Glycol Dehydration1

7/18/2019 Glycol Dehydration1

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WELCOMEWELCOME

Welcome

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Presented By

“How To Improve Glycol

Dehydration?”

HCIHCI

Coastal Chemical Co.,Coastal Chemical Co.,

L.L.C.L.L.C.

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Don Ballard’s



What Is Gas Dehydration?What Is Gas Dehydration?

Removal Of Water

From Gas!

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Molecular Sieve Dehdrator esselsMolecular Sieve Dehdrator essels

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Wh Dehdrate "Wh Dehdrate " #revent Gas Free$e%u&s#revent Gas Free$e%u&s

'm&rove (ransmission Efficienc'm&rove (ransmission Efficienc

Minimi$e CorrosionMinimi$e Corrosion

Feed #re&arationFeed #re&aration: Mole Sieve) etc*Mole Sieve) etc*

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Picture of Fouling



Pipeline Valve

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Was (o DetermineWas (o Determine

Water ContentWater Content::

+. #hsical Measurement

,* Gas De- #oint

.* De- #oint De&ression

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De- #ointDe- #oint(he tem&erature at -hich

-ater condenses in /as* Example

Water formed on a cold drin0 container*

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E1uili2rium Water De- #oints -ithE1uili2rium Water De- #oints -ith

arious (EG Concentrationsarious (EG Concentrations

See Page 27

“ How to Improve Glycol Dehydration”

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So) DehdrationSo) Dehdration

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De- #oint De&ressionDe- #oint De&ression

I!

(he 'nlet Gas De- #oint

M'34S (he Effluent Gas De- #oint

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Saturated Gas 5 +667FSaturated Gas 5 +667F

8 2 s o r 2

e r

8 2 s o r 2

e r

Lean Glcol 'nletLean Glcol 'nlet

Rich Glcol OutletRich Glcol Outlet

9 l2* Water Gas 5 +667F9 l2* Water Gas 5 +667F

De- #oint 5 : ;<7De- #oint 5 : ;<7

De- #oint 5 : .,7De- #oint 5 : .,7

De- #oint De&ression is ==7De- #oint De&ression is ==7

: =6 l2* Water Gas: =6 l2* Water Gas + 6 6 6 # S ' G

+ 6 6 6 # S ' G

> Wet ?> Wet ?

> Dr ?> Dr ?

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DEW #O'3( DE#RESS'O3 Examples

Contactor@ A (ras = (ras < (ras

(EG Rate . . .

(EG Wt*

;<*

;;*6

;;*

;;*;

67 =67 =97

.7 =7 9.7

=7 9,7 <.7

;7 9<7 ;=7*Gallons of (EG &er #ound of Water Removed

"ote Dew Point Depression increases #$%&' ( )## P!I increase

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Gas HydratesGas Hydrates

W8(ER W8(ER

DROC8RBO3SDROC8RBO3S

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Natural Gas molecules smaller than n!utane can react "ith li#ui$ or free "ater to

form cr%stalline& sno"li'e soli$ solutions calle$ DR8(ES*

DR8(ES have a specific gravit% from (.) to (.)+ an$ therefore float on "ater

an$ sin' in li#ui$ h%$rocar,ons.



What About What About HHG8S DR8(ESG8S DR8(ESII

•Form above freezing point

•

Flammable•Initially formed from water in liquid state

•Grow in the presence of water vapor

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Process *aria+les

Temperat,re

Press,re

Glycol -oncentration

Glycol -irc,lation .ates

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Water ChartWater Chart

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(EG(EG

See #a/e ,A o- (o 'm&rove Glcol Dehdration



O4(LE(

'3LE(

8#OR LE83 (EG

"

TEG !ystemTEG !ystem

R'C (EGR'C (EG

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F

i l t e

r

F

i l t e

r

C a r 2 o n

C a r 2 o n 8

2 s o r

2 e r

8

2 s o r

2 e r

S

( '

L L

S

( '

L L

FlashJSe&*FlashJSe&*



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G-/0- 1N3



O4(LE(

'3LE(

C

8#OR

LE83 (EG

'nlet K Outlet Filters'nlet K Outlet Filters

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Gas 'nlet

Gas Outlet

'nlet Se&arator'nlet Se&arator

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O4(LE(

'3LE(

C

8#OR

LE83 (EG

/+sor+er

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4!S05!65



/+sor+er /+sor+er Monitor #ressure Dro&

#ro&er Startu& and Shutdo-n

Chan/e Gas Rates Slo-l

ee& 'nlet GLCOLGLCOL +6 otter

ee& (ras and Demister Clean

Li1uid Distri2utors) >For #ac0ed (o-ers?

