Manual Port Dust Management Manual - der.wa.gov.au · Procedure Port Dust Management Manual ......

Iron Ore Controlled Document

Procedure Port Dust Management Manual

Document- 0099702

Version No: 5.0 of 50

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Manual Port Dust Management Manual Production Port Number: 0099702 Version: 5.0



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Electronic Approval Record Reviewer Role Name Date of Change Process Engineer 13/08/2015

Approver Role Name Date of Change Superintendent Production Improvement

Document Amendment Record Version Page No/s Change Effected Date of Change 1.0 All Document created 19/02/2013

2.0 All Document updated to ensure it meets the conditions of environmental licence – Condition “Emissions to Air” parts 1. 2 and 3.

05/09/2013

3.0 All Document reviewed 17/09/2014

4.0 All Document Reviewed 22/09/2015

5.0 All Document Reviewed 27/09/2016



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Table of Contents 1. Purpose and Scope .................................................................................. 5

2. Dust Management ..................................................................................... 5

2.1. Dust Control Strategy ................................................................................................... 5 2.2. Dust Management at Port ............................................................................................. 5

3. Dust Management Equipment ................................................................. 7

3.1. Dust Elimination ............................................................................................................ 7

3.1.1. Bulk Ore Conditioning ................................................................................................................................ 7 3.1.2. Stockyard Water Cannon ............................................................................................................................ 8

3.2. Dust suppression ........................................................................................................ 11

3.2.1. Boom Sprays ............................................................................................................................................. 11 3.2.2. Stackers...................................................................................................................................................... 11 3.2.3. Reclaimers ................................................................................................................................................. 12 3.2.4. Shiploaders ................................................................................................................................................ 13 3.2.5. Mobile Fog Cannon ................................................................................................................................... 14 3.2.6. Capping Sprays ......................................................................................................................................... 14 3.2.7. Chute Spays ............................................................................................................................................... 14 3.2.8. Water Trucks and Chemical Suppressants ............................................................................................ 14

3.3. Material Containment .................................................................................................. 15

3.3.1. Dust Covers ............................................................................................................................................... 15 3.3.2. Chute Doors ............................................................................................................................................... 15 3.3.3. Rubber Seals and Curtains ...................................................................................................................... 16 3.3.4. Conveyor Skirts ......................................................................................................................................... 17

3.4. Dust Collection and Extraction .................................................................................. 18

3.4.1. Wet Scrubbing ........................................................................................................................................... 18 3.4.2. Fog Systems .............................................................................................................................................. 20 3.4.3. Fog System Nozzles .................................................................................................................................. 20

4. Housekeeping and Spillage Removal ................................................... 21

4.1. Scrapers ....................................................................................................................... 22

4.1.1. Belt Scrapers ............................................................................................................................................. 22 4.1.2. Plough Scrapers ........................................................................................................................................ 22 4.1.3. Conveyor Belt Washing ............................................................................................................................ 23 4.1.4. Belt Wash Spray Operation ...................................................................................................................... 23 4.1.5. Belt Wash Sprays (Type 1) ....................................................................................................................... 23 4.1.6. Belt Wash Sprays (Type 2) ....................................................................................................................... 24 4.1.7. Cartridge Belt Wash Sprays ..................................................................................................................... 24 4.1.8. Belt Wash Launders .................................................................................................................................. 25 4.1.9. Sumps ......................................................................................................................................................... 25

5. Dust Control Equipment Monitoring ..................................................... 26

6. Dust Monitoring ...................................................................................... 26

6.1. Beta Attenuation Monitor (BAM) ................................................................................ 26 6.2. Boundary Monitoring Network ................................................................................... 27



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6.3. Maintenance................................................................................................................. 28

7. Objectives and Targets .......................................................................... 29

7.1. FY16 Project Status ..................................................................................................... 30 7.2. Dust Improvement Process ........................................................................................ 30

8. Communication and Consultation ........................................................ 31

9. Monitoring, Review and Reporting ........................................................ 31

10. Reporting ................................................................................................ 32

11. Responsibilities ...................................................................................... 32

12. Definitions and Abbreviations ............................................................... 33

13. References .............................................................................................. 33

14. Related Procedures and Work Instructions ......................................... 33

14.1. Operational Procedures and Work Instructions ....................................................... 33

15. Appendix 1 .............................................................................................. 34

16. Appendix 2 – Dust Control Equipment ................................................. 35



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1. Purpose and Scope This Dust Management Manual (manual) details the dust control strategies and plans for the BHP Billiton Iron Ore Pty Ltd (BHPBIO) prescribed premises at Nelson Point and Finucane Island required under environmental licence No L4513/1969/18. It provides an overview of the dust management process and procedures at Port operations and the equipment and methods used for monitoring and managing dust.

This information, in conjunction with referenced documents listed in this manual, provides personnel with the knowledge required to safely and efficiently access, monitor and operate dust management equipment. It also outlines other dust control processes such as; contributing environmental factors, monitoring and responding to high dust, maintenance and housekeeping activities, and key performance indicators (KPI’s) for the dust management system. The Dust Management Manual is reviewed and submitted by 30 September each year, as required by the Environmental Licence.

This manual meets the requirements of environmental licence conditions 5.2.5 and 5.2.6. Those conditions are detailed appendix 1.

2. Dust Management

2.1. Dust Control Strategy The key method of dust management is ensuring sufficient moisture (water) is added to the ore, at the mine site, so that dust emissions are kept to a minimum during ore handling operations.

Extensive laboratory testing is carried out to determine the optimum level of moisture required to extinguish dust emissions whilst still allowing efficient ore processing, this value is known as the dust extinction moisture (DEM). DEM is reviewed on an annual basis to ensure that moisture control is accurate for each ore type.

The mines achieve water addition to the ore using a process feedback loop. Ore moisture is controlled by analysing samples of ore as it is crushed and screened. The sample moisture is calculated and the process water addition is adjusted to achieve the correct moisture in the bulk ore.

All high dust generating activities, such as crushing are conducted at the mine sites or the Newman Hub, ensuring dust creation at Port Operations is kept to a minimum.

Direct Ship Ore (DSO) is utilised where possible to help reduce double handling of ore. DSO reduces the times that the ore is moved thorugh transfer points. By reducing this part of the process it helps mitigate dust emissions.

Port operations will receive a potential problematic product (PPP) notification if there is “dusty” ore on route to be processed at port. If operations receive this PPP and know that “dusty” ore is going to be received at operations, the line will monitor all dust mitigating equipment on the selected route and ensure it is operational. If equipment is not operational a notification is raised to have the equipment serviced and fixed. Line will also implement additional dust controlling equipment at dust hotspot area’s to ensure dust emissions are kept to a minimum, these include fogging cannons, additional water points etc.

2.2. Dust Management at Port Port operations include train unloading, ore screening, stockpiling, reclaiming and ship loading activities. All of these activities have the potential to generate airborne dust.

The dust management controls applied at Port are categorised as:

Dust Elimination – controlling the moisture of the ore - bulk ore conditioning;

Dust Suppression – systems used to minimise dust becoming airborne and equipment to suppress fugitive dust (e.g Water Cart using chemical suppressants/surfactants);

Material Containment – systems used to contain dust within equipment;



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Dust Collection and Extraction – equipment used to capture and discharge dust into safe storage;

Spillage Removal – systems to reduce the amount of material which can generate dust; and

Dust Monitoring – equipment used for operational control of dust emissions and monitoring community dust levels.

Examples where dust management controls are applied include:

Minimising dust from operations by using the weather forecast to plan daily operations;

Briefing personnel of expected weather conditions and dust levels on a daily basis through morning safe start meetings;

Continuously monitoring dust control equipment and dust monitoring units via PMAC and EnviroSuite; and

Responding to high dust levels appropriately; for further information refer to:

0020466 Respond to High Dust Alarm; and

0020465 Minimising Port Operations Dust Generation;

CAUTION High dust generation must be promptly reported to Production Control and the Production Supervisor.

Figure 1: Flow chart Daily Operations



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3. Dust Management Equipment A complete list of all dust management control equipment is listed in Appendix 1

3.1. Dust Elimination 3.1.1. Bulk Ore Conditioning

The aim of the Bulk Ore Conditioning system (BOC) is to control the moisture content of the ore conveyed through the inflow and outflow systems.

NOTE The optimum moisture content, known as the Dust Extinction Moisture (DEM), has been determined by extensive laboratory testing.

Water is added by overhead sprays to achieve the optimum moisture for dust control during further ore handling operations. The sprays are turned on incrementally depending on the route selected, the ore type, the moisture content and the moisture target.

Water is supplied to each conveyor water spray location from a branch off the plant water supply. Prior to the water spray nozzles, each branch has a series of valves, a filter, a Bulk Ore Conditioning solenoid valve and a flexible hose connection that connects to the spray bar header.

Fig 1: Typical Water Spray Piping Schematic The water sprays are designed to spray water over the ore on the conveyor with little to no overspray. Splash curtains are installed along the length of the spray bar header to direct any overspray back onto the ore.



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Fig 2: Bulk Ore Conditioning Station

3.1.2. Stockyard Water Cannon Water cannons are used to add water to the stockpile surface to replace evaporated moisture, thus keeping a “skin” on the stockpile and reducing windblown dust lift-off. The cannons are also used in high dust events to run deluge cycles, which will drench the ore to reach and exceed the DEM (Figure 5).

