VRU Performance Test Terminals Pty Ltd, Port Botany, Site C

This document is confidential and is prepared for the exclusive use of Oil & Gas Technologies

and those granted permission by Oil & Gas Technologies.

Report Number R005764

VRU Performance Test

Terminals Pty Ltd, Port Botany, Site C

Ektimo 11 May 2018

Report R005764 prepared for Terminals, Port Botany of 9

Document Information

Client Name: Terminals c/o Oil & Gas Technologies

Report Number: R005764

Date of Issue: 11 May 2018

Attention: Tony Wade

Address: Gate B32 51 Friendship Rd Port Botany NSW 2036 Testing Laboratory: Ektimo Pty Ltd, ABN 86 600 381 413

Report Status

Format Document Number

Report Date Prepared By Reviewed By (1) Reviewed By (2)

Preliminary Report - - - - -

Draft Report R005764[DRAFT] 11/04/2018 ADo/SCo SCo -

Final Report R005764 11/05/2018 ADo/SCo SCo -

Amend Report - - - - -

Template Version: 220318

Amendment Record

Document Number Initiator Report Date Section Reason

Nil - - - -

Report Authorisation

Steven Cooper Client Manager

NATA Accredited Laboratory

No. 14601

XXXXXX Ektimo Signatory

Accredited for compliance with ISO/IEC 17025 - Testing. NATA is a signatory to the ILAC mutual recognition arrangement for the mutual

recognition of the equivalence of testing, calibration and inspection reports.

Ektimo 11 May 2018


Table of Contents

1 Executive Summary ....................................................................................................................... 4

2 Licence Comparison ...................................................................................................................... 4

3 Results ........................................................................................................................................... 5

3.1 Mass of uncovered vapours ...................................................................................................................................... 5

3.2 Test Instrumentation & Calibration ........................................................................................................................... 6

4 Plant Operating Conditions ........................................................................................................... 6

5 Test Methods................................................................................................................................. 6

6 Quality Assurance/Quality Control Information ........................................................................... 7

7 Definitions ..................................................................................................................................... 8

8 Appendices .................................................................................................................................... 9

8.1 Appendix 1 – Supplier Product Totals Report

8.2 Appendix 2 - Chart Recording of Measured VRU Outlet TOC Emissions

8.3 Appendix 3 - Logged VRU Outlet TOC Emissions & Velocity Measurements.

Ektimo 11 May 2018


1 EXECUTIVE SUMMARY

Ektimo was engaged by Oil and Gas Technologies to perform emission testing of the Vapour Recovery Unit

(VRU) at the Port Botany site C of Terminals Pty Ltd. Testing was conducted pursuant to the requirements of

Environment Protection Licence 1048.

Testing was conducted on 28 March 2018 to determine the total mass of unrecovered organic vapours

emitted to atmosphere over a four (4) hour sampling duration.

The sampling methodologies chosen by Ektimo are those recommended by the NSW Office of Environment

and Heritage (as specified in the Approved Methods for the Sampling and Analysis of Air Pollutants in New

South Wales, January 2007).

All results are reported on a dry basis at STP. Unless otherwise indicated, the methods cited in this report

have been performed without deviation.

A Non-dispersive Infrared (NDIR) analyser was calibrated and verified on-site at the start and end of the

sample duration. Zero and span drift were observed to be less than 2%.

Plant operating conditions have been noted in the report. Tanker loading data is contained in Appendix 1. A

total of 317,397 litres were loaded during the four hours of sampling. A total of 268,321 litres of Volatile

Organic Liquid (VOL) were loaded during this period.

2 LICENCE COMPARISON

The following licence comparison table shows that all analytes highlighted in green are below the licence limit

set by the NSW EPA as per licence 1048 (last amended on 23/11/2017).