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Gas Flo-Gas Flo-

Foam ei/htFoam ei/ht

(EG(EG

LevelLevel

Mist #adMist #ad

(ras(ras

82sor2er 'nternals

Gas 'nletGas 'nlet

Gas OutletGas Outlet

DrainDrain

Lean (EGLean (EG

Rich (EGRich (EG

(&ical Bu22le Ca&(&ical Bu22le Ca&

3hrottle

Valve

Bu22le ca& tras have a to +

turn do-n ratio as a rule*



O4(LE(

'3LE(

C

8#OR

LE83 (EG

!till -ol,mn !till -ol,mn

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http://slidepdf.com/reader/full/glycol-dehydration1 27/1195eflu 8ra"ing



S('LL Column -ith RefluS('LL Column -ith Reflu

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S3-- With 5eflu



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S3-- /olumn



!till -ol,mn !till -ol,mn9Se&arates Water From Glcol

9Chan/e (o-er #ac0in/

9Carefull Select (o-er #ac0in/

9Carefull Load (o-er #ac0in/9Reflu Coil

9Monitor Overhead (em&erature@ ,+,

to ,,6

9#rotect 8/ainst (em&erature Etremes

9B(EN Condenser

S('LL Column Diameter ; >Glcol G#M?P

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O4(LE(

'3LE(

C

8#OR

LE83 (EG

*apor .ecovery*apor .ecovery

B(ENB(EN

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O4(LE(

'3LE(

C

8#OR

LE83 (EG

.e+oiler .e+oiler

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.EB0I1E.

9erif (em&erature Often

9Monitor #ressure 9(his is a(his is a 3O3 #ressure essel#ressure essel

9#ressure Release Safet #R &i&ed a-a from &ersonnel&i&ed a-a from &ersonnel

9Monitor Fuel #ressure

9ee& De&osits OFF Fire (u2e

9#ersonnel #rotector

9ee& Si/ht Gau/e CLE83

9DO 3O( Override the (em&erature Controller

9Flame 8rrester

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,=667 F ,6667 F +9667 F+9667 F

+A667 F+A667 F++667 F;667 F S t a c 0 G a s A6A7 F A697 F A+67 F

A967 F A.67 F A,67 F A+7 F

Fire (u2e (em&erature #rofile

3%pical 8irect Fire$ 13u,e 3emperature Profile ;((< F !ul' 36G 3emperature

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R 2 il Si htR 2 il Si ht



Re2oiler Si/htRe2oiler Si/ht

GlassGlass

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i i i Of 8 G



+66

A,

;;

6

;.;, ;=

.66

;A;6 ;+

.6

;<

.,

.9

;9;

Boilin/ #oints Of 81ueous (EGBoilin/ #oints Of 81ueous (EG

SolutionsSolutions

(EG Wei/ht #ercent

=7(> ?? @g Pressure

,9

<F

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(EG Conc*

#a/e ,= o- (o 'm&rove Glcol Dehdration



.EB0I1E. Heat !o,rces .EB0I1E. Heat !o,rces

Pop,lar Heat !o,rces

8. Gas

B* Steam

C* ot Oil

Gas Fired (he Most #o&ular

Rule Of (hum2 On Re2oiler Dut@

B(4 J our A )(( B =) N Gal. 36G circ.C poun$ of "ater remove$ per hour>

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See #icture



(EG Circulation Rate

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Water ChartWater Chart

See Page 2+



8ccumulator8ccumulator

LeanJRich

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8CC4M4L8(OR 8CC4M4L8(OR

9Lean Glcol Stored

9Should Be ented

9Should Be Blan0eted9ee& Gau/e Glass CLEAN

9ee& O&timum Level of Glcol

9#ersonnel #rotector

9Rich Glcol #reheated"

9Ma0eu&

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(#ES OF GLCOL

Ethlene >EG? .,;7F

Diethlene >DEG? .,<7F

(riethlene >(EG? A6A7F

(etraethlene >(E(R8? AA7F

Theoretical Thermal

Decomposition Temperat,re

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(EG % #L4S A6A7F



(EG % #L4S(EG % #L4Snhi,ite$ 3rieth%lene Gl%col

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Forms a corrosion resistant film onForms a corrosion resistant film on 8LL8LL metal surfacesmetal surfaces

