Appendix A Strobic Air ‘Tri-Stack”™ Dilution Fans ...

Appendix A Strobic Air ‘Tri-Stack”™ Dilution Fans Technical Specifications

SLR Consulting Australia Pty Ltd

Tri-Stack™

A: Inlet Flow37.1 m3/s

B: Bypass Flow17.213 m3/s

C: Entrained Flow35.303 m3/s

D: Total System Flow89.616 m3/s

Strobic Air CorporationA Subsidiary of CECO Corporation

700 Emlen WayTelford, PA 18969

Phone: (215) 723-4700 | Fax: (215) 723-7401www.choosetristack.com | www.strobicair.com

Project: SLR Consulting - Fan Reference: 2Fans: 3 (operating) / 0 (redundant)

Operating Conditions

Inlet Static Pressure: 1500 Pa Inlet Flow per Fan: 12.367 m3/s Inlet Flow Total: 37.1 m3/sInlet Air Temperature: 21 deg C Ambient Air Temp.: 21 deg C Altitude at Site: 0 m

Inlet Air Density: 1.201 kg/m3 Ambient Air Dens: 1.201 kg/m3 Operating Frequency: 50 Hz

Fan Performance Data - (single fan)Fan Model: TS4S750A15M

Fan Flow Rate: 18.104 m3/s Nozzle Velocity: 42 m/s Effective Stack Height:

Total Flow: 29.872 m3/s Min. Motor Hp: 75 kW 16 kph Wind: 34 m

Operating Speed: 1475 rpm Corrected BHP: 54.1 kW 24 kph Wind: 23 mDilution Ratio: 242 %

Altitude and Temperature CorrectionsMixed Air Density: Mixed Air Temperature: Corrected Static Pressure:

1.201 kg/m3 21 deg C 1500 Pa

Comments

1. Number of fans running does not include redundant fan.2. Inlet static pressure had been derated for discharge nozzle, windband, airfoil isolation damper, and outlet silencer3. Inlet static pressure had been derated for system effects through the mixing box, based on the factory-recommended duct configurations.4. Consult factory for additional derations when duct configurations do not meet factory guidelines.5. Add an additional 37 pa. static pressure for gravity isolation dampers (usable on single fan mixing boxes only).6. Effective stack height from roof line is given for fan without a mixing box, mounted on a .5 m high curb.7. Stack height calculated using Briggs equation, per ASHRAE Fundamentals (1997).

Page 1 of 5Performance Data Package

2/06/2015http://test.choosetristack.com/Info/PerfDataPackage.aspx?UNITS=MT&PROJ=SLR Consulting&REF=2&...

Fan Model: Reference:

TS4S750A15M 2

Speed: Mixed Air Density:

1475 RPM1.201 kg/m3

Inlet Static Pressure has been Derated for Discharge Nozzle, Windband, Airfoil Isolation Damper, and Outlet Silencer, as well as System Effects Based on Factory-Recommended Duct Configurations. Add an additional 37 pa. for Gravity Isolation Dampers (On Single Fan Plenums Only).Consult Factory for Additional Deration for Duct Configurations that do not meet Factory Guidelines. Effective Stack Height at Stated Wind Speed from Roof Line for Fan w/o Mixing Box, mounted on a .5 m high curb. Add height of mixing box.



Fan Outlet Sound Data For Fan Model TS4S750A15M.

Number of Fans Running: 3 - Standard Nozzle, at 50Hz

Frequency 63 Hz 125 Hz 250 Hz 500 Hz 1000 Hz 2000 Hz 4000 Hz 8000 Hz

Outlet Sound Power Levels 102 107 104 102 101 97 91 82Corrections for 3 Fans Running 5 5 5 5 5 5 5 5Corrected Outlet Sound Power Levels 107 112 109 107 106 102 96 87

Corrections for 3 meter Distance -17 -17 -17 -17 -17 -17 -17 -17Sound Levels (3 meters) 90 95 92 90 89 85 79 70'A' Scale Corrections -26 -16 -9 -3 0 1 1 -1dB'A' Spectrum (3 meters) 64 79 83 87 89 86 80 69

Net Sound Level (3 meters): 93dB'A'



Fan Outlet Sound Data For Fan Model TS4S750A15M.