Detected values

V.O.L. only

Detected values

Total VRU

Throughput

9 Vapour Recovery Unit Organic Vapours mg/L 20 17 14

10/01/2018

Licence

limit UnitsLocation DescriptionEPA No. Pollutant

Ektimo 11 May 2018


3 RESULTS

3.1 Mass of uncovered vapours

The mass of unrecovered organic vapours emitted for each litre of organic liquid is:

(318 × C × A × M × P × V) ÷ (L × T) milligrams C = the average concentration of hydrocarbons expressed as equivalent propane in ppm over the test period. A = the cross-sectional area of the exhaust duct at the plane where the measurements are made in m2. M = the total time for organic liquid to pass into the tank or out of the industrial plant in minutes. P = the atmospheric pressure in kPa. V = the average exhaust gas velocity in metres per second. L = the volume of organic liquid passing into the tank or out of the industrial plant in litres. T = the average exhaust gas temperature in kelvins (273 + temperature in °C). 318 = a conversion factor Parameters at Terminals, 28 March 2018, 0722 - 1123;

The average total mass of unrecovered vapours was calculated to be 14 mg/L when using total VRU

throughput as parameter L.

The average total mass of unrecovered vapours was calculated to be 17 mg/L when diesel loading volumes

are excluded from this calculation.

Hydrocarbon concentration and velocity was logged every 10 seconds for the entire sampling duration of 241

minutes resulting in 1,446 data points used in the average total mass of unrecovered vapours calculation

Total V.O.L. OnlyC (ppm) 1892.46 1892.46

A (m2) 0.0314 0.0314

M (min) 241 241

P (kPa) 101.9 101.9

V (m/s) 2.90 2.90

L (L) 317397 268321

T (°K) 293 293

Throughput

Ektimo 11 May 2018


3.2 Test Instrumentation & Calibration

An Infrared Technologies Total organic compound (NDIR) analyser was used to measure hydrocarbon

concentrations.

The analyser was calibrated on site, at the start and end of the sampling period using nitrogen gas for zero

calibration and a 5,041ppm Propane in Synthetic Air mix for span adjustment.

Zero Drift 0.0%

Span Drift 1.4%

Both span and zero drift were determined to be equal or less than +/- 2% at the selected range.

A Data logger was used to record data at 10 second intervals for the entirety of the sampling duration. This

data is available on request.

Differential pressure and thus velocity was recorded at 10 second intervals with a Velocicalc manometer for

the entirety of the sampling duration. This data is available on request.

4 PLANT OPERATING CONDITIONS

Unless otherwise stated, the plant operating conditions were normal at the time of testing. See Terminal’s

records for complete process conditions.

5 TEST METHODS

All sampling and analysis was performed by Ektimo unless otherwise specified. Specific details of the methods

are available upon request.

Sampling Method Analysis Method Uncertainty*

Sampling Analysis

NSW TM-1 NA - ✓ NA

NSW TM-2 NA 8%, 2%, 7% ✓ NA

NSW TM-20 NSW TM-20 2%

180404

* Uncertainty values cited in this table are calculated at the 95% confidence level (coverage factor = 2)

Determination of total mass of unrecovered

organic vapours from vapour recovery units

NATA AccreditedParameter

Sample plane criteria

Flow rate, temperature and velocity

Ektimo 11 May 2018


6 QUALITY ASSURANCE/QUALITY CONTROL INFORMATION

Ektimo is accredited by the National Association of Testing Authorities (NATA) for the sampling and analysis of

air pollutants from industrial sources. Unless otherwise stated test methods used are accredited with the

National Association of Testing Authorities. For full details, search for Ektimo at NATA’s website

www.nata.com.au.

Ektimo is accredited by NATA (National Association of Testing Authorities) to ISO/IEC 17025 - Testing. ISO/IEC

17025 - Testing requires that a laboratory have adequate equipment to perform the testing, as well as

laboratory personnel with the competence to perform the testing. This quality assurance system is

administered and maintained by the Quality Director.

NATA is a member of APLAC (Asia Pacific Laboratory Accreditation Co-operation) and of ILAC (International

Laboratory Accreditation Co-operation). Through the mutual recognition arrangements with both of these

organisations, NATA accreditation is recognised worldwide.