Water cannons are installed approximately 25 meters apart and located on both sides of the stockpile.

Cannon operation is automatically controlled by a timer in PMAC and can be turned on manually as requied.

All cannons along a selected line may be fired one at a time by trained Production Technicians and Maintenance Personnel.

Fig 4: Dust Lift Off Identified on a Stockpile and the Corrective Action Initiated (Deluge Cycle)

Fig 3: Water Cannon in North Yard



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3.1.2.1. Cannon Run Times

Water cannons take approximately 70 seconds to complete a 180º rotation.

Each cannon runs for a fixed duration (nominally 140 seconds), such that the cannon makes two passes and deposits at least 1mm of water on the stockpile surface.

The closing of each solenoid valve is further delayed by 7 seconds to overlap the opening of the next solenoid valve in the sequence, preventing water hammer.

Each time a cannon solenoid valve is closed, the "time since last run" timer is reset, regardless of automatic or manual control.

CAUTION Production personnel must monitor water cannons to ensure they are turned off when not required to prevent over watering and stockpile slumping.

3.1.2.2. Ore Type

To account for the different evaporation rates of the different ore types in the stockyards, each water cannon has assigned to it the ore type over which it will spray.

3.1.2.3. Inhibitors

The program allows for a machine inhibit, which stops the water cannon firing when a machine (stacker/reclaimer) is in its firing trajectory. Each cannon has a watering zone of 50 metres, which defines the watering limits for that water cannon. If a machine exclusion zone encroaches on a cannon watering zone, that cannon shall be inhibited.

NOTE Water cannons are also inhibited on activation of a fire alarm to conserve water for firefighting purposes in the event of a fire.

NOTE In wet conditions (rain) the cannons must be inhibited by Production Control.

3.1.2.4. Hydraulic Constraints

Water cannons are capable of delivering approximately 20L/s at 1100kPa residual pressure, or 17L/s at 1000kPa.

The number of cannons running simultaneously is limited to avoid impacting on water flow demand and delivery pressure of the entire plant water system, and to ensure that each cannon waters the adjacent stockpile effectively.



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If the water pumps are unable to maintain adequate delivery pressure, the total number of stockyard cannons allowed will be reduced according. This is to reduce the flow required by the stockyard under conditions of high water demand or water delivery pump fault.

3.1.2.5. Adjusting Water Cannon Trajectory

Trained Production Technicians can manually operate water cannons and adjust the trajectory of water cannons if required to ensure stockpiles are efficiently watered.

For more information, refer to WIN-POP-GEN-143 Operate Water Canons at Nelson Point.

Fig 5: Adjusting a Water Cannon



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3.2. Dust suppression 3.2.1. Boom Sprays

Shiploader and Stacker boom dust suppression sprays suppress dusty ore as it discharges off the boom conveyor. Reclaimers also have sprays to suppress dust created by the bucket disturbing the stockpile and transferring ore to the booms’ head chute.

3.2.2. Stackers A dust hood is fitted to the end of the stacker (inc Shiploaders) booms. The dust hood has 3 water spray loops, each fitted with 6 nozzles designed for dust control applications (full jet type).

The water quantity is determined by ore rate measured at the belt weigher:

The centre loop is activated independently and delivers 33% of the full rate;

The top and bottom loops are connected and activate as one delivering 66% of the full rate; and

Both loops activated together deliver 100% or full rate.

The water required is fed from the plant water supply which enters the Stacker via the Hose Reel on the tripper equipment platform.

The ore flow rate and water volume setting options for the sprays are selected on PMAC on the dust control popup. The dust suppression also has an "On/Off" selection on PMAC.

The luff height of stackers has also been reduced as it was identified that the reducing of stacking height can severely reduce potential for dust emissions from the stacking process.

Fig 7: Stacker No.5 PMAC Control Window

Fig 6: Stacker No.5 Boom Dust Suppression



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3.2.3. Reclaimers Five water spray bars are located at the following locations on the Bucketwheel Reclaimer:

1 x Bucketwheel discharge transfer chute;

2 x Bucketwheel area, stockpile sprays (33%, 66% or 100% with both solenoids on);

1 x at the boom conveyor transfer chute; and

1 x yard conveyor transfer/loading table area.

The rate and application of water at each spray point is set by a PMAC selection on the dust control page. Each spray has an On/Off selection on PMAC.

The water required is fed from the plant water supply which enters the Reclaimer via the Hose Reeler mounted on the portal structure.

The ore flow rate and water volume setting options for the sprays are selected on PMAC on the dust control popup. The dust suppression also has an "On/Off" selection on PMAC.

Fig 9: Reclaimer No.6 PMAC Control Window

Fig 8: Reclaimer No.5 Boom Dust

Suppression



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3.2.4. Shiploaders There are 2 sets of dust suppression water spray systems located on each Shiploader to prevent airborne dust impacting on the area. These are located:

1 x in the tripper chute; and

1 x at the end of the conveyor boom.

The water spray system on the boom is controlled by the Shiploader Operator via PMAC and is positioned above and below the boom conveyor head pulley to ensure ore discharging off the belt is well wetted. Fan shaped spray nozzles fitted to the spray bar ensure maximum coverage of the dust suppression.

2 x spray bars inside the tripper chute, 1 located above the tripper pulley and the other positioned behind the deflector, provide the necessary suppression to control airborne dust in the tripper/conveyor boom impact area.

Fig 11: Shiploader No.2 PMAC Control Window

Fig 12: Shiploader No. 5 and No.6 Boom Dust Suppression

For more information refer to WIN-POP-GEN-153 Inspect and Test Dust Suppression Stations at Nelson Point.

Fig 10: Shiploader Dust Suppression – Boom

Spray



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3.2.5. Mobile Fog Cannon A Fog Cannon generates a powerful jet of atomized air and water through water jets and produces a cloud of non-toxic fog capable of quickly settling 90% of suspended dust particles in use at Port Operations

3.2.6. Capping Sprays Capping Sprays are arranged over the train rails at the entry to the car dumpers. Moisture that is lost during the trip from mine to port is supplemented by Capping Sprays adding water to the top layer of ore in each rail car.

Fig 13: Capping Sprays

3.2.7. Chute Spays For conveyors with a stationary head chute, the impact plate will be washed from a spray bar above the plate. These sprays can be used to suppress dust only when all other measures have been unsuccessful

Control of these head chute sprays is via solenoid valves. The head chute cleaning sprays are required to clean the head chute when the conveyor is not running. Initiation of the sprays is by either PMAC command or by field test push button.

The PMAC enable is only available when the conveyor is in auto and the conveyor is not running.

The Test push button is only available if the conveyor is in OTM and not running. The field Test push button activates the spray for 30 seconds.

.

Fig 14: Typical Head Chute Spray Installation

3.2.8. Water Trucks and Chemical Suppressants Dust lift off caused by the movement of vehicles around the site is a major potential contributor to dust emissions. There are many unsealed and infrequently accessed areas on site including some roads. Such



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large, open and unprotected areas can be sources of dust lift off if the wheels of vehicles cause dust to become airborne and/or when the wind is at high speed. Water carts are therefore used to wet down the unsealed areas of the site causing agglomeration of the fine dust particles which resist becoming airborne.

As a further measure, dust suppressing chemicals are added to water carts to improve dust suppressing functions. The chemicals are added using an automated system which dispenses the correct amount of chemical. Treatment is not carried out on sealed surfaces.

Fig 15: Automatic dispensing system for chemical suppressants

3.3. Material Containment 3.3.1. Dust Covers

Canvas covers are used to contain dust generated on screens at the LRP. The canvas covers are located above the screen housings and provide easy access for inspection purposes and to help to prevent moisture from entering the screens.

It is important to ensure dust covers are replaced after use and damaged covers are promptly reported.

Fig 16: Dust Cover Unsecured Fig 17: Dust Cover Properly Fitted

3.3.2. Chute Doors Chute doors on conveyor chutes are required to enable access to chute internals but must be kept closed and secured when the conveyor system is online to prevent fugitive dust. Where dust collection systems are integrated into chutes, it is essential for chute doors to remain closed in order to maintain differential pressure for the dust collector to operate efficiently.

Regular inspection of the integrity of chute door hinges, latches and door seals is required to ensure dust is contained within the chute.



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Fig 18: Inspect Door Latch and Hinges Fig 19: Inspect Door Seal

NOTE Damaged dust covers, chute doors and seals must be reported to the Production Supervisor.

3.3.3. Rubber Seals and Curtains Rubber seals are used to contain dust where movement generated at the junction of two pieces of equipment requires a flexible join in order to create an effective seal e.g. at the junction between the bottom of a banana screen housing and the top of the transfer chute at the LRP.

Fig 20: Installed at Junction Between Screen and Chute

Rubber Seal

Screen Housing

Transfer Chute



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Fig 21: Rubber Seals on Sample Station Weigh Bins

Rubber Curtains are used at the entry of head chutes and at the exit point of the impact area to help contain dust generated by the turbulence of the ore impacting the chute area.

