as a result of wastewater reuse practices
33
Typical Sampling Site
34
Variety of Sampling Sites
Sample Site Inputs
Pond 5 Golf course runoff
Pond 25 Golf course runoff
Pond 43 Residential stormwater
Wastewater lagoon Treated municpal wastewater
Wastewater Composite 24hr composite effluent
Well 1 Infiltration from pond 25
Well 7 Infiltration from pond 5
35
Quantitation of Samples
bull Use a triple quad for quantitation bull Analyze samples directly no offline SPE to save time and
money bull Remove variables and sources of experimental error by
automated extraction and preconcentration bull An ideal solution for this challenge ishellip
36
What Did We Want to See in the Quantitation Experiment
bull Quantitative results at low concentrationshellip low and sub PPT levels
bull Calibration range bull 006 pgmL ndash 1000 pgmL
RT 400-1357
bull With a 1mL injection thatrsquos 60 fg ndash 1000 pg on column 968 NL 107E6 100
90
80
70
60
TIC of 175 pgmL injected standard 50
175 pg on column 40
30
20
10
0
979
1026 687 1037
1126 946
817 785 663 1151 601 1242 584 434
4 5 6 7 8 9 10 11 12 13
TIC MS 175pgmL
Rel
ativ
e A
bund
uanc
e
Time (min)
37
Calibration range 006-1000 pgmL - Flutolanil
60fg On Column 45 orders of magnitudeIon Ratio overlay
38
Results of Compounds Detected in a WWTP Sample
39
Identification of Emerging Contaminants
Data Analysis Workflow
Target screening
Are compounds x y amp z present in this sample
Non-target screening
Which compounds are present in this sample
Suspect screening
Which compounds of a defined list are present in this sample
40
LCMS Workflows for Environmental and Food Safety
41
Tools to Develop methods for Known and Emerging contaminants
Raw Sample bull Accelerated Solvent Extraction (ASE)
Dionex ASE
Dionex UHPLC 3000
EQuan MAX Plus bull Equan MAX Plus online sample prep LCMS
Customized Reporting
bull Custom software to meet the needs of your workflow
bull TraceFinder SIEVE mzCloud
TSQ Quantiva TSQ Endura
bull TSQ Series Mass Spectrometers triple stage quadrupole LC-MSMS and GC MSMS for high sensitivity quantitation
bull Exactive Plus and Q Exactive Mass Spectrometers High Resolution Accurate Mass to identify quantify and confirm
Orbitrap HRAM
Orbitrap Fusion
42
Transform Your Science
Sensitivity Speed amp Robustness for EFS high throughput laboratories
27
TSQ Endura Extreme quantitative value bull Designed for non-stop operation
bull For scientist who need to run routine samples day in and day out
TSQ Quantiva Extreme quantitative performance bull Designed for the most challenging
assays
bull For scientists needing to stay at the forefront of analytical technology
TSQ Quantiva TSQ Endura Mass Range 10-1850 10-3400
Max SRM Number 30000 SRMs 30000 SRMs
SRMSec 500 SRMssec 500 SRMssec
Ion Optics Active Ion Management (AIM)
bull Ion Max NG source bull Electrodynamic ion
funnel bull ion beam guide with
neutral blocker bull 6 mm HyperQuad
quadrupoles with asymmetric RF drive
S- LENS with Beam Blocker Technology
Quadrupole Design 4mm Quadrupoles with Asymetric RF
Reserpine Specification
100000 1 SN for 1 pg Reserpine
10000 1 SN for 1 pg Reserpine
elostrade
From Identification
28
Challenge Orbitrap V MS Confidently identify unknownemerging contaminantshelliphelliphelliphellip
High-Resolution Accurate Mass for identification of unknown emerging contaminants
To Routine Quantitation
Challenge EQuan MAX Plus and TSQ Quantivatrade MS
Followed by routine quantitation Online sample prep LCMS forquantitation of emergingcontaminants identified by the Orbitrap Velos
29
Analysis of Targeted and Non-targeted Contaminants in Storm Water Retention Ponds Emerging Contaminants from ID to Quantitation The Total Thermo Scientific Solution
Gordon Getzinger ndash Duke University Jonathan Beck PhD ndash Thermo Fisher Scientific
UHPLC-HRMS An Emerging Technique for ldquoHelping Contaminants Emergerdquo bull Target screening ― Monitor known contaminants using reference standards
bull Suspect screening ― Screen high-resolution accurate-mass data against
molecular databases of suspected contaminants bull Non-target screening ― Assign molecular and structural formula to
chromatographic features without previous knowledge of contaminant presence or identity
Krauss et al LC-high resolution MS in environmental analysis from target screening to the identification of unknowns (2010) Anal Bioanal Chem 397 [3]
31
Emerging Contaminant ID to Quantitation Workflow
bull Reclaimed waste water used for irrigation on a golf course for emerging contaminants (PPCPs) bull Lee Ferguson and Gordon Getzinger Environmental Chemistry Duke University USA
Acquire Fast Identify Develop Routine HRAM Data Contaminants Quantitative Quantitation
Assay
ExactFinder Software
Etofenprox Benzotriazole
Propanamide Acephate Allethrin
32
Kiawah Island SC USA
WWTPLand application of WW for golf course irrigation