#revents e1ui&ment foulin/@#revents e1ui&ment foulin/@

+@ B reducin/ &articulate iron trans&ort+@ B reducin/ &articulate iron trans&ort

,@ B &reventin/ hdrocar2on &olmeri$ation,@ B &reventin/ hdrocar2on &olmeri$ation

'ncreases re2oiler heat transfer efficienc'ncreases re2oiler heat transfer efficienc

Consumes o/en &reventin/ solvent de/radationConsumes o/en &reventin/ solvent de/radation

Cleans dirt re/eneratorJre2oiler surfaces on%lineCleans dirt re/eneratorJre2oiler surfaces on%line

Eff t f 1E/" Gl l



Effect of 1E/" Glcol

Concentration

At 95°F Contact Temperature

Glcol

Concentration De- #oint

;;

;

%,7F

A.7F 1eaner Glycol2 Better Dehydration

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GLCOL

DEDR8('O3

Based on Glcol’s 82ilit to 82sor2

Water

(he i/her (he Glcol Concentration)

(he More Water Can Be 82sor2ed

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O4(LE(

'3LE(

C

8#OR

LE83 (EG

P,mp

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P34P! P34P!

(-o (&es 4sed (he Most@

Glcol #o-ered

Electric Reci&rocatin/

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Circulation Rate

“51-6 0F 3@1?!D

5ecommen$e$ Gl%col /irculation 5ate:

. Gallons #er #ound Of Water (o Be Removed

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TEG Calculations, Mass Balance:Inlet Flow Volume: 55 Mmscfd

Pounds of water/Mmscfd: 70 lb.H!"MM

Water outlet spec: # lb.H!"MMPounds of !"# remo$ed: %& lb.H!"MM

Pounds of !"# per 'our to (e remo$ed: )*+ lb.H!"$r

Total pounds of !"#/'our in inlet $olume: )% lb.H!"$r total

Gallons of TEG circulated per pound of water to (e remo$ed: Gal.TEG/ lb. H2O Removed

GP! of TEG: -") TE% &p$

.e(oiler Tempeature, deF: '00 de&.F 9(.( TE% )* +LEAN,

Pounds of TEG/'our: "01+ lbs.-00) TE%"$r.

Pounds of TEG/'our circ 2i$en percent: "0+1 lbs. TE%"$r.

Pounds of !"#/'r circ in TEG: -% lbs. H!"$r. n TE% soluton. +LEAN,Total pounds of !"#/'r: )10 Total lbs. H!"$r. n soluton. +/CH,

Total Pounds 3olution, 4.IC!5: -)-& lbs. TE%1H!"$r. soluton.

TE% /CH 2ercent3 0-0% ) TE%* +/CH,

Use below for Reference ONLY.

/eboler Temp. F3 '00 #90 #(0 #40 #50 #'0

2ercent &lcol3 9(.( 9(.4 9(.' 97.( 97.4 97.'

/E6LT63

TE% crculaton rate3 5 %2M #- %2H

TE% +/CH,3 9#.94 ) TE%

TE% +LEAN,3 9(.( ) TE%

/eboler Temperature3 '00 de&. F

/eboler 8ut3 0.'#'(# MMT"$r

36G ?4SS !4-4N/6

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G15-01 P0WE.ED P34P! G15-01 P0WE.ED P34P!

6I4./5

G15.0T0.

TW0 40!T P0P31/.

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ELEC(R'C #4M#SELEC(R'C #4M#S

9/ontrol Gl%col Flo" With !%pass

9Valve 3o Surge

91se Non -u,ricate$ Pac'ing

#4M# B# >6*6666+,? >G#? >#S'G?

Electrical 0W >6*6666++? >G#? >#S'G?

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O4(LE(

'3LE(

C

8#OR

LE83 (EG

1ean ( .ich Exchan7er 1ean ( .ich Exchan7er

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E8( ENC83GERS

?onitor 3emperature 8ifferential

Eeep 3u,es /lean

Watch For -ea's*

* /hec' -64N Samples n an$ 0ut

For For S4?6S4?6 Gl%col PercentGl%col Percent

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(#ES OF ENC83GERS

SELL 83D (4BE

#L8(E

F'33ED (4BE

CO'L '3 S4RGE (83

Four (&es@

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O#'('O38L EQ4'#ME3(O#'('O38L EQ4'#ME3(

F-4S@ 34NE

@850/45!0N S6P454305

/45!0N P15F65

G4S S35PPNG

!36 /0N86NS65

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O4(LE(

'3LE(

C

8#OR

LE83 (EG

Flash J Se&aratorFlash J Se&arator

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SE#8R8(ORSSE#8R8(ORS

(-o (&es@

(-o #hase@ >Glcol % Gas?