Fig 22: Installed at Entry Point of Head Chute Fig 23: Installed at Exit Point of Impact Area

3.3.4. Conveyor Skirts Rubber skirts are used on conveyors to create a dust seal between the moving conveyor and the impact area of the transfer chute.

The rubber skirt is classed as a secondary skirt and is clamped to the outside of the inner primary steel skirt. The bottom edge of the skirt sits on the belt to form the dust seal.

Rubber skirts are required to be inspected regularly for wear, material build-up and loose skirting clamps.

Fig 24: Primary Steel Skirt Installed Fig 25: Secondary Rubber Skirt Installed

Rubber Seals

Rubber Curtain

Rubber Curtain



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A rubber skirt is also fitted to the rear of the impact area to contain dust generated from the impact of the ore onto the belt. This skirt is shaped to the same profile as the trough of the belt and maintains contact with the belt to form the dust seal.

Fig 26: Rear Impact Area Dust Seal

3.4. Dust Collection and Extraction 3.4.1. Wet Scrubbing

Wet Scrubbing is a process used to manage dust generated at locations where the travelling ore is tumbled, typically car dumpers, lump re-screening plants and transfer stations.

The dust laden air is pulled from strategically placed dust hoods by suction and drawn through the Wet Scrubbing circuit. The wet scrubber sprays water through the dust laden air. The dust/water slurry falls to the bottom of the scrubber and is removed to waste while the clean air is vented to atmosphere through the top of the stack.

Fig 27: Lump Re-Screening Plant 1 Wet Scrubber



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Wet Scrubbing involves the use of a wet fan to mix gas, dust and water to an extreme turbulence which forces dust particles into the scrubbing liquid.

Dust laden air is drawn from strategically placed hoods within the process through to the scrubber. The dirty airstream enters the lower first stage of the scrubber where it is contacted by the water and slurry mix as it falls from the second stage.

The two streams meet at the first stage scrubber vanes. The moist dirty airstream is then drawn into the impellor of the fan where it is again contacted with a water slurry mix, this time delivered from the slurry Recirculation Pump sprayed into the fan inlet through a pig-tail nozzle.

The cleaned air then passes through the second stage scrubber vanes before exiting to atmosphere from exhaust stack above the scrubber.

The dust laden slurry gravity feeds to the slurry tank where its density is monitored and controlled. The slurry is pumped to an intermediate launder by the Slurry Pumps.

Fig 29: Typical Wet Scrubber Installation

Fig 28: Dynamic Wet Scrubber Cut-away



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3.4.2. Fog Systems Fog systems use a combination of water and compressed air and sonic-type air assist nozzles in a confined space to produce a fine atomised water spray that airborne dust particles adhere to. This system is classified as a form of dust collection, not dust suppression, as the fog system collects airborne dust rather than preventing dust from becoming airborne.

This system is installed at the entry and exit points of conveyor chutes, close to the impact zones of where the dust is produced.

A typical fog system comprises of:

Nozzles

Master system control panels

Fog system control cabinets

Distribution panels Water and compressed air filter panel

Air compressor and air receiver

Inter panel tubing

To enable a start permissive on a Fog System to Start, the following must first occur:

Air Compressor ready and running;

Conveyor is running; and

Ore on belt is detected at chute.

NOTE The Fogging System is NOT interlocked with any other plant, i.e. a Fogging System Fault will not stop/trip a conveyor.

3.4.3. Fog System Nozzles The fog is produced using sonic-type air assist nozzles. This type of nozzle is capable of producing water droplets in the <1 to 30 micron size range. Water droplets in this range are highly efficient at collecting PM10 dust particles e.g. respirable size particles.

Fig 30: Nozzle Adaptor in Side Wall of P24 Chute Fig 31: Fog Sprays on Shuttle Head Chute



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Compressed air at 750Kpa is injected through a venturi located in the centre of the nozzle and low pressure water is drawn through liquid ports from the orifice of the nozzle by the venturi and into the air stream.

The compressed air is accelerated to sonic velocity through the venturi which generates a shockwave. The resonator located on the tip of the nozzle reflects the shockwave back into itself creating a high energy standing wave pattern between the orifice and resonator resulting in a shock zone. The resulting high frequency acoustic shockwaves atomises the water, creating the required fog.

Fig 32: Sonic-type Air Assist Nozzle Fig 33: Cut Away View of Air Nozzle

Fig 34: Nozzle Assembly and Adaptor

4. Housekeeping and Spillage Removal Spillage Removal collectively refers to methods used to remove accumulated iron ore dust and iron ore spillages across the port site. This contributes to a cleaner working environment for personnel and reduced dust emission levels.

Regular cleaning inspections are conducted to monitor areas for accumulated dust and spillage levels and determine where next to best deploy cleaning resources.

Housekeeping measures include:

Road Sweepers - Used to clean dirt off sealed areas to prevent it from becoming airborne dust.



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Area Cleanup - Skid Steers: Used to remove larger amounts of spillage from close to or below structures where a front end loader cannot safely be operated in space restricted areas. Hosing - Many areas of the plant have very limited access, are only accessible by a narrow walkway, made up of several levels (e.g. transfer stations), have low headroom, have many difficult to reach or confined areas (e.g. chutes) or were not engineered to bear the weight of cleaning machinery (such as a skid steer). When iron ore spillage builds up in these areas the method used to remove it is by washing it off the structure using pressurised water. Personnel attach a hose gun to the hose and use the high pressure water jetting out of to the hose to break up the heavy spilt ore and wash it down to the base of the structure.

Vacuum Trucks - In some areas of the plant it is not possible to remove spillage using more standard methods such as a skid steer or inch line hosing. In circumstances like these a vacuum truck - may be required. BHPBIO supervision may also re-direct vacuum truck operations as required. Vacuum trucks are also regularly used to clean out sump pump pits if excess spillage fills the sump, blocking the pump and causing water to overflow.

4.1. Scrapers 4.1.1. Belt Scrapers

Dust is generated by fine material adhering to the belt being dislodged by rollers in contact with the belt. This is most evident on the return section of the belt and is called carry-back. To minimise carry-back the head end of the belt is fitted with scrapers to remove fines. Both Primary and Secondary scrapers are listed.

Fig 35: Typical Primary Scraper Fig 36: Typical Secondary Scraper

4.1.2. Plough Scrapers Ore spilling off a moving conveyor can sometimes get carried along on the top surface of the return side of the belt. A plough is a ‘V’ shaped scraper which is installed just before the belt’s tail pulley to prevent it grinding this ore up into dust or damaging the pulley.



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Fig 37: Typical Plough Scraper

4.1.3. Conveyor Belt Washing Belt wash equipment removes fine particles that have become stuck to the belt by using a combination of water sprays and scrapers.

4.1.4. Belt Wash Spray Operation There are three types of belt washing stations used to clean conveyors:

Belt wash sprays (Type 1);

Belt wash sprays (Type 2); and

Cartridge belt wash sprays.

The different belt wash station designs ensure all conveyor configurations are accommodated for:

Conveyors without head chutes;

Conveyors with a stationary head chute;

Conveyors with a moving head chute;

Conveyors with deflector plate sprays in the Stacker tripper chutes; and

Conveyors with belt wash sprays in the Shiploader tripper chutes.

Typically a belt wash station has two belt wash spray bars operated by two independent solenoid control valves. The belt wash sprays are directed onto the belt to remove any residue, are activated by the conveyor run signal on PLC and remain on whenever the conveyor is running in auto mode.

Each belt washing station is provided with a test pushbutton which remains operational at all times regardless of conveyor mode. When activated, all solenoid valves are opened for a preset time (nominally 30 seconds).

4.1.5. Belt Wash Sprays (Type 1) Used on conveyors with a stationary head chute, this belt wash sprays type is positioned behind the head pulley to clean the return of the belt as it leaves the head chute.



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4.1.6. Belt Wash Sprays (Type 2) Used on shuttle conveyors, yard and wharf belts. These belt washers typically enclose the first fixed bend pulley after the shuttle or the head pulley on yard/wharf belts. Wash sprays are positioned above and below the pulley to clean the belt

Fig 39: Belt Wash Sprays (Type 2)

4.1.7. Cartridge Belt Wash Sprays Cartridge belt sprays are installed under the return of a conveyor on a sliding carriage for ease of access for maintenance.

Instead of fixed belt scrapers, each of these units has two scrapers positioned off the belt which raise and compress against the belt when bellows, attached to the underside of each scraper frame, are filled with water.

Fig 38: Belt Wash Sprays (Type 1)

Hold Down Roller

Launder Sluicing Spray Bars x 2

Belle Banne “R” Type Belt Scrapers

Rubber Lagged Roller

Safety Bars

Belt Wash Spray Bars

Bars to Assist in Roller C/out

Belt Cleaner

Belt Washing Sprays

‘Hold Down’ Return Roller

Belt Cleaner

Rubber Lagged Roller

Return or Belt

Launder Sluicing Sprays Belt Washing

Sprays



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Fig 40: Cartridge Belt Wash Sprays Overview Fig 41: Cartridge Belt Wash Sprays

4.1.8. Belt Wash Launders The launders are designed to contain the ore residue and water removed from the belt by the different belt wash sprays.