Question Which microcontaminants are entering the aquatic environment as a result of wastewater reuse practices
33
Typical Sampling Site
34
Variety of Sampling Sites
Sample Site Inputs
Pond 5 Golf course runoff
Pond 25 Golf course runoff
Pond 43 Residential stormwater
Wastewater lagoon Treated municpal wastewater
Wastewater Composite 24hr composite effluent
Well 1 Infiltration from pond 25
Well 7 Infiltration from pond 5
35
Quantitation of Samples
bull Use a triple quad for quantitation bull Analyze samples directly no offline SPE to save time and
money bull Remove variables and sources of experimental error by
automated extraction and preconcentration bull An ideal solution for this challenge ishellip
36
What Did We Want to See in the Quantitation Experiment
bull Quantitative results at low concentrationshellip low and sub PPT levels
bull Calibration range bull 006 pgmL ndash 1000 pgmL
RT 400-1357
bull With a 1mL injection thatrsquos 60 fg ndash 1000 pg on column 968 NL 107E6 100
90
80
70
60
TIC of 175 pgmL injected standard 50
175 pg on column 40
30
20
10
0
979
1026 687 1037
1126 946
817 785 663 1151 601 1242 584 434
4 5 6 7 8 9 10 11 12 13
TIC MS 175pgmL
Rel
ativ
e A
bund
uanc
e
Time (min)
37
Calibration range 006-1000 pgmL - Flutolanil
60fg On Column 45 orders of magnitudeIon Ratio overlay
38
Results of Compounds Detected in a WWTP Sample
39
Identification of Emerging Contaminants
Data Analysis Workflow
Target screening
Are compounds x y amp z present in this sample
Non-target screening
Which compounds are present in this sample
Suspect screening
Which compounds of a defined list are present in this sample
40
LCMS Workflows for Environmental and Food Safety
41
Tools to Develop methods for Known and Emerging contaminants
Raw Sample bull Accelerated Solvent Extraction (ASE)
Dionex ASE
Dionex UHPLC 3000
EQuan MAX Plus bull Equan MAX Plus online sample prep LCMS
Customized Reporting
bull Custom software to meet the needs of your workflow
bull TraceFinder SIEVE mzCloud
TSQ Quantiva TSQ Endura
bull TSQ Series Mass Spectrometers triple stage quadrupole LC-MSMS and GC MSMS for high sensitivity quantitation
bull Exactive Plus and Q Exactive Mass Spectrometers High Resolution Accurate Mass to identify quantify and confirm
Orbitrap HRAM
Orbitrap Fusion
42
Transform Your Science
elostrade
From Identification
28
Challenge Orbitrap V MS Confidently identify unknownemerging contaminantshelliphelliphelliphellip
High-Resolution Accurate Mass for identification of unknown emerging contaminants
To Routine Quantitation
Challenge EQuan MAX Plus and TSQ Quantivatrade MS
Followed by routine quantitation Online sample prep LCMS forquantitation of emergingcontaminants identified by the Orbitrap Velos
29
Analysis of Targeted and Non-targeted Contaminants in Storm Water Retention Ponds Emerging Contaminants from ID to Quantitation The Total Thermo Scientific Solution
Gordon Getzinger ndash Duke University Jonathan Beck PhD ndash Thermo Fisher Scientific
UHPLC-HRMS An Emerging Technique for ldquoHelping Contaminants Emergerdquo bull Target screening ― Monitor known contaminants using reference standards
bull Suspect screening ― Screen high-resolution accurate-mass data against
molecular databases of suspected contaminants bull Non-target screening ― Assign molecular and structural formula to
chromatographic features without previous knowledge of contaminant presence or identity
Krauss et al LC-high resolution MS in environmental analysis from target screening to the identification of unknowns (2010) Anal Bioanal Chem 397 [3]
31
Emerging Contaminant ID to Quantitation Workflow
bull Reclaimed waste water used for irrigation on a golf course for emerging contaminants (PPCPs) bull Lee Ferguson and Gordon Getzinger Environmental Chemistry Duke University USA
Acquire Fast Identify Develop Routine HRAM Data Contaminants Quantitative Quantitation
Assay
ExactFinder Software
Etofenprox Benzotriazole
Propanamide Acephate Allethrin
32
Kiawah Island SC USA
WWTPLand application of WW for golf course irrigation
Question Which microcontaminants are entering the aquatic environment as a result of wastewater reuse practices
33
Typical Sampling Site
34
Variety of Sampling Sites
Sample Site Inputs
Pond 5 Golf course runoff
Pond 25 Golf course runoff
Pond 43 Residential stormwater
Wastewater lagoon Treated municpal wastewater
Wastewater Composite 24hr composite effluent
Well 1 Infiltration from pond 25
Well 7 Infiltration from pond 5
35
Quantitation of Samples
bull Use a triple quad for quantitation bull Analyze samples directly no offline SPE to save time and
money bull Remove variables and sources of experimental error by
automated extraction and preconcentration bull An ideal solution for this challenge ishellip
36
What Did We Want to See in the Quantitation Experiment