(hree #hase@ >Glcol % Gas % drocar2on?

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TW0 PH/!E TW0 PH/!E

G15-01 2 G/! !EP/./.T0.G15-01 2 G/! !EP/./.T0.

Gas (o Se&arate@ Dissolved and #um& Gas

E8/4P1E 8&&roimate alues at +666 #S'G8&&roimate alues at +666 #S'G

Dissolved@ 6*< SCF J Gallon Glcol

#um& Gas@ *9 SCF JGallon Glcol

'nstall 8 Se&arator Don’t Waste #um& Gas %%%%%%

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SE#8R8(ORSSE#8R8(ORS

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TW0 PH/!E .ETE"TI0"TW0 PH/!E .ETE"TI0"

TI4ETI4E

8&&roimatel . % Minutes8&&roimatel . % Minutes

De&endin/ On (em&erature and FoamDe&endin/ On (em&erature and Foam

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(REE #8SE GLCOL(REE #8SE GLCOL



(REE #8SE GLCOL(REE #8SE GLCOL

SE#8R8(OR SE#8R8(OR

Se&arates:

Flash Gas

Glcol

Free drocar2ons

Solu2le drocar2ons 3O( Removed 4se a Car2on Filter

Limit #reheatin/ (o +=67F Maimum

* 82ove Maimum (em&erature 'ncreases Solu2ilit

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Car2on



5636N30N 3?65636N30N 3?6

0ften 3oo Short0ften 3oo Short

EE3 W'( #REE8(@

FO8M RESOL4('O3 83D DROC8RBO3

SE#8R8('O3 REQ4'RE@

2( 30 ; ?inutes2( 30 ; ?inutes

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HD'R(I GLCOL

C83 C84SE@

GRE8(ER FO8M'3G (E3DE3C'ES

EQ4'#ME3( FO4L'3G

'G GCOL LOSSES

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O4(LE(

'3LE(

C

8#OR

LE83 (EG

'ilter 'ilter Roberts

Filter ousin/Filter ousin/



Filter ousin/Filter ousin/

0utlet

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MEC83'C8L F'L(ERS@MEC83'C8L F'L(ERS@

>SOL'DS REMOED?>SOL'DS REMOED?

4se N0NChemical (reated MaterialsChemical (reated Materials

4se % +6 Micron Elements4se % +6 Micron Elements

8LW8S F4LL FLOW8LW8S F4LL FLOW

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F'L(R8('O3F'L(R8('O3

O&timum Filter ElementO&timum Filter Element

#ro&er Micron Si$e#ro&er Micron Si$e

Chan/e Elements Fre1uentlChan/e Elements Fre1uentl

'ns&ect 4sed Elements'ns&ect 4sed Elements

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O4(LE(

'3LE(

C

8#OR

LE83 (EG

-ar+on-ar+onRoberts

Car2on esselCar2on essel



Car2on esselCar2on essel

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HHC8RBO3I #4R'F'C8('O3C8RBO3I #4R'F'C8('O3H'M#4R'( REMO8LIH'M#4R'( REMO8LI

4SES H8DSOR#('O3I (EC3'Q4E

REMOES@


COM#RESSOR O'LSCOM#RESSOR O'LS

WELL (RE8('3G CEM'C8LSWELL (RE8('3G CEM'C8LS

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8C('8(ED C8RBO38C('8(ED C8RBO3

#4R'F'C8('O3#4R'F'C8('O3

Lo- Ener/Lo- Ener/

Continuous #urificationContinuous #urification

Quic0 Res&onseQuic0 Res&onse

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(#ES OF C8RBO3S(#ES OF C8RBO3S

WOOD B8SE@WOOD B8SE@ A N+A MESA N+A MES

CO8L B8SE@CO8L B8SE@ 8R'O4S MES S'ES8R'O4S MES S'ES

3O(E@ Locate Car2on essel Do-nstream of Mechanical3O(E@ Locate Car2on essel Do-nstream of Mechanical

FilterFilter

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C83GE C8RBO3 WE3@C83GE C8RBO3 WE3@

SOL4('O3 D8RE3S% 'n K OutSOL4('O3 D8RE3S% 'n K Out

#RESS4RE DRO# 'S +6 % + #O43DS#RESS4RE DRO# 'S +6 % + #O43DS

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Caution@ Wet 8ctivated Car2onCaution@ Wet 8ctivated Car2on De&letesDe&letes O/en from 8ir*O/en from 8ir*