A formal Quality Control program is in place at Ektimo to monitor analyses performed in the laboratory and

sampling conducted in the field. The program is designed to check where appropriate; the sampling

reproducibility, analytical method, accuracy, precision and the performance of the analyst. The Laboratory

Manager is responsible for the administration and maintenance of this program.

http://www.nata.com.au/

Ektimo 11 May 2018


7 DEFINITIONS

The following symbols and abbreviations may be used in this test report:

~ Approximately < Less than > Greater than ≥ Greater than or equal to APHA American public health association, Standard Methods for the Examination of Water and

Waste Water AS Australian Standard BSP British standard pipe CARB Californian Air Resources Board CEM Continuous Emission Monitoring CEMS Continuous Emission Monitoring System CTM Conditional test method D Duct diameter or equivalent duct diameter for rectangular ducts D50 ‘Cut size’ of a cyclone defined as the particle diameter at which the cyclone achieves a 50%

collection efficiency ie. half of the particles are retained by the cyclone and half are not and pass through it to the next stage. The D50 method simplifies the capture efficiency distribution by assuming that a given cyclone stage captures all of the particles with a diameter equal to or greater than the D50 of that cyclone and less than the D50 of the preceding cyclone.

DECC Department of Environment & Climate Change (NSW) Disturbance A flow obstruction or instability in the direction of the flow which may impede accurate flow

determination. This includes centrifugal fans, axial fans, partially closed or closed dampers, louvres, bends, connections, junctions, direction changes or changes in pipe diameter.

DWER Department of Water and Environmental Regulation EPA Environment Protection Authority FTIR Fourier Transform Infra Red ISC Intersociety committee, Methods of Air Sampling and Analysis ISO International Organisation for Standardisation NA Not applicable NATA National Association of Testing Authorities NIOSH National Institute of Occupational Safety and Health NT Not tested or results not required OM Other approved method OU The number of odour units per unit of volume. The numerical value of the odour concentration

is equal to the number of dilutions to arrive at the odour threshold (50% panel response). PM10 Atmospheric suspended particulate matter having an equivalent aerodynamic diameter of less

than approximately 10 microns (µm). PM2.5 Atmospheric suspended particulate matter having an equivalent aerodynamic diameter of less

than approximately 2.5 microns (µm). PSA Particle size analysis RATA Relative Accuracy Test Audit STP Standard temperature and pressure. Gas volumes and concentrations are expressed on a dry

basis at 0°C, at discharge oxygen concentration and an absolute pressure of 101.325 kPa, unless otherwise specified.

TM Test Method TOC The sum of all compounds of carbon which contain at least one carbon to carbon bond, plus

methane and its derivatives. USEPA United States Environmental Protection Agency VDI Verein Deutscher Ingenieure (Association of German Engineers) Vic EPA Victorian Environment Protection Authority VOC Any chemical compound based on carbon with a vapour pressure of at least 0.010 kPa at 25°C

or having a corresponding volatility under the particular conditions of use. These compounds may contain oxygen, nitrogen and other elements, but specifically excluded are carbon monoxide, carbon dioxide, carbonic acid, metallic carbides and carbonate salts.