bull Quantitative results at low concentrationshellip low and sub PPT levels
bull Calibration range bull 006 pgmL ndash 1000 pgmL
RT 400-1357
bull With a 1mL injection thatrsquos 60 fg ndash 1000 pg on column 968 NL 107E6 100
90
80
70
60
TIC of 175 pgmL injected standard 50
175 pg on column 40
30
20
10
0
979
1026 687 1037
1126 946
817 785 663 1151 601 1242 584 434
4 5 6 7 8 9 10 11 12 13
TIC MS 175pgmL
Rel
ativ
e A
bund
uanc
e
Time (min)
37
Calibration range 006-1000 pgmL - Flutolanil
60fg On Column 45 orders of magnitudeIon Ratio overlay
38
Results of Compounds Detected in a WWTP Sample
39
Identification of Emerging Contaminants
Data Analysis Workflow
Target screening
Are compounds x y amp z present in this sample
Non-target screening
Which compounds are present in this sample
Suspect screening
Which compounds of a defined list are present in this sample
40
LCMS Workflows for Environmental and Food Safety
41
Tools to Develop methods for Known and Emerging contaminants
Raw Sample bull Accelerated Solvent Extraction (ASE)
Dionex ASE
Dionex UHPLC 3000
EQuan MAX Plus bull Equan MAX Plus online sample prep LCMS
Customized Reporting
bull Custom software to meet the needs of your workflow
bull TraceFinder SIEVE mzCloud
TSQ Quantiva TSQ Endura
bull TSQ Series Mass Spectrometers triple stage quadrupole LC-MSMS and GC MSMS for high sensitivity quantitation
bull Exactive Plus and Q Exactive Mass Spectrometers High Resolution Accurate Mass to identify quantify and confirm
Orbitrap HRAM
Orbitrap Fusion
42
Transform Your Science
To Routine Quantitation
Challenge EQuan MAX Plus and TSQ Quantivatrade MS
Followed by routine quantitation Online sample prep LCMS forquantitation of emergingcontaminants identified by the Orbitrap Velos
29
Analysis of Targeted and Non-targeted Contaminants in Storm Water Retention Ponds Emerging Contaminants from ID to Quantitation The Total Thermo Scientific Solution
Gordon Getzinger ndash Duke University Jonathan Beck PhD ndash Thermo Fisher Scientific
UHPLC-HRMS An Emerging Technique for ldquoHelping Contaminants Emergerdquo bull Target screening ― Monitor known contaminants using reference standards
bull Suspect screening ― Screen high-resolution accurate-mass data against
molecular databases of suspected contaminants bull Non-target screening ― Assign molecular and structural formula to
chromatographic features without previous knowledge of contaminant presence or identity
Krauss et al LC-high resolution MS in environmental analysis from target screening to the identification of unknowns (2010) Anal Bioanal Chem 397 [3]
31
Emerging Contaminant ID to Quantitation Workflow
bull Reclaimed waste water used for irrigation on a golf course for emerging contaminants (PPCPs) bull Lee Ferguson and Gordon Getzinger Environmental Chemistry Duke University USA
Acquire Fast Identify Develop Routine HRAM Data Contaminants Quantitative Quantitation
Assay
ExactFinder Software
Etofenprox Benzotriazole
Propanamide Acephate Allethrin
32
Kiawah Island SC USA
WWTPLand application of WW for golf course irrigation
Question Which microcontaminants are entering the aquatic environment as a result of wastewater reuse practices
33
Typical Sampling Site
34
Variety of Sampling Sites
Sample Site Inputs
Pond 5 Golf course runoff
Pond 25 Golf course runoff
Pond 43 Residential stormwater
Wastewater lagoon Treated municpal wastewater
Wastewater Composite 24hr composite effluent
Well 1 Infiltration from pond 25
Well 7 Infiltration from pond 5
35
Quantitation of Samples
bull Use a triple quad for quantitation bull Analyze samples directly no offline SPE to save time and
money bull Remove variables and sources of experimental error by
automated extraction and preconcentration bull An ideal solution for this challenge ishellip
36
What Did We Want to See in the Quantitation Experiment
bull Quantitative results at low concentrationshellip low and sub PPT levels
bull Calibration range bull 006 pgmL ndash 1000 pgmL
RT 400-1357
bull With a 1mL injection thatrsquos 60 fg ndash 1000 pg on column 968 NL 107E6 100
90
80
70
60
TIC of 175 pgmL injected standard 50
175 pg on column 40
30
20
10
0
979
1026 687 1037
1126 946
817 785 663 1151 601 1242 584 434
4 5 6 7 8 9 10 11 12 13
TIC MS 175pgmL
Rel
ativ
e A
bund
uanc
e
Time (min)
37
Calibration range 006-1000 pgmL - Flutolanil
60fg On Column 45 orders of magnitudeIon Ratio overlay
38
Results of Compounds Detected in a WWTP Sample
39
Identification of Emerging Contaminants
Data Analysis Workflow
Target screening
Are compounds x y amp z present in this sample
Non-target screening
Which compounds are present in this sample
Suspect screening
Which compounds of a defined list are present in this sample
40
LCMS Workflows for Environmental and Food Safety
41
Tools to Develop methods for Known and Emerging contaminants
Raw Sample bull Accelerated Solvent Extraction (ASE)
Dionex ASE