S(R'##'3G G8SS(R'##'3G G8S

Be Sure 't 'sBe Sure 't 's 3EEDED3EEDED

DoDo 3O(3O( 4se Ecessive olume4se Ecessive olume

Monitor Condenser (em&eratureMonitor Condenser (em&erature

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(WO ME(ODS@(WO ME(ODS@

Stri& 'n (he Re2oilerStri& 'n (he Re2oiler@@ S&ar/in/S&ar/in/

=/ocurrent /ontact>

Stri& 8fter Re2oiler@Stri& 8fter Re2oiler@

=/ounter/urrent /ontact>

StahlsStahls

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W 4SE S(R'##'3G G8S"W 4SE S(R'##'3G G8S"

Cocurrent@Cocurrent@ : ;;*=, (EG #urit: ;;*=, (EG #urit

Counter%Current@Counter%Current@ : ;;*;; (EG #urit: ;;*;; (EG #urit

Ma olume@ * SCF J Gallon (EGMa olume@ * SCF J Gallon (EG

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GLCOL C8REGLCOL C8RE

ON'D8('O3ON'D8('O3

(ERM8L DECOM#OS'('O3(ERM8L DECOM#OS'('O3

& CO3(ROL& CO3(ROL

S8L( CO3(8M'38('O3S8L( CO3(8M'38('O3


SL4DGESL4DGE

FO8M'3GFO8M'3G

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ON'D8('O3ON'D8('O3

'ncomin/ Gas'ncomin/ Gas

4n2lan0eted Stora/e (an0s4n2lan0eted Stora/e (an0s

#um&s#um&s

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G8S 'M#4R'('ESG8S 'M#4R'('ES

OxygenOxygen

HH22SS

COCO22

COSCOS

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(ERM8L



(ERM8L(ERM8L

DECOM#OS'('O3DECOM#OS'('O3 i/h Re2oiler (em&eraturei/h Re2oiler (em&erature

#oor Re2oiler Desi/n#oor Re2oiler Desi/n

ot S&otsot S&ots

Ma Film (em&* TA.67FU eat Flu@ =)666 B(4Jhr s1*ft*Ma Film (em&* TA.67FU eat Flu@ =)666 B(4Jhr s1*ft*5 2ul0 tem&* A667F K <)666 5 .=67F*5 2ul0 tem&* A667F K <)666 5 .=67F*

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DECOM#OS'('O3DECOM#OS'('O3

S-eet Odor)S-eet Odor)Dar0 Color)Dar0 Color)

Lo- &Lo- &

(hermal(hermal

De/radationDe/radation

in Re2oilerin Re2oiler

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& CO3(ROL& CO3(ROL

?onitors /orrosion?onitors /orrosion

99.H to +. p@ is Safe.H to +. p@ is Safe

/hec' p@ 5egularl%/hec' p@ 5egularl%

8ilution: 1se 8istille$ or 8eioniIe$ Water (J8ilution: 1se 8istille$ or 8eioniIe$ Water (J

/ali,rate 4nal%Ier /ali,rate 4nal%Ier

NeutraliIe /arefull%: 1se /oastal K7/ p@ /ontroller

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Coastal +9CCoastal +9C & Control& Control

(EG & O$*J +66 /al* (EG Qrts*J +66 /al* (EG ##M

.*6 .,*6

A*6 +=*A

+*6 ,66

6*+ +,<6

*6 +,*, 6*.< ;6

=*6 +6*6 6*.+ 9<6

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3ote@ 8mounts of +9C to raise & to 9*



S8L( CO3(8M'38('O3S8L( CO3(8M'38('O3

CorrosiveCorrosive

Restricts eat (ransferRestricts eat (ransfer

Sodium Chloride) Calcium ChlorideSodium Chloride) Calcium Chloride

CanCan "0T "0T 2e Removed 2 Filtration2e Removed 2 Filtration

Control ia 'nlet Gas Cleanin/Control ia 'nlet Gas Cleanin/

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HYDROCARBONS

i/h Glcol Lossesi/h Glcol Losses

Foamin/Foamin/

#lu//in/ K Foulin/#lu//in/ K Foulin/

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DROC8RBO3DROC8RBO3

CO3(8M'38('O3CO3(8M'38('O3

Solution 'sSolution 'sBlac0 andBlac0 and

(hic0 (hic0

drocar2on

Carr%over

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SL4DGESL4DGE

4,rasive4,rasive

PluggingPlugging

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FO8M (#ESFO8M (#ES

MechanicalMechanical

ChemicalChemical

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FO8M'3G % C84SES@FO8M'3G % C84SES@FO8M'3G % C84SES@FO8M'3G % C84SES@