Number of Fans Running: 3 - With Silencer, at 50Hz

Frequency 63 Hz 125 Hz 250 Hz 500 Hz 1000 Hz 2000 Hz 4000 Hz 8000 Hz

Outlet Sound Power Levels 102 107 104 102 101 97 91 82Corrections for 3 Fans Running 5 5 5 5 5 5 5 5Dynamic Insertion Loss for Silencer -5 -8 -9 -11 -12 -12 -10 -6Corrected Outlet Sound Power Levels 102 104 100 96 94 90 86 81







Fan Data

Model: TS4S750A15M

Fans Running/Redundant: 3 / 0

Motor HP: 75 BkW (Premium Efficiency)Motor Voltage: 415Motor RPM: 1475

Design Flow Rate: 37.1 m3/secDesign Static Pressure: 1500 Pa.

Electric rate: 0.15

*Fume Hood Diversity Schedule is the standard taken from ASHRAE 90.1-2007 App. G. Energy usage and cost are calculated using values which maintain the minimum safe nozzle velocity for the specified fans.

Annual Power Cost To Run the System

At Full Speed1

Fan Flow Rate: 54.3126 m3/secStatic Pressure: 1500 Pa.Bypass Air: 17.2126 m3/secFrequency: 50 HzBhp: 162.3 BkWEst. Annual Kw used: 1,057,132.00 kw/yearEst. Annual Operating Cost: $158,569.80

With a Strobic Air Smart System & VFD(s)1, 2

Fan Flow Rate: Varies by DemandStatic Pressure: Varies by DemandBypass Air: Varies by DemandFrequency: Varies by DemandBhp: Varies by Demand

Annual Savings:

Strobic Air CorporationA Subsidiary of CECO Corporation

700 Emlen WayTelford, PA 18969

Phone: (215) 723-4700 | Fax: (215) 723-7401www.choosetristack.com | www.strobicair.com

SLR Consulting

Strobic Air Energy Analysis and Comparison for 2



Est. Annual Kw used: 380,130.60 kw/yearEst. Annual Operating Cost: $57,019.59

$101,550.21 3

Strobic Air's Smart System continuously monitors system demand to optimize control of the fans and dampers to maintain the design outlet velocity while minimizing energy consumption. The Smart System also allows for easy monitoring and control of fans, as well as secure remote access to fan controls. Option are available to monitor and account for other factors (e.g. atmospheric conditions).

1Costs listed are estimated annual fan operating cost only, based on the fan(s) operating at standard atmospheric conditions. 2Savings calculated based on reduced demand percentages as specified by ASHRAE 90.1-2007 App. G. Actual demand may vary.3Since the actual demand may vary from the ASHRAE 90.1-2007 App. G. standard, actual savings may vary.** Any additional equipment costs or savings from energy recovery systems are not factored in.



Appendix B Page 1 of 2


Table A1 Sources with the Potential to Contribute to Cumulative Air Quality Impacts

Project Description / Reference Status Date Potential Air Quality Impacts

Erskine Park Landfill Waste Transfer Station - General Solid Waste (putrescible)

SEARs Issued This Assessment This Assessment

Erskine Park Landfill Waste Management Facility - General Solid Waste (putrescible)

SEARs Issued - SEARS requested assessment of dust and odour impacts

Oakdale South Industrial Estate Oakdale South Industrial Estate, SSD 6917, staged development, bulk earthworks and subdivision, and development of precincts 1, 4 and 5 for warehousing

SEARs Issued - SEARS requested assessment of dust and odour impacts

Murray Goulburn Milk Processing Facility Murray Goulburn Milk Processing Facility - Deletion of Height and Floor Area Condition

Determination 23-01-2015 Not relevant

TNT Lockwood Road, Erskine Park SSD 6040 MOD 2 - TNT Lockwood Road, Erskine Park - Modification 2 (section 96(1A))