Dionex UHPLC 3000
EQuan MAX Plus bull Equan MAX Plus online sample prep LCMS
Customized Reporting
bull Custom software to meet the needs of your workflow
bull TraceFinder SIEVE mzCloud
TSQ Quantiva TSQ Endura
bull TSQ Series Mass Spectrometers triple stage quadrupole LC-MSMS and GC MSMS for high sensitivity quantitation
bull Exactive Plus and Q Exactive Mass Spectrometers High Resolution Accurate Mass to identify quantify and confirm
Orbitrap HRAM
Orbitrap Fusion
42
Transform Your Science
Analysis of Targeted and Non-targeted Contaminants in Storm Water Retention Ponds Emerging Contaminants from ID to Quantitation The Total Thermo Scientific Solution
Gordon Getzinger ndash Duke University Jonathan Beck PhD ndash Thermo Fisher Scientific
UHPLC-HRMS An Emerging Technique for ldquoHelping Contaminants Emergerdquo bull Target screening ― Monitor known contaminants using reference standards
bull Suspect screening ― Screen high-resolution accurate-mass data against
molecular databases of suspected contaminants bull Non-target screening ― Assign molecular and structural formula to
chromatographic features without previous knowledge of contaminant presence or identity
Krauss et al LC-high resolution MS in environmental analysis from target screening to the identification of unknowns (2010) Anal Bioanal Chem 397 [3]
31
Emerging Contaminant ID to Quantitation Workflow
bull Reclaimed waste water used for irrigation on a golf course for emerging contaminants (PPCPs) bull Lee Ferguson and Gordon Getzinger Environmental Chemistry Duke University USA
Acquire Fast Identify Develop Routine HRAM Data Contaminants Quantitative Quantitation
Assay
ExactFinder Software
Etofenprox Benzotriazole
Propanamide Acephate Allethrin
32
Kiawah Island SC USA
WWTPLand application of WW for golf course irrigation
Question Which microcontaminants are entering the aquatic environment as a result of wastewater reuse practices
33
Typical Sampling Site
34
Variety of Sampling Sites
Sample Site Inputs
Pond 5 Golf course runoff
Pond 25 Golf course runoff
Pond 43 Residential stormwater
Wastewater lagoon Treated municpal wastewater
Wastewater Composite 24hr composite effluent
Well 1 Infiltration from pond 25
Well 7 Infiltration from pond 5
35
Quantitation of Samples
bull Use a triple quad for quantitation bull Analyze samples directly no offline SPE to save time and
money bull Remove variables and sources of experimental error by
automated extraction and preconcentration bull An ideal solution for this challenge ishellip
36
What Did We Want to See in the Quantitation Experiment
bull Quantitative results at low concentrationshellip low and sub PPT levels
bull Calibration range bull 006 pgmL ndash 1000 pgmL
RT 400-1357
bull With a 1mL injection thatrsquos 60 fg ndash 1000 pg on column 968 NL 107E6 100
90
80
70
60
TIC of 175 pgmL injected standard 50
175 pg on column 40
30
20
10
0
979
1026 687 1037
1126 946
817 785 663 1151 601 1242 584 434
4 5 6 7 8 9 10 11 12 13
TIC MS 175pgmL
Rel
ativ
e A
bund
uanc
e
Time (min)
37
Calibration range 006-1000 pgmL - Flutolanil
60fg On Column 45 orders of magnitudeIon Ratio overlay
38
Results of Compounds Detected in a WWTP Sample
39
Identification of Emerging Contaminants
Data Analysis Workflow
Target screening
Are compounds x y amp z present in this sample
Non-target screening
Which compounds are present in this sample
Suspect screening
Which compounds of a defined list are present in this sample
40
LCMS Workflows for Environmental and Food Safety
41
Tools to Develop methods for Known and Emerging contaminants
Raw Sample bull Accelerated Solvent Extraction (ASE)
Dionex ASE
Dionex UHPLC 3000
EQuan MAX Plus bull Equan MAX Plus online sample prep LCMS
Customized Reporting
bull Custom software to meet the needs of your workflow
bull TraceFinder SIEVE mzCloud
TSQ Quantiva TSQ Endura
bull TSQ Series Mass Spectrometers triple stage quadrupole LC-MSMS and GC MSMS for high sensitivity quantitation
bull Exactive Plus and Q Exactive Mass Spectrometers High Resolution Accurate Mass to identify quantify and confirm
Orbitrap HRAM
Orbitrap Fusion
42
Transform Your Science
UHPLC-HRMS An Emerging Technique for ldquoHelping Contaminants Emergerdquo bull Target screening ― Monitor known contaminants using reference standards
bull Suspect screening ― Screen high-resolution accurate-mass data against
molecular databases of suspected contaminants bull Non-target screening ― Assign molecular and structural formula to
chromatographic features without previous knowledge of contaminant presence or identity
Krauss et al LC-high resolution MS in environmental analysis from target screening to the identification of unknowns (2010) Anal Bioanal Chem 397 [3]
31
Emerging Contaminant ID to Quantitation Workflow
bull Reclaimed waste water used for irrigation on a golf course for emerging contaminants (PPCPs) bull Lee Ferguson and Gordon Getzinger Environmental Chemistry Duke University USA