XRD X-ray Diffractometry

Ektimo 11 May 2018


8 APPENDICES

8.1 Appendix 1 – Supplier Product Totals Report

8.2 Appendix 2 - Chart Recording of Measured VRU Outlet TOC Emissions

8.3 Appendix 3 - Logged VRU Outlet TOC Emissions & Velocity Measurements.

APPENDIX 1

SUPPLIER PRODUCT TOTALS REPORT

Time Loaded Carrier

/ 28/03/2018 7:17:26 AM 0:16.11 Park Pty Ltd

/ 28/03/2018 10:09:31 AM 0:14.09 Park Pty Ltd

/ 28/03/2018 10:27:15 AM 0:12.49 Park Pty Ltd

/ 28/03/2018 10:54:32 AM 0:05.27 WISKICH PTY LTD

Time Loaded Carrier

/ 28/03/2018 9:13:31 AM 0:10.58 ADVANTAGE PETROLEUM PTY LTD

/ 28/03/2018 9:29:37 AM 0:10.06 TDP Petroleum

/ 28/03/2018 10:09:31 AM 0:14.09 Park Pty Ltd


/ 28/03/2018 11:04:21 AM 0:05.12 BULK FUEL AUSTRALIA

Time Loaded Carrier


/ 28/03/2018 8:55:56 AM 0:16.02 SRN TRANSPORT


/ 28/03/2018 9:29:37 AM 0:10.06 TDP Petroleum


/ 28/03/2018 11:03:20 AM 0:10.52 TDP Petroleum

Time Loaded Carrier

/ 28/03/2018 7:17:26 AM 0:16.11 Park Pty Ltd



/ 28/03/2018 9:29:37 AM 0:10.06 TDP Petroleum

/ 28/03/2018 10:09:31 AM 0:14.09 Park Pty Ltd

/ 28/03/2018 10:27:15 AM 0:12.49 Park Pty Ltd



Time Loaded Carrier

/ 28/03/2018 7:17:26 AM 0:16.11 Park Pty Ltd


/ 28/03/2018 8:55:56 AM 0:16.02 SRN TRANSPORT


/ 28/03/2018 9:29:37 AM 0:10.06 TDP Petroleum

/ 28/03/2018 10:09:31 AM 0:14.09 Park Pty Ltd

/ 28/03/2018 10:27:15 AM 0:12.49 Park Pty Ltd

/ 28/03/2018 11:24:33 AM 0:14.47 Park Pty Ltd

/ 28/03/2018 11:03:20 AM 0:10.52 TDP Petroleum


Time Loaded Carrier

/ 28/03/2018 7:17:26 AM 0:16.11 Park Pty Ltd


/ 28/03/2018 8:55:56 AM 0:16.02 SRN TRANSPORT


/ 28/03/2018 9:29:37 AM 0:10.06 TDP Petroleum

/ 28/03/2018 10:09:31 AM 0:14.09 Park Pty Ltd

/ 28/03/2018 10:27:15 AM 0:12.49 Park Pty Ltd

/ 28/03/2018 11:24:33 AM 0:14.47 Park Pty Ltd

/ 28/03/2018 11:03:20 AM 0:10.52 TDP Petroleum

Time Loaded Carrier

/ 28/03/2018 11:04:21 AM 0:05.12 BULK FUEL AUSTRALIA

Terminal Name: Port Botany Page 1 of 5

Terminal Name: Supplier Product BOL List (by Product) Run At: 2018-03-28 12:09.57

Folio: 20180328 to 20180328 Opened: 27/03/2018 11:58:13PM Closed:

From Supplier: 150001

To Supplier: 150001

Supplier: 150001 - TRAFIGURA PTE LTD

Supplier Product: 2 - ULP 91 Terminal Product: - 112 - Tank: 91

Weight (Vac)

Weight (Air)BOL / Rev Total Load Time Destination Driver Gross Qty Net Qty

70813 150010 - PARK FUELS Greg Obrien 19,006 18,864 13,762 13,740

3,623 3,617

70830 150010 - PARK FUELS Aaron Novina 9,001 8,926 6,512

CHRIST AQUILINA 7,401 7,330 5,347

6,502

70831 150010 - PARK FUELS Robert Mitchell 5,006 4,9665,33970834 150010 - PARK FUELS

Supplier Product: 105 - DIESEL Terminal Product: - 105 - Tank: VTA7_8

Weight (Vac)


Bradley Regan 5,498 5,469 4,522 4,51670826 614008897 - DIB GROUP Ahmad Attal 6,901 6,863 5,675 5,66770822 614008897 - DIB GROUP