Two sluicing spray bars, operating for 30 seconds every 5 minutes, wash the residue from the launder through the discharge pipe to an adjacent sump. The slurry from the sump is pumped to intermediary launders and then on to the Fresh Water Recovery Plant Thickener.

Each station is interlocked with ore tracking to ensure sluicing sprays do not operate below an empty conveyor belt.

NOTE Should a conveyor need to be operated for any period of time without water, scrapers should be backed off to prevent blockage of the launder and discharge.

4.1.9. Sumps Water that has been used to wash down the plant or by a Belt Wash station is collected in the sump where the solids are allowed to settle out. The water is pumped away to freshwater recovery being re-used in the plant

Fig 42: Typical Sump



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NOTE All belt washing stations are inhibited on activation of a fire alarm to conserve water for firefighting purposes in the event of a fire.

5. Dust Control Equipment Monitoring Monitoring dust control equipment performance is a critical part of managing dust emissions on site. Port operations Environmental Protection Act 1986 Part V license (L4513/1969/18) outlines monthly compliance targets that must be reported against on quarterly basis. Operations must maintain an availiabilty (dust control equipment operating time/dust control equipment required operating time) of 90%. Operations receive daily figures on the compliance of the dust equipment operating performance.

The compliance of dust control equipment is discussed at daily operations meetings and corrective actions are assigned to the relevant working groups where issues are identified.

6. Dust Monitoring The dust monitoring system is a critical part of the company’s Port operations. Ministerial Statement 740 and L4513/1969/18 specify dust monitoring methods, targets, reporting and investigation requirements. Real-Time Beta Attenuation Monitors (BAMs) and E-Samplers are utilized to provide real-time 10min average concentration results through to operations personnel. An independent contractor calibrates and maintains the dust monitor network.

6.1. Beta Attenuation Monitor (BAM) BAM’s continuously measure, PM10 using beta attenuation. They provide a continuous measurement of particulates giving real time data for onsite alert systems. Air Quality data is monitored in both the onsite management system (PMAC) and Envirosuite where it is available for operational dust response and long term trend analysis. Both systems will send out alarms to nominated people if off site dust levels exceed internal thresholds (refer to respond to high dust alarms – 0020466) and corrective action is introduced if required.

Each BAM monitor, collects, stores and transmits the following signals to the dust suppression computer program on PMAC:

PM10 dust particulate concentration;

WS: Wind Speed;

WD: Wind Direction; and

AT: Ambient Temperature.

Fig 43: Typical BAM Unit



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6.2. Boundary Monitoring Network The boundary monitoring network is a network of monitors strategically placed throughout the operation and Port Hedland regional area that provides real time data of ambient dust conditions. This system is able to provide:

Real-time results displayed for the entire network of boundary dust monitors on dedicated software;

Real-time dust influence arcs that provide operations staff with the likely source of emissions that are being detected at each of the monitoring stations (once a trigger level is reached; and

Predictive modelling that provides the likely plume migration/concentrations for the following 48 hours. This is based off worst case operating conditions coupled with up-to-date weather forecasting information.

Fig 44: Screenshot of Real-Time Dust Results from EnviroSuite

Fig 45: Screenshot of Forecast Plume Modelling EnviroSuite



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6.3. Maintenance Maintenance is a critical component of dust management on site. The maintenance of dust control equipment is the responsibility of dedicated workgroups.

There are three types of maintenance activities:

Predictive maintenance - attaching monitoring equipment to the plant to identify when that piece of plant is starting to behave in a manner which requires it to be maintained;

Preventative maintenance – a regime of routine inspections to identify potential faults and carry out repairs to maximise equipment availability. These schedules are developed based on operational experience of equipment reliability; and

Corrective maintenance - is carried out when equipment fails in the field. This is attended to as soon as possible by shift maintenance personnel on a 24 hour basis.

All maintenance is managed through a scheduling system within the company wide 1SAP Work Management system.

The process of ensuring maintenance is carried out relies on the equipment user notifying any requirements into 1SAP. The maintenance activities are then scheduled and planned as priority by a specific department within the maintenance department. A complete record of all equipment is maintained for historical information and long term planning.

Daily Dust Equipment Status reports are used to measure compliance and operability of each piece of dust control equipment on site. They are reviewed at the daily production meetings to improve performance and maintenance of the equipment.



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7. Objectives and Targets The Port operations dust management objectives and targets are set each year through the business planning process. This includes production, maintenance and capital growth projects. The 5 year plan is reviewed and fed into the current years planning.

Key Performance Indicators – Dust Emissions

Objectives Targets FY-15 FY-16 FY-17 Units Target Actual Target Annual average PM10 monitored at Taplin St to a long-term target of 30 µg/m3

µg/m3 30 36 30

24 hour average PM10 >70ug/m3 at Taplin St. Events <10 1 <10

Key Performance Indicators – Dust Equipment Compliance

Description Targets FY16 FY16 FY17

Units Target Actual Target Dust Collector Compliance % 90 93 90 Belt Wash Stations Compliance % 90 91 90 Boom Sprays Compliance % 90 93 90 Bulk Ore Conditioning % 90 89 90

Goals

Objectives Tool

Projects Linked to dust risk analysis

Deliver Projects as per scope to meet specific goals within defined time period

Progress against milestones in project tracker/Projects monitored by designated Production Analysis and Improvement Team

Ensure Legal Compliance Meet Ministerial Conditions (MS433 & MS740) Audit Vs. Conditions

Comply with DER license requirements Issue of License

Investigate and Report Dust exceedances within 21 days to DER 1SAP



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7.1. FY16 Project Status The list is an indication of how projects have been completed against the FY15 plan.

Project ID Project Description

Accountable Department

Position Title % Complete Short Comment

2016.01 Implementation of new dust suppressant

Production Analysis and Improvement

Process Engineer

100% Completed.

2016.02 Fogging Cannon trials


Process Engineer

100% Fogging Cannon Implemented

2016.5 Reduction of trafficable areas – windrowing up areas to reduce dust


Process Engineer

100% Completed

2016.03 BOC Spray nozzle replacement


Process Engineer

100% No improvement identified

7.2. Dust Improvement Process Projects are managed through a dedicated Production Analysis and Improvement team. Projects are facilitated through:

Capturing project ideas initiated from personal initiative, Daily Production Meetings, Gap Analysis Meetings etc.

Data driven selection, prioritisation and resourcing of projects with all stakeholders.

Monitoring of project progress through regular reports, meetings and metrics.

Projects are captured either through the Production A & I Dust and Water teams project tracker and\or on a WAIO wide project capture database.

Project ID Project Description Accountable Department

2017.01

In Chute Fogging Sprays Major Projects

2017.02

Dust Spots – Reviewing Dust Reduction Technology




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8. Communication and Consultation A list of the different channels of communication is listed below:

Forum Timing Target Audience Function Responsible

Internal General

Safe Start Daily All Employees and Contractors

Dust hazards and risks related with day-to-day operations

Superintendents

Safety Meetings Monthly All Employees and Contractors

Performance to dust objectives and KPI's

Managers: Production and Maintenance

Dust response plan Daily Shift Supervisors, Co-Ordinators and Operators

Daily plan to ensure weather conditions are considered during shift operations

Production Superintendents: Finucane Island, Nelson Point

Safety Alerts As required

All Employees and Contractors

Inform employees of arising safety considerations

Area Superintendents

Envirosuite Dust Risk Forecast Daily

Shift Supervisors, CR Operators and Operators

Forecast of weather conditions for planning shift operations

Process Control and Improvement

Community and Business groups

Port Hedland Industry Council (PHIC) - Dust Committee

Quarterly Port Bulk Exporters

Coordinate industry efforts to manage dust in the Port Hedland Airshed

BHPBIO represented by Environment Superintendent

External

PHIC Website

Daily Community

Communication of dust levels measured at the within the PHIC monitoring network

Environment / PHIC

Govt Relations / communications

As required Inspections, audits and

reporting functions Environment

9. Monitoring, Review and Reporting Monitoring of onsite dust performance which includes; targets, objectives, projects, trends and compliance is tracked using the following methods:

Event tracking database;

Non-conformances’ or improvement notes from previous years AER;

KPI’s actual against target;

Risk assessment and review to identify improvement areas

Envirosuite

Envirosys



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10. Reporting The table below outlines some of the main reporting requirements.

Report Responsible Timing Customer

Internal BHPBIOBHPBIO WA Iron Ore Envirosys HSE Reporting Baseline BHPBIOWA Iron

Ore Daily Operations Dust Report Production Analysis and

Improvement Daily 0900 Production

Dust Equipment Status report Production Analysis and Improvement

12 hourly at shift change

Shift Supervisors

Weekly Dust report Production Analysis and Improvement

Weekly BHPBIO

Monthly Dust report Production Analysis and Improvement

Monthly 0900 BHPBIO

Investigations of Dust exceedences Production Analysis and Improvement

As required BHPBIO and DER

External Annual Environmental Report Environment 30th September

Each Year DER / OEPA

Reporting of Dust exceedences Environment As required BHPBIO and DER

Quarterly Dust Equipment Availability Report

Environment Quarterly DER

11. Responsibilities Dust is managed at several levels within BHPBIO as follows:

POSITION TITLE DESCRIPTION OF TASK

Individual Department’s onsite

Responsible for meeting the requirements of the dust management plan.