Acquire Fast Identify Develop Routine HRAM Data Contaminants Quantitative Quantitation
Assay
ExactFinder Software
Etofenprox Benzotriazole
Propanamide Acephate Allethrin
32
Kiawah Island SC USA
WWTPLand application of WW for golf course irrigation
Question Which microcontaminants are entering the aquatic environment as a result of wastewater reuse practices
33
Typical Sampling Site
34
Variety of Sampling Sites
Sample Site Inputs
Pond 5 Golf course runoff
Pond 25 Golf course runoff
Pond 43 Residential stormwater
Wastewater lagoon Treated municpal wastewater
Wastewater Composite 24hr composite effluent
Well 1 Infiltration from pond 25
Well 7 Infiltration from pond 5
35
Quantitation of Samples
bull Use a triple quad for quantitation bull Analyze samples directly no offline SPE to save time and
money bull Remove variables and sources of experimental error by
automated extraction and preconcentration bull An ideal solution for this challenge ishellip
36
What Did We Want to See in the Quantitation Experiment
bull Quantitative results at low concentrationshellip low and sub PPT levels
bull Calibration range bull 006 pgmL ndash 1000 pgmL
RT 400-1357
bull With a 1mL injection thatrsquos 60 fg ndash 1000 pg on column 968 NL 107E6 100
90
80
70
60
TIC of 175 pgmL injected standard 50
175 pg on column 40
30
20
10
0
979
1026 687 1037
1126 946
817 785 663 1151 601 1242 584 434
4 5 6 7 8 9 10 11 12 13
TIC MS 175pgmL
Rel
ativ
e A
bund
uanc
e
Time (min)
37
Calibration range 006-1000 pgmL - Flutolanil
60fg On Column 45 orders of magnitudeIon Ratio overlay
38
Results of Compounds Detected in a WWTP Sample
39
Identification of Emerging Contaminants
Data Analysis Workflow
Target screening
Are compounds x y amp z present in this sample
Non-target screening
Which compounds are present in this sample
Suspect screening
Which compounds of a defined list are present in this sample
40
LCMS Workflows for Environmental and Food Safety
41
Tools to Develop methods for Known and Emerging contaminants
Raw Sample bull Accelerated Solvent Extraction (ASE)
Dionex ASE
Dionex UHPLC 3000
EQuan MAX Plus bull Equan MAX Plus online sample prep LCMS
Customized Reporting
bull Custom software to meet the needs of your workflow
bull TraceFinder SIEVE mzCloud
TSQ Quantiva TSQ Endura
bull TSQ Series Mass Spectrometers triple stage quadrupole LC-MSMS and GC MSMS for high sensitivity quantitation
bull Exactive Plus and Q Exactive Mass Spectrometers High Resolution Accurate Mass to identify quantify and confirm
Orbitrap HRAM
Orbitrap Fusion
42
Transform Your Science
Emerging Contaminant ID to Quantitation Workflow
bull Reclaimed waste water used for irrigation on a golf course for emerging contaminants (PPCPs) bull Lee Ferguson and Gordon Getzinger Environmental Chemistry Duke University USA
Acquire Fast Identify Develop Routine HRAM Data Contaminants Quantitative Quantitation
Assay
ExactFinder Software
Etofenprox Benzotriazole
Propanamide Acephate Allethrin
32
Kiawah Island SC USA
WWTPLand application of WW for golf course irrigation
Question Which microcontaminants are entering the aquatic environment as a result of wastewater reuse practices
33
Typical Sampling Site
34
Variety of Sampling Sites
Sample Site Inputs
Pond 5 Golf course runoff
Pond 25 Golf course runoff
Pond 43 Residential stormwater
Wastewater lagoon Treated municpal wastewater
Wastewater Composite 24hr composite effluent
Well 1 Infiltration from pond 25
Well 7 Infiltration from pond 5
35
Quantitation of Samples
bull Use a triple quad for quantitation bull Analyze samples directly no offline SPE to save time and
money bull Remove variables and sources of experimental error by
automated extraction and preconcentration bull An ideal solution for this challenge ishellip
36
What Did We Want to See in the Quantitation Experiment
bull Quantitative results at low concentrationshellip low and sub PPT levels
bull Calibration range bull 006 pgmL ndash 1000 pgmL
RT 400-1357
bull With a 1mL injection thatrsquos 60 fg ndash 1000 pg on column 968 NL 107E6 100
90
80
70
60
TIC of 175 pgmL injected standard 50
175 pg on column 40
30
20
10
0
979
1026 687 1037
1126 946
817 785 663 1151 601 1242 584 434
4 5 6 7 8 9 10 11 12 13
TIC MS 175pgmL
Rel
ativ
e A
bund
uanc
e
Time (min)
37
Calibration range 006-1000 pgmL - Flutolanil
60fg On Column 45 orders of magnitudeIon Ratio overlay
38
Results of Compounds Detected in a WWTP Sample
39
Identification of Emerging Contaminants
Data Analysis Workflow
Target screening
Are compounds x y amp z present in this sample
Non-target screening
Which compounds are present in this sample
Suspect screening
Which compounds of a defined list are present in this sample
40
LCMS Workflows for Environmental and Food Safety
41
Tools to Develop methods for Known and Emerging contaminants