Soli$s

Surfactants

0ils

4,sorption of Natural Gas

@igh Velocities 3hrough /ontactor

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FO8M #ROMO(ERSFO8M #ROMO(ERSFO8M #ROMO(ERSFO8M #ROMO(ERS

drocar2onsdrocar2ons drocar2onsdrocar2ons

Corrosion 'nhi2itorsCorrosion 'nhi2itors Corrosion 'nhi2itorsCorrosion 'nhi2itors

SaltsSalts SaltsSalts

Sus&ended SolidsSus&ended Solids Sus&ended SolidsSus&ended Solids

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S'M#LE FO8M (ES(S'M#LE FO8M (ES(

Bottle Sha0eBottle Sha0e

#ressure Dro& Chan/es#ressure Dro& Chan/es

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FO8M F'G('3GFO8M F'G('3G



FO8M F'G('3GFO8M F'G('3G

ME(ODSME(ODS

Effective Gas Cleanin/Effective Gas Cleanin/

Good Solution FiltrationGood Solution Filtration

Car2on #urificationCar2on #urification

8ntifoams8ntifoams

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8ntifoam Container K 'nVection8ntifoam Container K 'nVection



#um&#um&

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GLCOL 838LS'SGLCOL 838LS'S



GLCOL 838LS'SGLCOL 838LS'S

Glcol Wei/ht #ercentGlcol Wei/ht #ercent

Water #ercentWater #ercent

drocar2on Contentdrocar2on Content

Salt ContentSalt Content

Solids Content

&&

3eed Minimum of A66 ml >: 1uart?U Lean K Rich

'ron

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(#'C8L 838LS'S(#'C8L 838LS'S



(#'C8L 838LS'S(#'C8L 838LS'S

Glcol

Water

drocar2on

Chlorides

Solids

&

'ron >&&m?

-ean 5ich;A

+

6*.

6*A

A*

+6)666

<A

+

+

6*.

6*A

A*

+6)666

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(#'C8L GLCOL LOSSES(#'C8L GLCOL LOSSES

++ #ound#ound &er&er MMSCFMMSCF

or

6*+ Gallon &er MMSCF

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Pipeline Fouling



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p g

Bac0



8reas of i/h Glcol Losses8reas of i/h Glcol Losses

3op of 4!S05!65

3op of S3--

Pump

Flash 3an'

3hree Phase Separator

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0perational Pro+lems0perational Pro+lems

'0/4I"G '0/4I"G

-0"T/4I"/TI0" -0"T/4I"/TI0"

-0..0!I0" -0..0!I0"

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-orrosion -a,ses-orrosion -a,ses

Glycol De7radation and /cid 'ormationGlycol De7radation and /cid 'ormation

Presence 09 /cid Gases Presence 09 /cid Gases

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-orrosion .emedies-orrosion .emedies

Control Reboiler Bulk TemperatureControl Reboiler Bulk Temperature

Control Fire Tube Heat FluxControl Fire Tube Heat Flux

Exclude Oxygen Exclude Oxygen

Corrosion Inhibitor Corrosion Inhibitor

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Glycol -leanin7 Glycol -leanin7

to ! "eight #ercent Caustic to ! "eight #ercent Caustic

05

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$lycol Reprocessing$lycol Reprocessing



$lycol Reprocessing $lycol Reprocessing

%! & TE$ #urity%! & TE$ #urity Remo'es Remo'es ()) ()) *olids*olids

Remo'es Remo'es ()) ()) ChloridesChlorides

Remo'es Hydrocarbons Remo'es Hydrocarbons

Cost E++ecti'eCost E++ecti'e

,ou-ll Be En'ironment Friendly,ou-ll Be En'ironment Friendly

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E66P

G008 56/058S

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Of Completion Your Full Name

HCI Coastal Chemical’s Glycol TrainingSeminar ate: !uly "#$ %&&&

Instructor:

Ran'y ()Roberts

CompleteComplete''

/ertificateRoberts

ot Oil Fired Re2oiler



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Glcol 4nitGlcol 4nit



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Date post:	13-Jan-2016
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Glycol Dehydration1

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