Executive Leadership team

Committed to achieve sustainable reduction in dust emissions from BHPBIO operations. Sufficient resources are made available to ensure: Effective future growth planning New plant and equipment is designed to the most up to date dust control

practices Existing plant is maintained to a suitable standard Properly resourced, competent people Budgets for above.

At the port operations the successful implementation of the Port Dust Management Manual requires all stakeholders to carry out their responsibilities and be accountable for any actions required.



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12. Definitions and Abbreviations Term Description AER Annual Environment Report

BAM Beta Attenuation Monitor

BHPBIO BHP Billiton Iron Ore

DEM Dust Extinction Moisture

DER Department of Environment Regulation

KPI Key Performance Indicator

LRP Lump Rescreening Plant

MAC Mining Area C

OTM Out To Maintenance

PLC Program Control Logic

PMAC Process Monitoring and Control

PHIC Port Hedland Industry Council

13. References References Author Title 0021531 Conveyors at Nelson Point Manual

14. Related Procedures and Work Instructions

14.1. Operational Procedures and Work Instructions Number Title

0020466 Respond to High Dust Alarm

0020465 Minimising Port Operations Dust Generation

WIN-POP-GEN-152 Inspect and Test Belt Wash Stations at Nelson Point

WIN-POP-GEN-143 Operate Water Cannons at Nelson Point



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15. Appendix 1 Licence Condition number

Environmental License Condition Dust Management Manual Section Responsible

5.2.4

The licensee shall, by 30 September each year, prepare and provide to the Director an updated report detailing the dust control strategies and plans for the prescribed premises, including key performance indicators as per the Dust Management Manual.

This document Production Analysis and Improvement Superintendent.

5.2.5 (a)

The licensee shall ensure the above report details, but is not limited to:

i. Dust extraction units and bag houses ii. Portable dust suppression units used

onsite iii. Water sprays on conveyors, transfer

points, stackers, reclaimers and shiploaders

iv. Stockpile sprinklers v. Covers on conveyors and transfer

points

2. Dust Management Equipment 16. Appendix 1 – Dust Control Equipment

Production Analysis and Improvement Superintendent.

5.2.5(b)

Details of all dust control procedures on the prescribed premises, including, but not limited to:

i. Bulk ore moisture control ii. Removal of spilled material iii. Operation of water trucks iv. Use of chemical suppressants

2. Dust Management Production Analysis and Improvement Superintendent.

5.2.5 (c) Maintenance strategies and records for dust control equipment

6. Maintenance Objectives and Targets

Maintenance Superintendents

5.2.5 (d) KPI's for the dust control equipment and procedures

7. Objectives and Targets


5.2.5 (e) Implementation of any new technologies and systems

7. Objectives and Targets




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16. Appendix 2 – Dust Control Equipment Equipment Plant Location Equipment Plant Location Belt Wash Station Scraper - Primary

BWS P702 TS702 Scraper-PrimaryP702 EY TS702

BWS P704 EY - TS704 Scraper-PrimaryP704 EY TS702 - TS704


BWS P800 WY - TS808 Scraper-PrimaryP800 WY TS865 - TS800


BWS P802 Stacker 10 West Yard Scraper-PrimaryP802 WY TS801 - M area North

BWS P802 WY ST9 tripper Scraper-PrimaryP803 WY ST9 Boom

BWS P804 Stacker 9 West Yard Scraper-PrimaryP804 TS800 - K area north

BWS P804 WY ST10 tripper Scraper-PrimaryP805 WY ST 10 boom

BWS P807 WY - TS807 Scraper-PrimaryP806 WY BWR7 boom

BWS P808 WY - TS808 Scraper-PrimaryP807 WY TS807 - L area north


BWS P810 EY - TS810 Scraper-PrimaryP809 WY/EY TS808 - TS809

BWS P811 TS811 Wharf Scraper-PrimaryP810 EY TS704 - TS810

BWS P812 Wharf C Berth P812 Scraper-PrimaryP811 EY TS810 to TS811

BWS P812 SL4 tripper head chute Scraper-PrimaryP812 EY SL4 wharf belt

BWS P815 Inflow LRP West Yard Scraper-PrimaryP813 EY SL4 boom

BWS P816 WY - TS808 (outflow LRP2) Scraper-PrimaryP815 WY TS808 - LRP2

BWS P817 WY - TS808 (outflow LRP2) Scraper-PrimaryP816 WY LRP2 - TS808

BWS P818 WY - TS800 Scraper-PrimaryP817 WY LRP2 - TS808

BWS P861 TS811 Wharf Scraper-PrimaryP818 WY TS808 - TS800

BWS P862 Wharf C Berth P862 Scraper-PrimaryP850 WY TS808 - TS801


BWS P886 EY - TS892 mid level Scraper-PrimaryP852 WY TS808 - TS803

BWS P887 Stacker 11 East Yard Scraper-PrimaryP853 WY TS808 - TS804

BWS P887 ST11 tripper Scraper-PrimaryP854 WY TS808 - TS805


BWS P891 TS885 East Yard Scraper-PrimaryP862 EY SL3 wharf belt

BWS P892 EY - TS892 Upper Level Scraper-PrimaryP863 EY SL3 boom

BWS P893 WY - north end P893 (ST12 belt) Scraper-PrimaryP865 WY TS865

BWS P893 ST12 Tripper Scraper-PrimaryP866 WY TS865 - TS808

BWS P895 EY TS808 - TS895 Scraper-PrimaryP885 EY TS704 - TS885

BWS P897 WY/EY TS800 - TS897 Scraper-PrimaryP886 WY TS865 - TS896

BWS P898 WY TS808 - TS800 Scraper-PrimaryP887 EY TS885 - R area north

BWS P901 EY TS809 - TS901 Scraper-PrimaryP888 EY ST11 boom

BWS P902 EY SL7 wharf belt Scraper-PrimaryP889 EY BWR8 boom

BWS P904 EY TS897 - TS901 Scraper-PrimaryP890 EY TS890 - S area north

BWS P905 EY SL8 wharf belt Scraper-PrimaryP891 EY TS890 - TS885

BWS P910 TS910 north Scraper-PrimaryP892 EY TS885 - TS892

BWS P911 EY TS910 - TS911 Scraper-PrimaryP893 EY TS892 - T area north



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Equipment Plant Location Equipment Plant Location BWS P913 EY TS911 to TS913 Scraper-PrimaryP894 EY ST12 boom

BWS P002 TS1 north side of belt 10m from head 2 levels below head chute Scraper-PrimaryP895 EY TS808 - TS895

BWS P010 TS2 Mid Level east side of belt 20m from head chute Scraper-PrimaryP896 EY TS895 - TS896

BWS P011 TS4 west side of belt Upper Level 20m from head chute Scraper-PrimaryP897 WY/EY TS800 - TS897

BWS P012 NY west, opp TS506 Scraper-PrimaryP898 WY TS808 - TS800

BWS P014 NY west end P14 Scraper-PrimaryP901 EY TS809 - TS901

BWS P016 TS26 Upper Level SW Scraper-PrimaryP902 EY SL7 wharf belt

BWS P024 P24 shuttle north side of belt 30m from head chute (near conveyor drive motor)

Scraper-PrimaryP903 EY SL7 boom

BWS P025 Wharf Berth A (north end) Scraper-PrimaryP904 EY TS897 - TS901

BWS P029 TS3 Upper Level west side of belt 10m from head chute Scraper-PrimaryP905 EY SL8 wharf belt

BWS P117 P117 shuttle south side of belt 40m from head chute Scraper-PrimaryP906 EY SL8 boom

BWS P118 Wharf Berth A (north end) Scraper-PrimaryP910 EY CD5 - TS910

BWS P201 TS201 Upper Level Scraper-PrimaryP911 EY TS910 - TS911

BWS P202 TS206 30m from head 1 level down from top Scraper-PrimaryP913 EY TS911 to TS913

BWS P203 LRP3 tripper deck. East end Scraper-PrimaryP914 EY TS913 to TS914

BWS P205 TS206 top level north side of belt Primary Scraper P002 TS1

BWS P206 TS206 top level north side of belt Primary Scraper P010 TS2

BWS P350 TS350 Mid Level North West Primary Scraper P011 TS3

BWS P351 TS351 Under Shuttle west side of belt Primary Scraper P012 TS2

BWS P353 TS1/2 Primary Scraper P012 TS2

BWS P354 5m from drive pulley east side of belt Primary Scraper P014 TS4

BWS P501 TS501 Upper Level, west Primary Scraper P016 TS26

BWS P502 TS503 Upper Level Primary Scraper P021 SS21

BWS P510 TS502 Upper level north side of P510 20m from head Primary Scraper P022 P22/P117 interface, upper level

BWS P511 TS504 top level east side of belt Primary Scraper P023 TS506 upper level, North

BWS P512 TS505 top level south side of belt 5m from head chute Primary Scraper P024 P24 shuttle

BWS P513 TS506 Upper Level Primary Scraper P025 Wharf, north end

BWS P514 P514 shuttle north side of belt 20m from head chute (near conveyor drive motor)

Primary Scraper P025 Tripper Ship loader 1

BWS P515 TS515/504 Upper Level east side of belt 10m from head chute Primary Scraper P026 Ship loader 1