Raw Sample bull Accelerated Solvent Extraction (ASE)
Dionex ASE
Dionex UHPLC 3000
EQuan MAX Plus bull Equan MAX Plus online sample prep LCMS
Customized Reporting
bull Custom software to meet the needs of your workflow
bull TraceFinder SIEVE mzCloud
TSQ Quantiva TSQ Endura
bull TSQ Series Mass Spectrometers triple stage quadrupole LC-MSMS and GC MSMS for high sensitivity quantitation
bull Exactive Plus and Q Exactive Mass Spectrometers High Resolution Accurate Mass to identify quantify and confirm
Orbitrap HRAM
Orbitrap Fusion
42
Transform Your Science
Kiawah Island SC USA
WWTPLand application of WW for golf course irrigation
Question Which microcontaminants are entering the aquatic environment as a result of wastewater reuse practices
33
Typical Sampling Site
34
Variety of Sampling Sites
Sample Site Inputs
Pond 5 Golf course runoff
Pond 25 Golf course runoff
Pond 43 Residential stormwater
Wastewater lagoon Treated municpal wastewater
Wastewater Composite 24hr composite effluent
Well 1 Infiltration from pond 25
Well 7 Infiltration from pond 5
35
Quantitation of Samples
bull Use a triple quad for quantitation bull Analyze samples directly no offline SPE to save time and
money bull Remove variables and sources of experimental error by
automated extraction and preconcentration bull An ideal solution for this challenge ishellip
36
What Did We Want to See in the Quantitation Experiment
bull Quantitative results at low concentrationshellip low and sub PPT levels
bull Calibration range bull 006 pgmL ndash 1000 pgmL
RT 400-1357
bull With a 1mL injection thatrsquos 60 fg ndash 1000 pg on column 968 NL 107E6 100
90
80
70
60
TIC of 175 pgmL injected standard 50
175 pg on column 40
30
20
10
0
979
1026 687 1037
1126 946
817 785 663 1151 601 1242 584 434
4 5 6 7 8 9 10 11 12 13
TIC MS 175pgmL
Rel
ativ
e A
bund
uanc
e
Time (min)
37
Calibration range 006-1000 pgmL - Flutolanil
60fg On Column 45 orders of magnitudeIon Ratio overlay
38
Results of Compounds Detected in a WWTP Sample
39
Identification of Emerging Contaminants
Data Analysis Workflow
Target screening
Are compounds x y amp z present in this sample
Non-target screening
Which compounds are present in this sample
Suspect screening
Which compounds of a defined list are present in this sample
40
LCMS Workflows for Environmental and Food Safety
41
Tools to Develop methods for Known and Emerging contaminants
Raw Sample bull Accelerated Solvent Extraction (ASE)
Dionex ASE
Dionex UHPLC 3000
EQuan MAX Plus bull Equan MAX Plus online sample prep LCMS
Customized Reporting
bull Custom software to meet the needs of your workflow
bull TraceFinder SIEVE mzCloud
TSQ Quantiva TSQ Endura
bull TSQ Series Mass Spectrometers triple stage quadrupole LC-MSMS and GC MSMS for high sensitivity quantitation
bull Exactive Plus and Q Exactive Mass Spectrometers High Resolution Accurate Mass to identify quantify and confirm
Orbitrap HRAM
Orbitrap Fusion
42
Transform Your Science
Typical Sampling Site
34
Variety of Sampling Sites
Sample Site Inputs
Pond 5 Golf course runoff
Pond 25 Golf course runoff
Pond 43 Residential stormwater
Wastewater lagoon Treated municpal wastewater
Wastewater Composite 24hr composite effluent
Well 1 Infiltration from pond 25
Well 7 Infiltration from pond 5
35
Quantitation of Samples
bull Use a triple quad for quantitation bull Analyze samples directly no offline SPE to save time and
money bull Remove variables and sources of experimental error by
automated extraction and preconcentration bull An ideal solution for this challenge ishellip
36
What Did We Want to See in the Quantitation Experiment
bull Quantitative results at low concentrationshellip low and sub PPT levels
bull Calibration range bull 006 pgmL ndash 1000 pgmL
RT 400-1357
bull With a 1mL injection thatrsquos 60 fg ndash 1000 pg on column 968 NL 107E6 100
90
80
70
60
TIC of 175 pgmL injected standard 50
175 pg on column 40
30
20
10
0
979
1026 687 1037
1126 946
817 785 663 1151 601 1242 584 434
4 5 6 7 8 9 10 11 12 13
TIC MS 175pgmL
Rel
ativ
e A
bund
uanc
e
Time (min)
37
Calibration range 006-1000 pgmL - Flutolanil
60fg On Column 45 orders of magnitudeIon Ratio overlay
38
Results of Compounds Detected in a WWTP Sample
39
Identification of Emerging Contaminants
Data Analysis Workflow
Target screening
Are compounds x y amp z present in this sample
Non-target screening
Which compounds are present in this sample
Suspect screening
Which compounds of a defined list are present in this sample
40
LCMS Workflows for Environmental and Food Safety
41
Tools to Develop methods for Known and Emerging contaminants
Raw Sample bull Accelerated Solvent Extraction (ASE)
Dionex ASE
Dionex UHPLC 3000
EQuan MAX Plus bull Equan MAX Plus online sample prep LCMS
Customized Reporting
bull Custom software to meet the needs of your workflow
bull TraceFinder SIEVE mzCloud