TNT Lockwood Road, Erskine Park SSD 6040 MOD 1 - TNT Lockwood Road, Erskine Park - MOD 1 (Section 96(1A))


Bluescope Steel Paintline Western Sydney Service Centre - Penrith LGA

DA 206-8-2004-i MOD 5 Noise Monitoring Amendments


Murray Goulburn Milk Processing Facility Modification to Murray Goulburn Milk Processing Facility


TNT Lockwood Road, Erskine Park SSD 6040 - TNT Lockwood Road, Erskine Park Determination 04-02-2014 Unlikely to result in dust impacts during construction

Murray Goulburn Milk Processing Facility Murray Goulburn Milk Processing Facility Determination 17-12-2013 Unlikely to result in dust impacts during construction

H2S impacts minor (1% of criteria) during operation. Particulate impacts minor (2% of criteria during operation)

Templar Road, Erskine Park Retail Ready Meat Facility

Food Processing Facility, Erskine Park Determination 03-12-2013 Unlikely to result in dust impacts during construction

Potential for odour emissions from main processing area, main waste room and waste water treatment plant. All to be enclosed and carbon air filtration on all exhausts. Performance criterion of 1OU at the boundary, DPE belives this to be achievable.

WestPark Industrial Estate SSD 4953 MOD1, Erskine Park Chemical Warehouse and Distribution Facility


Lot 62 Erskine Park Warehouse (formerly PacLib Erskine Park)

08_0016 Mod 1, Modification to Printing, Warehouse & Distribution Project

Determination 27-02-2013 Air quality and odour not considered to be significant impacts

Goodman Interlink Industrial Estate Modification No 3 to MP07_0093 Determination 20-08-2012 Not relevant

Appendix B Page 2 of 2


Project Description / Reference Status Date Potential Air Quality Impacts

WestPark Industrial Estate SSD 4953 Erskine Park Chemical Warehouse and Distribution Facility


Bluescope Steel Paintline Western Sydney Service Centre - Penrith LGA

s75W MOD 4 - amend conditions of consent Determination 02-04-2012 Not relevant

Goodman Interlink Industrial Estate 07_0093 MOD 2 - Goodman Interlink Estate - Lot 5


Goodman Interlink Industrial Estate MP 07_0093 MOD 1 - changes to Stage 2 expansion area design


Erskine Park Link Road Network Modification 1 Determination 26-07-2010 Not relevant

Lot 62 Erskine Park Warehouse (formerly PacLib Erskine Park)

08_0016, Printing, Warehouse & Distribution Project


Jacfin Warehousing Facility P07_0153 Warehousing Facility Determination 28-10-2009 Not relevant

Reckitt Benckiser Warehouse Project Determination 26-08-2009 Storage of dangerous good may result in odour emissions. Department is satisfied these can be managed/mitigated

Erskine Park Link Road Network Concept Plan (MP 06_0166) Determination 11-08-2009 Not relevant

GPT Warehouse and Distribution Centre - Erskine Park

Site H Project - MOD 1 Determination 21-04-2009 Not relevant


Erskine Park Cold Storage Project Determination 02-01-2009 The Department is satisfied the project would not cause any significant air emissions

Woolworths Erskine Park Data Centre Project Determination 15-12-2008 Unlikely to result in dust impacts during construction


Goodman Fielder Production Facility Determination 04-08-2008 The Department is satisfied the project would not cause any significant air emissions


Concept Plan MOD 1 - Land Use Changes Determination 24-07-2008 Conditions were provided to ensure relevant impacts appropriately assessed

Goodman Interlink Industrial Estate P 07_0093 Determination 20-12-2007 As per later MODS

Appendix C


Field Odour Assessment Field Sheets

Appendix D


CALPUFF Input File

INPUT FILE TO BE PROVIDED IN ELECTRONIC FORMAT

Appendix E


Multi-Year Meteorology (2009-2013)

Appendix E


Appendix E


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Appendix A Strobic Air ‘Tri-Stack”™ Dilution Fans ...

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