BWS P552 P552 Head Primary Scraper P029 TS3

BWS P516 P516 head eand Primary Scraper P032 Reclaimer 5

BWS P560 TS560 30m from head East side, 1 level down Primary Scraper P094 SS41 (20m SW of SS21)

BWS P561 P561 east side 10m from head Primary Scraper P099 TS21

BWS P563 SY - TS563 Primary Scraper P102 TS11

BWS P564 SY- TS560 Primary Scraper P103 TS11

BWS P565 P565 east side 10m from head Primary Scraper P105 TS12

BWS P601 TS601 Upper Level north Primary Scraper P107 Stacker 4

BWS P610 TS603 mid level, south Primary Scraper P111 Surge Bin 2



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Equipment Plant Location Equipment Plant Location BWS P700 TS700 Mid & Upper Levels Primary Scraper P113 TS26

BWS P701 TS701 Upper Level Primary Scraper P114 TS18

BWS P730 TS730 south side of belt 30m west of drive motor Primary Scraper P116 P116//P117 interface, upper

level BOC sprays Primary Scraper P117 P117 shuttle

BOC P704 TS702 south side 10m from tail Primary Scraper P118 Wharf, north end

BOC P705 EY - TS704 (north of) Primary Scraper P119 Ship loader 2

BOC P800 WY - TS865 west Primary Scraper P128 Reclaimer 4

BOC P802 WY - TS801 Primary Scraper P201 TS201


BOC P807 WY - BWR7 base Primary Scraper P210 TS3 NW (P210 tripper)


BOC P809 WY/EY TS808 - TS809 Primary Scraper P350 TS350

BOC P810 EY - TS704 (north of) Primary Scraper P351 TS351

BOC P811 EY - TS810 Primary Scraper P352 TS351

BOC P812 FI - TS811 Wharf Primary Scraper P353 TS2

BOC P816 LRP2 Primary Scraper P354 TS2

BOC P861 EY - TS810 Primary Scraper P501 TS1

BOC P862 TS811 Wharf Primary Scraper P502 TS503

BOC P865 WY - CD4 (south of) Primary Scraper P503 stacker 6 tripper chute

BOC P866 WY - TS865 Primary Scraper P505 Stacker 7

BOC P887 TS704 Primary Scraper P509 Reclaimer 6

BOC P890 EY - BWR8 (base) Primary Scraper P510 TS502 Upper Level

BOC P891 EY - TS892 east side Primary Scraper P511 TS515/504

BOC P893 EY- TS892 (north of) Primary Scraper P512 TS505

BOC P895 EY TS808 - TS895 Primary Scraper P513 TS513

BOC P897 WY/EY TS800 - TS897 Primary Scraper P514 P514 shuttle

BOC P897 WY/EY TS800 - TS897 Primary Scraper P515 TS515/504

BOC P898 WY TS808 - TS800 Primary Scraper P521 SS501/510


BOC P902 EY SL7 wharf belt Primary Scraper P523 SS501/510


BOC P905 EY SL8 wharf belt Primary Scraper P533 SS510

BOC P910 CD5 tunnel exit Primary Scraper P551 TS501

BOC P002 P2 south side of belt 10m in from tunnel access door Primary Scraper P552 TS501/502 Top Level

BOC P010 P10 east side of belt 40m from tail end Primary Scraper P601 TS601

BOC P011 P11 west side of belt 20m from tail end Primary Scraper P602 LRP tripper floor

BOC P012 P12 south side of belt 20m from tail end Primary Scraper P610 TS603 upper level

BOC P014 P14 south side of belt 20m from tail end Primary Scraper P611 TS506 east

BOC P016.1 P16 on west end of BWR5 structure Primary Scraper P620 TS603 upper floor

BOC P016.2 P16 south side of belt 20 m from tail end Primary Scraper P621 TS604



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Equipment Plant Location Equipment Plant Location BOC P022 P22 west side of belt 25m from tail

end Primary Scraper P630 SS611/612

BOC P025 P25 west side of belt 30 m from tail end Primary Scraper P632 SS611/612

BOC P118 P118 east side of belt 30m from tail end Primary Scraper P650 TS601

BOC P201 P201 north side of belt 130m in from tunnel access door Primary Scraper P700 TS700

BOC P350 P350 south side of belt 160m in from tunnel access door

Scraper - Secondary

BOC P351 P351 east side of belt 40m from tail end Scraper-SecondaryP702 EY TS702

BOC P354 P354 west side of belt 35m from tail end Scraper-SecondaryP704 EY TS702 - TS704

BOC P501 P501 east side of belt 30m from tail end Scraper-SecondaryP705 EY TS704 - TS810

BOC P503 TS501 P503 north side of belt 35m from tail end Scraper-SecondaryP800 WY TS865 - TS800

BOC P505 TS503 P503 north side of belt 35 m from tail end Scraper-SecondaryP801 WY TS800 - TS801

BOC P510 P510 on West end of BWR6 structure Scraper-SecondaryP802 WY TS801 - M area North

BOC P512 TS515 P512 north side of belt 35m from tail end Scraper-SecondaryP803 WY ST9 Boom

BOC P513 TS505 P513 north side of belt 40m from tail end Scraper-SecondaryP804 TS800 - K area north

BOC P516 P516 tail end Scraper-SecondaryP805 WY ST 10 boom

BOC P560 P560 40m from tail on west side Scraper-SecondaryP806 WY BWR7 boom

BOC P561 TS560 east side of belt 30m from tail Scraper-SecondaryP807 WY TS807 - L area north

P563 Scraper-SecondaryP808 WY TS807 - TS808

P564 Scraper-SecondaryP809 WY/EY TS808 - TS809

BOC P565BOC P601 TS560 east side of belt 30m from tailP601 west side of belt 40m from tail

Scraper-SecondaryP810 EY TS704 - TS810

BOC P601BOC P700.1 P601 west side of belt 40m from tail P700 north side of belt 40m from tail end

Scraper-SecondaryP811 EY TS810 to TS811

BOC P700.1BOC P700.2 P700 north side of belt 40m from tail endP700 opposite north east corner of LRP1

Scraper-SecondaryP812 EY SL4 wharf belt

BOC P700.2BOC P701

P700 opposite north east corner of LRP1TS701 P701 east side of belt 10m north of P700/P701 transfer chute

Scraper-SecondaryP813 EY SL4 boom

BOC P701Boom Spray TS701 P701 east side of belt 10m north of P700/P701 transfer chute Scraper-SecondaryP815 WY TS808 - LRP2

Boom SprayBoom Spray P803

WY ST9 Boom Scraper-SecondaryP816 WY LRP2 - TS808

Boom Spray P803Boom Spray P805 WY ST9 BoomWY ST 10 boom Scraper-SecondaryP817 WY LRP2 - TS808

Boom Spray P805Boom Spray P806 WY ST 10 boomWY BWR7 boom Scraper-SecondaryP818 WY TS808 - TS800

Boom Spray P806Boom Spray P813 WY BWR7 boomEY SL4 boom Scraper-SecondaryP850 WY TS808 - TS801

Boom Spray P813Boom Spray P863 EY SL4 boomEY SL3 boom Scraper-SecondaryP851 WY TS808 - TS802

Boom Spray P863Boom Spray P888 EY SL3 boomEY ST11 boom Scraper-SecondaryP852 WY TS808 - TS803

Boom Spray P888Boom Spray P889 EY ST11 boomEY BWR8 boom Scraper-SecondaryP853 WY TS808 - TS804

Boom Spray P889Boom Spray P894 EY BWR8 boomEY ST12 boom Scraper-SecondaryP854 WY TS808 - TS805



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Equipment Plant Location Equipment Plant Location Boom Spray P894Boom Spray P903 EY ST12 boomEY SL7 boom Scraper-SecondaryP861 EY TS810 - TS811

Boom Spray P903Boom Spray P906 EY SL7 boomEY SL8 boom Scraper-SecondaryP862 EY SL3 wharf belt

Boom Spray P906Boom Spray P013 EY SL8 boomNY Stacker 8 Scraper-SecondaryP863 EY SL3 boom

Boom Spray P013Boom Spray P015 NY Stacker 8NY Stacker 5 Scraper-SecondaryP865 WY TS865

Boom Spray P015Boom Spray P026 NY Stacker 5Ship Loader 1 Scraper-SecondaryP866 WY TS865 - TS808

Boom Spray P026Boom Spray P032 Ship Loader 1NY Reclaimer 5 Scraper-SecondaryP885 EY TS704 - TS885

Boom Spray P032Boom Spray P119 NY Reclaimer 5Ship Loader 2 Scraper-SecondaryP886 WY TS865 - TS896

Boom Spray P119Boom Spray P504 Ship Loader 2SY Reclaimer 6 Scraper-SecondaryP887 EY TS885 - R area north

Boom Spray P504Boom Spray P504 SY Reclaimer 6SY Stacker 6 Scraper-SecondaryP888 EY ST11 boom

Boom Spray P504Boom Spray P506 SY Stacker 6SY Stacker 7 Scraper-SecondaryP889 EY BWR8 boom