TSQ Quantiva TSQ Endura
bull TSQ Series Mass Spectrometers triple stage quadrupole LC-MSMS and GC MSMS for high sensitivity quantitation
bull Exactive Plus and Q Exactive Mass Spectrometers High Resolution Accurate Mass to identify quantify and confirm
Orbitrap HRAM
Orbitrap Fusion
42
Transform Your Science
Variety of Sampling Sites
Sample Site Inputs
Pond 5 Golf course runoff
Pond 25 Golf course runoff
Pond 43 Residential stormwater
Wastewater lagoon Treated municpal wastewater
Wastewater Composite 24hr composite effluent
Well 1 Infiltration from pond 25
Well 7 Infiltration from pond 5
35
Quantitation of Samples
bull Use a triple quad for quantitation bull Analyze samples directly no offline SPE to save time and
money bull Remove variables and sources of experimental error by
automated extraction and preconcentration bull An ideal solution for this challenge ishellip
36
What Did We Want to See in the Quantitation Experiment
bull Quantitative results at low concentrationshellip low and sub PPT levels
bull Calibration range bull 006 pgmL ndash 1000 pgmL
RT 400-1357
bull With a 1mL injection thatrsquos 60 fg ndash 1000 pg on column 968 NL 107E6 100
90
80
70
60
TIC of 175 pgmL injected standard 50
175 pg on column 40
30
20
10
0
979
1026 687 1037
1126 946
817 785 663 1151 601 1242 584 434
4 5 6 7 8 9 10 11 12 13
TIC MS 175pgmL
Rel
ativ
e A
bund
uanc
e
Time (min)
37
Calibration range 006-1000 pgmL - Flutolanil
60fg On Column 45 orders of magnitudeIon Ratio overlay
38
Results of Compounds Detected in a WWTP Sample
39
Identification of Emerging Contaminants
Data Analysis Workflow
Target screening
Are compounds x y amp z present in this sample
Non-target screening
Which compounds are present in this sample
Suspect screening
Which compounds of a defined list are present in this sample
40
LCMS Workflows for Environmental and Food Safety
41
Tools to Develop methods for Known and Emerging contaminants
Raw Sample bull Accelerated Solvent Extraction (ASE)
Dionex ASE
Dionex UHPLC 3000
EQuan MAX Plus bull Equan MAX Plus online sample prep LCMS
Customized Reporting
bull Custom software to meet the needs of your workflow
bull TraceFinder SIEVE mzCloud
TSQ Quantiva TSQ Endura
bull TSQ Series Mass Spectrometers triple stage quadrupole LC-MSMS and GC MSMS for high sensitivity quantitation
bull Exactive Plus and Q Exactive Mass Spectrometers High Resolution Accurate Mass to identify quantify and confirm
Orbitrap HRAM
Orbitrap Fusion
42
Transform Your Science
Quantitation of Samples
bull Use a triple quad for quantitation bull Analyze samples directly no offline SPE to save time and
money bull Remove variables and sources of experimental error by
automated extraction and preconcentration bull An ideal solution for this challenge ishellip
36
What Did We Want to See in the Quantitation Experiment
bull Quantitative results at low concentrationshellip low and sub PPT levels
bull Calibration range bull 006 pgmL ndash 1000 pgmL
RT 400-1357
bull With a 1mL injection thatrsquos 60 fg ndash 1000 pg on column 968 NL 107E6 100
90
80
70
60
TIC of 175 pgmL injected standard 50
175 pg on column 40
30
20
10
0
979
1026 687 1037
1126 946
817 785 663 1151 601 1242 584 434
4 5 6 7 8 9 10 11 12 13
TIC MS 175pgmL
Rel
ativ
e A
bund
uanc
e
Time (min)
37
Calibration range 006-1000 pgmL - Flutolanil
60fg On Column 45 orders of magnitudeIon Ratio overlay
38
Results of Compounds Detected in a WWTP Sample
39
Identification of Emerging Contaminants
Data Analysis Workflow
Target screening
Are compounds x y amp z present in this sample
Non-target screening
Which compounds are present in this sample
Suspect screening
Which compounds of a defined list are present in this sample
40
LCMS Workflows for Environmental and Food Safety
41
Tools to Develop methods for Known and Emerging contaminants
Raw Sample bull Accelerated Solvent Extraction (ASE)
Dionex ASE
Dionex UHPLC 3000
EQuan MAX Plus bull Equan MAX Plus online sample prep LCMS
Customized Reporting
bull Custom software to meet the needs of your workflow
bull TraceFinder SIEVE mzCloud
TSQ Quantiva TSQ Endura
bull TSQ Series Mass Spectrometers triple stage quadrupole LC-MSMS and GC MSMS for high sensitivity quantitation
bull Exactive Plus and Q Exactive Mass Spectrometers High Resolution Accurate Mass to identify quantify and confirm
Orbitrap HRAM
Orbitrap Fusion
42
Transform Your Science
What Did We Want to See in the Quantitation Experiment
bull Quantitative results at low concentrationshellip low and sub PPT levels
bull Calibration range bull 006 pgmL ndash 1000 pgmL
RT 400-1357
bull With a 1mL injection thatrsquos 60 fg ndash 1000 pg on column 968 NL 107E6 100
90
80
70
60
TIC of 175 pgmL injected standard 50
175 pg on column 40
30
20
10
0
979
1026 687 1037
1126 946
817 785 663 1151 601 1242 584 434
4 5 6 7 8 9 10 11 12 13
TIC MS 175pgmL
Rel
ativ
e A
bund