18,886 18,86070830 150010 - PARK FUELS Aaron Novina 7,000 6,959 5,755

Hean Tov 6,999 6,945 5,743

5,74770832 614008897 - DIB GROUP LOUIS DEBNAM 23,002 22,840

5,73570833 130656 - BULK FUEL AUST

Supplier Product: 112 - ULP 91 Terminal Product: - 112 - Tank: 91

Weight (Vac)


PETER DENISON 10,952 10,870 7,930 7,91870820 614008897 - DIB GROUP Sami Matlej 25,778 25,578 18,659 18,63070817 614008897 - DIB GROUP

7,609 7,59770822 614008897 - DIB GROUP Bradley Regan 6,301 6,254 4,562

LOUIS DEBNAM 8,001 7,933 5,787

4,55570826 614008897 - DIB GROUP Ahmad Attal 10,516 10,431

5,77870838 614008897 - DIB GROUP Ahmad Mahmoud 10,948 10,852 7,916 7,90470832 614008897 - DIB GROUP

Supplier Product: 114 - SPULP 98 Terminal Product: - 114 - Tank: 92

Weight (Vac)


70813 150010 - PARK FUELS Greg Obrien 3,998 3,967 2,972 2,968

2,897 2,893

70817 614008897 - DIB GROUP PETER DENISON 5,547 5,506 4,126

Ahmad Attal 6,697 6,640 4,975

4,120

70822 614008897 - DIB GROUP Bradley Regan 3,898 3,8674,968

70830 150010 - PARK FUELS Aaron Novina 6,998 6,934 5,196 5,18870826 614008897 - DIB GROUP

5,939 5,93070831 150010 - PARK FUELS Robert Mitchell 7,998 7,926 5,939

CHRIST AQUILINA 5,998 5,942 4,452

5,93070832 614008897 - DIB GROUP LOUIS DEBNAM 7,998 7,926

4,44670834 150010 - PARK FUELS

Supplier Product: 115 - E10


Terminal Product: - 179 - Tank: 23Weight (Vac)

Greg Obrien 1,374 1,365 851 84970817 614008897 - DIB GROUP PETER DENISON 542 539 336 33570813 150010 - PARK FUELS

364 36370820 614008897 - DIB GROUP Sami Matlej 1,178 1,170 730

Ahmad Attal 638 634 395

72870822 614008897 - DIB GROUP Bradley Regan 588 584

39470830 150010 - PARK FUELS Aaron Novina 1,355 1,344 838 83670826 614008897 - DIB GROUP

850 84870831 150010 - PARK FUELS Robert Mitchell 2,348 2,331 1,453

Ahmad Mahmoud 1,071 1,063 662

1,45070836 150010 - PARK FUELS Glen Napier 1,375 1,363

66170841 614008897 - DIB GROUP PETER DENISON 539 534 333 33270838 614008897 - DIB GROUP

Terminal Product: - 112 - Tank: 91Weight (Vac)


Greg Obrien 12,635 12,569 9,169 9,15570817 614008897 - DIB GROUP PETER DENISON 4,966 4,943 3,606 3,60070813 150010 - PARK FUELS

4,061 4,05570820 614008897 - DIB GROUP Sami Matlej 10,830 10,773 7,859

Ahmad Attal 5,864 5,832 4,255

7,84770822 614008897 - DIB GROUP Bradley Regan 5,596 5,567

4,24870830 150010 - PARK FUELS Aaron Novina 12,638 12,561 9,163 9,14970826 614008897 - DIB GROUP

9,156 9,14270831 150010 - PARK FUELS Robert Mitchell 21,654 21,532 15,708

Ahmad Mahmoud 9,923 9,859 7,192

15,68470836 150010 - PARK FUELS Glen Napier 12,634 12,551

7,18170838 614008897 - DIB GROUP

Supplier Product: 117 - ULP 95R MAX Terminal Product: - 114 - Tank: 92

Weight (Vac)


70833 130656 - BULK FUEL AUST Hean Tov 500 495 371 370

APPENDIX 2

Chart Recording of Measured VRU TOC Emissions

0.00%

0.10%

0.20%

0.30%

0.40%

0.50%7:

22:0

47:

26:3

47:

31:0

47:

35:3

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40:0

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44:3

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58:0

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02:3

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14:3

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19:0

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23:3

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28:0

49:

32:3

49:

37:0

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41:3

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50:3

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59:3

410

:04:

0410

:08:

3410

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:17:

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3410

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34

OUTL

ET H

YDRO

CARB

ON C

ONC

(% )

TIME (HH:MM:SS)

Outlet Hydrocarbon Concentration (% vol) Avge Outlet Hydrocarbon Concentration (% vol)

APPENDIX 3

Logged VRU Outlet TOC Emissions & Velocity Measurements

VRU Outlet TOC Emissions VRU Outlet Velocity% m/s

Average 0.19% 2.90Maximum 0.48% 8.90Minimum 0.00% 0.00

Time VRU Outlet TOC Emissions VRU Outlet Velocity% m/s

7:22:04 AM 0.29% 2.537:22:14 AM 0.28% 2.467:22:24 AM 0.28% 2.467:22:34 AM 0.22% 2.467:22:44 AM 0.20% 2.447:22:54 AM 0.20% 2.447:23:04 AM 0.20% 2.467:23:14 AM 0.20% 2.467:23:24 AM 0.13% 2.467:23:34 AM 0.13% 2.447:23:44 AM 0.13% 2.467:23:54 AM 0.15% 2.467:24:04 AM 0.15% 2.467:24:14 AM 0.11% 2.447:24:24 AM 0.11% 2.467:24:34 AM 0.11% 2.447:24:44 AM 0.12% 2.467:24:54 AM 0.12% 2.467:25:04 AM 0.15% 2.467:25:14 AM 0.15% 2.467:25:24 AM 0.15% 2.467:25:34 AM 0.11% 2.467:25:44 AM 0.13% 2.487:25:54 AM 0.13% 2.467:26:04 AM 0.16% 2.487:26:14 AM 0.16% 2.467:26:24 AM 0.16% 2.467:26:34 AM 0.15% 2.487:26:44 AM 0.15% 2.467:26:54 AM 0.11% 2.467:27:04 AM 0.11% 2.487:27:14 AM 0.11% 2.487:27:24 AM 0.11% 2.487:27:34 AM 0.11% 2.487:27:44 AM 0.13% 2.487:27:54 AM 0.12% 2.487:28:04 AM 0.12% 2.487:28:14 AM 0.11% 2.487:28:24 AM 0.11% 2.487:28:34 AM 0.06% 2.487:28:44 AM 0.06% 2.487:28:54 AM 0.06% 2.487:29:04 AM 0.04% 2.48

7:29:14 AM 0.04% 2.487:29:24 AM 0.03% 2.487:29:34 AM 0.03% 2.487:29:44 AM 0.03% 2.487:29:54 AM 0.02% 2.517:30:04 AM 0.03% 2.487:30:14 AM 0.04% 2.517:30:24 AM 0.04% 2.517:30:34 AM 0.04% 2.517:30:44 AM 0.03% 2.517:30:54 AM 0.03% 2.517:31:04 AM 0.03% 2.517:31:14 AM 0.03% 2.517:31:24 AM 0.03% 2.517:31:34 AM 0.04% 2.517:31:44 AM 0.03% 2.487:31:54 AM 0.03% 2.487:32:04 AM 0.04% 2.517:32:14 AM 0.04% 2.517:32:24 AM 0.04% 2.487:32:34 AM 0.04% 2.517:32:44 AM 0.04% 2.517:32:54 AM 0.04% 2.517:33:04 AM 0.04% 2.517:33:14 AM 0.04% 2.517:33:24 AM 0.04% 2.517:33:34 AM 0.04% 2.517:33:44 AM 0.04% 2.517:33:54 AM 0.04% 2.517:34:04 AM 0.04% 2.517:34:14 AM 0.03% 2.517:34:24 AM 0.03% 2.517:34:34 AM 0.03% 2.517:34:44 AM 0.04% 2.517:34:54 AM 0.04% 2.517:35:04 AM 0.04% 2.517:35:14 AM 0.04% 2.517:35:24 AM 0.04% 2.517:35:34 AM 0.05% 2.517:35:44 AM 0.05% 2.517:35:54 AM 0.04% 2.537:36:04 AM 0.04% 2.517:36:14 AM 0.04% 2.537:36:24 AM 0.04% 2.517:36:34 AM 0.04% 2.537:36:44 AM 0.04% 2.517:36:54 AM 0.05% 2.537:37:04 AM 0.05% 2.517:37:14 AM 0.06% 2.517:37:24 AM 0.05% 2.517:37:34 AM 0.05% 2.53