Boom Spray P506Boom Spray P562 SY Stacker 7Ship Loader 5 Scraper-SecondaryP890 EY TS890 - S area north

Boom Spray P562Boom Spray P566 Ship Loader 5Ship Loader 6 Scraper-SecondaryP891 EY TS890 - TS885

Boom Spray P566Capping Spray

Ship Loader 6 Scraper-SecondaryP892 EY TS885 - TS892

Capping SprayCD4 WY - CD4 on a frame 20m south of Scraper-SecondaryP893 EY TS892 - T area north

CD4CD5 WY - CD4 on a frame 20m south ofEY - CD5 20m south of Scraper-SecondaryP894 EY ST12 boom

CD5Chute Sprays EY - CD5 20m south of Scraper-SecondaryP895 EY TS808 - TS895

Chute SpraysChute SprayP704

EY TS702 - TS704 Scraper-SecondaryP896 EY TS895 - TS896

Chute SprayP704Chute SprayP704 EY TS702 - TS704EY - TS704 Scraper-SecondaryP897 WY/EY TS800 - TS897

Chute SprayP704Chute SprayP705 EY - TS704EY TS704 - TS810 Scraper-SecondaryP898 WY TS808 - TS800

Chute SprayP705Chute SprayP705 EY TS704 - TS810EY - TS810 Scraper-SecondaryP901 EY TS809 - TS901

Chute SprayP705Chute SprayP800 EY - TS810WY TS865 - TS800 Scraper-SecondaryP902 EY SL7 wharf belt

Chute SprayP800Chute SprayP800 WY TS865 - TS800WY - TS808 Scraper-SecondaryP903 EY SL7 boom

Chute SprayP800Chute SprayP801 WY - TS808WY TS800 - TS801 Scraper-SecondaryP904 EY TS897 - TS901

Chute SprayP801Chute SprayP801 WY TS800 - TS801WY - TS801 Scraper-SecondaryP905 EY SL8 wharf belt

Chute SprayP801Chute SprayP802

WY - TS801WY TS801 - M area North Scraper-SecondaryP906 EY SL8 boom


WY TS801 - M area NorthTS800 - K area north Scraper-SecondaryP910 EY CD5 - TS910

Chute SprayP804Chute SprayP804 TS800 - K area northWY - TS800 Scraper-SecondaryP911 EY TS910 - TS911

Chute SprayP804Chute SprayP806 WY - TS800BWR7 centre chute Scraper-SecondaryP913 EY TS911 to TS913


BWR7 centre chuteWY TS807 - L area north Scraper-SecondaryP914 EY TS913 to TS914


WY TS807 - L area northWY - TS807 Secondary Scraper P002 TS1

Chute SprayP807Chute SprayP808 WY - TS807WY TS807 - TS808 Secondary Scraper P010 TS2

Chute SprayP808Chute SprayP808 WY TS807 - TS808WY - TS808 Secondary Scraper P011 TS3

Chute SprayP808Chute SprayP809 WY - TS808WY/EY TS808 - TS809 Secondary Scraper P012 TS2



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Equipment Plant Location Equipment Plant Location Chute SprayP809Chute SprayP810

WY/EY TS808 - TS809EY TS704 - TS810 Secondary Scraper P013 Stacker 8

Chute SprayP810Chute SprayP810 EY TS704 - TS810EY - TS810 Secondary Scraper P014 TS4

Chute SprayP810Chute SprayP811 EY - TS810EY TS810 to TS811 Secondary Scraper P015 Stacker 5

Chute SprayP811Chute SprayP811 EY TS810 to TS811TS811 Wharf Secondary Scraper P016 TS26

Chute SprayP811Chute SprayP815 TS811 WharfWY TS808 - LRP2 Secondary Scraper P021 TS26


WY TS808 - LRP2WY LRP2 - TS808 Secondary Scraper P022 P22/P117 interface, upper level

Chute SprayP816Chute SprayP816 WY LRP2 - TS808WY - TS808 Secondary Scraper P025 Wharf, north end

Chute SprayP816Chute SprayP817 WY - TS808WY LRP2 - TS808 Secondary Scraper P025

Tripper Ship loader 1

Chute SprayP817Chute SprayP817 WY LRP2 - TS808WY - TS808 Secondary Scraper P026 Ship loader 1


Chute SprayP818Chute SprayP818 WY TS808 - TS800WY - TS800 Secondary Scraper P032 Reclaimer 5

Chute SprayP818Chute SprayP861 WY - TS800EY TS810 - TS811 Secondary Scraper P099 TS21

Chute SprayP861Chute SprayP861 EY TS810 - TS811TS811 Wharf Secondary Scraper P102 TS11

Chute SprayP861Chute SprayP862 TS811 WharfShip Loader 3 Secondary Scraper P103 TS11

Chute SprayP862Chute SprayP863 Ship Loader 3EY SL3 boom Secondary Scraper P105 TS12

Chute SprayP863Chute SprayP865 EY SL3 boomWY TS865 Secondary Scraper P109 Stacker 4

Chute SprayP865Chute SprayP865 WY TS865WY - TS865 Secondary Scraper P113 TS26


Chute SprayP866Chute SprayP866 WY TS865 - TS808WY - TS808 Secondary Scraper P116 P116//P117 interface, upper

level Chute SprayP866Chute SprayP885 WY - TS808EY TS704 - TS885 Secondary Scraper P117 P117 shuttle


EY TS704 - TS885WY TS865 - TS896 Secondary Scraper P118 Wharf, north end


WY TS865 - TS896EY TS885 - R area north Secondary Scraper P119 Ship loader 2


EY TS885 - R area northEY ST11 boom Secondary Scraper P124 TS11

Chute SprayP888Chute SprayP889 EY ST11 boomEY BWR8 boom Secondary Scraper P201 TS201


EY BWR8 boomEY TS890 - S area north Secondary Scraper P202 TS202

Chute SprayP890Chute SprayP890 EY TS890 - S area northEY - TS890 Secondary Scraper P205 TS250

Chute SprayP890Chute SprayP891 EY - TS890EY TS890 - TS885 Secondary Scraper P217 TS1

Chute SprayP891Chute SprayP891 EY TS890 - TS885EY - TS885 Secondary Scraper P350 TS350

Chute SprayP891Chute SprayP892 EY - TS885EY TS885 - TS892 Secondary Scraper P351 TS351


EY TS885 - TS892EY TS892 - T area north Secondary Scraper P352 TS351


EY TS892 - T area northEY TS808 - TS895 Secondary Scraper P353 TS2


EY TS808 - TS895EY TS895 - TS896 Secondary Scraper P354 TS2


EY TS895 - TS896WY/EY TS800 - TS897 Secondary Scraper P501 TS1



Document- 0099702



Equipment Plant Location Equipment Plant Location Chute SprayP897Chute SprayP898

WY/EY TS800 - TS897WY TS808 - TS800 Secondary Scraper P502 TS503


WY TS808 - TS800EY TS809 - TS901 Secondary Scraper P503 stacker 6 tripper chute


EY TS809 - TS901EY TS897 - TS901 Secondary Scraper P504 Stacker 6


EY TS897 - TS901EY SL8 wharf belt Secondary Scraper P505 Stacker 7

Chute SprayP905Chute SprayP910 EY SL8 wharf beltEY CD5 - TS910 Secondary Scraper P506 Stacker 7

Chute SprayP910Chute SprayP911 EY CD5 - TS910EY TS910 - TS911 Secondary Scraper P509 Reclaimer 6


EY TS910 - TS911EY TS911 to TS913 Secondary Scraper P510 TS502


EY TS911 to TS913EY TS913 to TS914 Secondary Scraper P511 TS515/504

Chute SprayP914Chute Spray P511 EY TS913 to TS914TS515/504 Secondary Scraper P512 TS505

Chute Spray P511Chute Spray P513 TS515/504TS513 Secondary Scraper P513 TS513

Chute Spray P513Chute Spray P515 TS513TS515/504 Secondary Scraper P514 P514 shuttle

Chute Spray P515Chute Spray P620 TS515/504TS602 upper level Secondary Scraper P515 TS515/504

Chute Spray P620Chute Spray P621 TS602 upper levelTS604 Secondary Scraper P521 SS501/510

Chute Spray P621Dust Collectors

TS604 Secondary Scraper P522 TS501

Dust CollectorsDC041

CD4 Secondary Scraper P523 SS501/510

DC041DC042 CD4CD4 Secondary Scraper P524 TS502

DC042DC043 CD4CD4 Secondary Scraper P532 SS501/510

DC043DC051 CD4CD5 Secondary Scraper P534 SS510

DC051DC052 CD5CD5 Secondary Scraper P551 TS501

DC052DC053 CD5CD5 Secondary Scraper P552 TS501/502 Top Level

DC053DC800 CD5WY - TS800 Secondary Scraper P601 TS601

DC800DC801 WY - TS800WY LRP2 south side Secondary Scraper P602 LRP tripper floor

DC801DC808 WY LRP2 south sideWY - TS808 Secondary Scraper P610 TS603 upper level

DC808DC865 WY - TS808WY - TS865 Secondary Scraper P611 TS506 east

DC865DC901 WY - TS865TS910 EY Secondary Scraper P620 TS603 upper floor

DC901DC910DC006 TS910 EYEast of spaghetti jcn Secondary Scraper P621 TS604

DC006DC011 East of spaghetti jcnCD1 north side Secondary Scraper P631 SS611/612

DC011DC012 CD1 north sideCD1 north side Secondary Scraper P650 TS601

DC012DC013 CD1 north sideCD1 north side Secondary Scraper P700 TS700

DC013DC026 CD1 north sideSS 611 Secondary Scraper P701 TS701

DC026DC031 TS26 Water Cannon

DC031DC032 CD3 north sideCD3 north side CA800 WY - North side of P804

DC032DC033 CD3 north sideCD3 north side CA800E EY - North side of P887

DC033DC200 CD3 north sideTS201 CA801 WY - North side of P804

DC200DC201 TS201CD2 south (bank of 4) CA801E EY - North side of P887

DC201DC202 CD2 south (bank of 4)CD2 south (bank of 4) CA802 WY - North side of P804