uanc
e
Time (min)
37
Calibration range 006-1000 pgmL - Flutolanil
60fg On Column 45 orders of magnitudeIon Ratio overlay
38
Results of Compounds Detected in a WWTP Sample
39
Identification of Emerging Contaminants
Data Analysis Workflow
Target screening
Are compounds x y amp z present in this sample
Non-target screening
Which compounds are present in this sample
Suspect screening
Which compounds of a defined list are present in this sample
40
LCMS Workflows for Environmental and Food Safety
41
Tools to Develop methods for Known and Emerging contaminants
Raw Sample bull Accelerated Solvent Extraction (ASE)
Dionex ASE
Dionex UHPLC 3000
EQuan MAX Plus bull Equan MAX Plus online sample prep LCMS
Customized Reporting
bull Custom software to meet the needs of your workflow
bull TraceFinder SIEVE mzCloud
TSQ Quantiva TSQ Endura
bull TSQ Series Mass Spectrometers triple stage quadrupole LC-MSMS and GC MSMS for high sensitivity quantitation
bull Exactive Plus and Q Exactive Mass Spectrometers High Resolution Accurate Mass to identify quantify and confirm
Orbitrap HRAM
Orbitrap Fusion
42
Transform Your Science
Calibration range 006-1000 pgmL - Flutolanil
60fg On Column 45 orders of magnitudeIon Ratio overlay
38
Results of Compounds Detected in a WWTP Sample
39
Identification of Emerging Contaminants
Data Analysis Workflow
Target screening
Are compounds x y amp z present in this sample
Non-target screening
Which compounds are present in this sample
Suspect screening
Which compounds of a defined list are present in this sample
40
LCMS Workflows for Environmental and Food Safety
41
Tools to Develop methods for Known and Emerging contaminants
Raw Sample bull Accelerated Solvent Extraction (ASE)
Dionex ASE
Dionex UHPLC 3000
EQuan MAX Plus bull Equan MAX Plus online sample prep LCMS
Customized Reporting
bull Custom software to meet the needs of your workflow
bull TraceFinder SIEVE mzCloud
TSQ Quantiva TSQ Endura
bull TSQ Series Mass Spectrometers triple stage quadrupole LC-MSMS and GC MSMS for high sensitivity quantitation
bull Exactive Plus and Q Exactive Mass Spectrometers High Resolution Accurate Mass to identify quantify and confirm
Orbitrap HRAM
Orbitrap Fusion
42
Transform Your Science
Results of Compounds Detected in a WWTP Sample
39
Identification of Emerging Contaminants
Data Analysis Workflow
Target screening
Are compounds x y amp z present in this sample
Non-target screening
Which compounds are present in this sample
Suspect screening
Which compounds of a defined list are present in this sample
40
LCMS Workflows for Environmental and Food Safety
41
Tools to Develop methods for Known and Emerging contaminants
Raw Sample bull Accelerated Solvent Extraction (ASE)
Dionex ASE
Dionex UHPLC 3000
EQuan MAX Plus bull Equan MAX Plus online sample prep LCMS
Customized Reporting
bull Custom software to meet the needs of your workflow
bull TraceFinder SIEVE mzCloud
TSQ Quantiva TSQ Endura
bull TSQ Series Mass Spectrometers triple stage quadrupole LC-MSMS and GC MSMS for high sensitivity quantitation
bull Exactive Plus and Q Exactive Mass Spectrometers High Resolution Accurate Mass to identify quantify and confirm
Orbitrap HRAM
Orbitrap Fusion
42
Transform Your Science
Identification of Emerging Contaminants
Data Analysis Workflow
Target screening
Are compounds x y amp z present in this sample
Non-target screening
Which compounds are present in this sample
Suspect screening
Which compounds of a defined list are present in this sample
40
LCMS Workflows for Environmental and Food Safety
41
Tools to Develop methods for Known and Emerging contaminants
Raw Sample bull Accelerated Solvent Extraction (ASE)
Dionex ASE
Dionex UHPLC 3000
EQuan MAX Plus bull Equan MAX Plus online sample prep LCMS
Customized Reporting
bull Custom software to meet the needs of your workflow
bull TraceFinder SIEVE mzCloud
TSQ Quantiva TSQ Endura
bull TSQ Series Mass Spectrometers triple stage quadrupole LC-MSMS and GC MSMS for high sensitivity quantitation
bull Exactive Plus and Q Exactive Mass Spectrometers High Resolution Accurate Mass to identify quantify and confirm
Orbitrap HRAM
Orbitrap Fusion
42
Transform Your Science
LCMS Workflows for Environmental and Food Safety
41
Tools to Develop methods for Known and Emerging contaminants
Raw Sample bull Accelerated Solvent Extraction (ASE)
Dionex ASE
Dionex UHPLC 3000
EQuan MAX Plus bull Equan MAX Plus online sample prep LCMS
Customized Reporting
bull Custom software to meet the needs of your workflow
bull TraceFinder SIEVE mzCloud
TSQ Quantiva TSQ Endura
bull TSQ Series Mass Spectrometers triple stage quadrupole LC-MSMS and GC MSMS for high sensitivity quantitation
bull Exactive Plus and Q Exactive Mass Spectrometers High Resolution Accurate Mass to identify quantify and confirm
Orbitrap HRAM
Orbitrap Fusion
42
Transform Your Science
42
Transform Your Science