9:53:44 AM 0.01% 2.669:53:54 AM 0.00% 2.699:54:04 AM 0.00% 2.669:54:14 AM 0.01% 2.669:54:24 AM 0.01% 2.669:54:34 AM 0.01% 2.699:54:44 AM 0.01% 2.699:54:54 AM 0.01% 2.669:55:04 AM 0.00% 2.669:55:14 AM 0.00% 2.699:55:24 AM 0.01% 2.669:55:34 AM 0.01% 2.699:55:44 AM 0.01% 2.669:55:54 AM 0.01% 2.669:56:04 AM 0.01% 2.699:56:14 AM 0.01% 2.669:56:24 AM 0.00% 2.669:56:34 AM 0.00% 2.699:56:44 AM 0.00% 2.669:56:54 AM 0.01% 2.699:57:04 AM 0.01% 2.699:57:14 AM 0.01% 2.669:57:24 AM 0.06% 2.699:57:34 AM 0.19% 2.669:57:44 AM 0.25% 2.669:57:54 AM 0.25% 2.669:58:04 AM 0.27% 2.669:58:14 AM 0.28% 2.669:58:24 AM 0.28% 2.669:58:34 AM 0.30% 2.669:58:44 AM 0.30% 2.669:58:54 AM 0.31% 2.699:59:04 AM 0.32% 2.669:59:14 AM 0.32% 2.649:59:24 AM 0.33% 2.669:59:34 AM 0.33% 2.669:59:44 AM 0.34% 2.699:59:54 AM 0.34% 2.66

10:00:04 AM 0.34% 2.6910:00:14 AM 0.36% 2.6910:00:24 AM 0.36% 2.6910:00:34 AM 0.37% 2.6910:00:44 AM 0.38% 2.6910:00:54 AM 0.38% 2.6610:01:04 AM 0.39% 2.6910:01:14 AM 0.41% 2.6910:01:24 AM 0.41% 2.6910:01:34 AM 0.41% 2.6910:01:44 AM 0.41% 2.6910:01:54 AM 0.41% 2.6910:02:04 AM 0.41% 2.71

11:18:44 AM 0.36% 3.9511:18:54 AM 0.36% 4.1111:19:04 AM 0.38% 4.2511:19:14 AM 0.41% 4.3511:19:24 AM 0.44% 4.4211:19:34 AM 0.44% 4.4611:19:44 AM 0.44% 4.5211:19:54 AM 0.45% 4.5111:20:04 AM 0.46% 4.5511:20:14 AM 0.46% 4.5511:20:24 AM 0.46% 4.5411:20:34 AM 0.46% 4.4311:20:44 AM 0.47% 4.4311:20:54 AM 0.39% 4.4911:21:04 AM 0.39% 4.5011:21:14 AM 0.35% 4.4911:21:24 AM 0.28% 4.2511:21:34 AM 0.23% 3.9011:21:44 AM 0.25% 3.6111:21:54 AM 0.25% 3.4811:22:04 AM 0.32% 3.2711:22:14 AM 0.32% 3.1811:22:24 AM 0.32% 3.1611:22:34 AM 0.34% 3.1611:22:44 AM 0.34% 3.1611:22:54 AM 0.34% 3.18

VRU Performance Test Terminals Pty Ltd, Port Botany, Site C

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