Document- 0099702



Equipment Plant Location Equipment Plant Location DC202DC203 CD2 south (bank of 4)CD2 south

(bank of 4) CA802E EY - North side of P887

DC203DC204 CD2 south (bank of 4)CD2 south (bank of 4) CA803 WY - North side of P804

DC204DC212 CD2 south (bank of 4)LRP3 CA803E EY - North side of P887

DC212DC213 LRP3LRP3 CA804 EY - North side of P887

DC213DC350 LRP3TS350 CA804E WY - North side of P804

DC350DC560 TS350TS560 CA805 EY - North side of P887

DC560DC600 TS560TS506 CA805E WY - North side of P804

DC600DC601 TS506LRP1 south centre CA806 EY - North side of P887

DC601DC602 LRP1 south centreLRP1 south east end CA806E WY - North side of P804

DC602Dust Skirt LRP1 south east end CA807 EY - North side of P887

Dust SkirtDustSkirtP703 EY TS702 CA807E WY - North side of P804

DustSkirtP703DustSkirtP704 EY TS702EY TS702 - TS704 CA808 WY - North side of P804

DustSkirtP704DustSkirtP705 EY TS702 - TS704EY TS704 - TS810 CA808E EY - North side of P887

DustSkirtP705DustSkirtP800 EY TS704 - TS810WY TS865 - TS800 CA809 EY - North side of P887

DustSkirtP800DustSkirtP801 WY TS865 - TS800WY TS800 - TS801 CA809E WY - North side of P804

DustSkirtP801DustSkirtP802 WY TS800 - TS801WY TS801 - M area North CA810 WY - North side of P804

DustSkirtP802DustSkirtP803 WY TS801 - M area NorthWY ST9 Boom CA810E EY - North side of P887

DustSkirtP803DustSkirtP804 WY ST9 BoomTS800 - K area north CA811 WY - North side of P804

DustSkirtP804DustSkirtP805 TS800 - K area northWY ST 10 boom CA811E EY - North side of P887

DustSkirtP805DustSkirtP806 WY ST 10 boomWY BWR7 boom CA812 WY - North side of P804

DustSkirtP806DustSkirtP807 WY BWR7 boomWY TS807 - L area north CA812E EY - North side of P887

DustSkirtP807DustSkirtP808 WY TS807 - L area northWY TS807 - TS808 CA813 WY - North side of P804

DustSkirtP808DustSkirtP809 WY TS807 - TS808WY/EY TS808 - TS809 CA813E EY - South side of P890

DustSkirtP809DustSkirtP810 WY/EY TS808 - TS809EY TS704 - TS810 CA814 WY - North side of P804

DustSkirtP810DustSkirtP811 EY TS704 - TS810EY TS810 to TS811 CA814E EY - South side of P890

DustSkirtP811DustSkirtP812 EY TS810 to TS811EY SL4 wharf belt CA815 EY - South side of P890

DustSkirtP812DustSkirtP813 EY SL4 wharf beltEY SL4 boom CA815E WY - North side of P804

DustSkirtP813DustSkirtP815 EY SL4 boomWY TS808 - LRP2 CA816 WY - North side of P804

DustSkirtP815DustSkirtP816 WY TS808 - LRP2WY LRP2 - TS808 CA816E EY - South side of P890

DustSkirtP816DustSkirtP817 WY LRP2 - TS808WY LRP2 - TS808 CA817 WY - North side of P804

DustSkirtP817DustSkirtP818 WY LRP2 - TS808WY TS808 - TS800 CA817E EY - South side of P890

DustSkirtP818DustSkirtP850 WY TS808 - TS800WY TS808 - TS801 CA818 WY - South side of P807

DustSkirtP850DustSkirtP851 WY TS808 - TS801WY TS808 - TS802 CA818E EY - South side of P890


DustSkirtP852DustSkirtP853 WY TS808 - TS803WY TS808 - TS804 CA819E EY - South side of P890




Document- 0099702



Equipment Plant Location Equipment Plant Location DustSkirtP854DustSkirtP861 WY TS808 - TS805EY TS810 -

TS811 CA820E EY - South side of P890

DustSkirtP861DustSkirtP862 EY TS810 - TS811EY SL3 wharf belt CA821 EY - South side of P890

DustSkirtP862DustSkirtP863 EY SL3 wharf beltEY SL3 boom CA821E WY - South side of P807

DustSkirtP863DustSkirtP865 EY SL3 boomWY CD4 - TS865 CA822 EY - South side of P890

DustSkirtP865DustSkirtP866 WY CD4 - TS865WY TS865 - TS808 CA822E WY - South side of P807

DustSkirtP866DustSkirtP885 WY TS865 - TS808EY TS704 - TS885 CA823 WY - South side of P807

DustSkirtP885DustSkirtP886 EY TS704 - TS885WY TS865 - TS896 CA823E EY - South side of P890

DustSkirtP886DustSkirtP887 WY TS865 - TS896EY TS885 - R area north CA824 EY - South side of P890

DustSkirtP887DustSkirtP888 EY TS885 - R area northEY ST11 boom CA824E WY - South side of P807

DustSkirtP888DustSkirtP889 EY ST11 boomEY BWR8 boom CA825 WY - South side of P807

DustSkirtP889DustSkirtP890 EY BWR8 boomEY TS890 - S area north CA825E EY - North side of P890

DustSkirtP890DustSkirtP891 EY TS890 - S area northEY TS890 - TS885 CA826 WY - South side of P807


DustSkirtP892DustSkirtP893 EY TS885 - TS892EY TS892 - T area north CA827 WY - South side of P807

DustSkirtP893DustSkirtP894 EY TS892 - T area northEY ST12 boom CA827E EY - North side of P890

DustSkirtP894DustSkirtP895 EY ST12 boomEY TS808 - TS895 CA828 WY - South side of P807


DustSkirtP896DustSkirtP897 EY TS895 - TS896WY/EY TS800 - TS897 CA829 WY - South side of P807

DustSkirtP897DustSkirtP898 WY/EY TS800 - TS897WY TS808 - TS800 CA829E EY - North side of P890

DustSkirtP898DustSkirtP901 WY TS808 - TS800EY TS809 - TS901 CA830 EY - North side of P890

DustSkirtP901DustSkirtP902 EY TS809 - TS901EY SL7 wharf belt CA830E WY - South side of P807

DustSkirtP902DustSkirtP903 EY SL7 wharf beltEY SL7 boom CA831 WY - South side of P807

DustSkirtP903DustSkirtP904 EY SL7 boomEY TS897 - TS901 CA831E EY - North side of P890

DustSkirtP904DustSkirtP905 EY TS897 - TS901EY SL8 wharf belt CA832 WY - South side of P807

DustSkirtP905DustSkirtP906 EY SL8 wharf beltEY SL8 boom CA832E EY - North side of P890

DustSkirtP906DustSkirtP910 EY SL8 boomEY CD5 - TS910 CA833 EY - North side of P890

DustSkirtP910DustSkirtP911 EY CD5 - TS910EY TS910 - TS911 CA833E WY - South side of P807

DustSkirtP911DustSkirtP913 EY TS910 - TS911EY TS911 to TS913 CA834 EY - North side of P890

DustSkirtP913DustSkirtP914 EY TS911 to TS913EY TS913 to TS914 CA834E WY - South side of P807

DustSkirtP914DustSkirtP620 EY TS913 to TS914LRP base, full length of CA835 WY - South side of P807

DustSkirtP620P002 Dust Skirt LRP base, full length ofTS1 CA835E EY - North side of P890 P002 Dust SkirtP010 Dust Skirt TS1TS3 CA836 WY - North side of P807

P010 Dust SkirtP011 Dust Skirt TS3TS3 CA836E EY - North side of P890

P011 Dust SkirtP012 Dust Skirt TS3TS2 base CA837 WY - North side of P807

P012 Dust SkirtP013 Dust Skirt TS2 baseStacker 8 CA837E EY - South side of P893



Document- 0099702



Equipment Plant Location Equipment Plant Location P013 Dust SkirtP014 Dust Skirt Stacker 8TS4 lower level CA838 EY - South side of P893

P014 Dust SkirtP015 Dust Skirt TS4 lower levelStacker 5 CA838E WY - North side of P807

P015 Dust SkirtP016 Dust Skirt Stacker 5TS355 base CA839 EY - South side of P893

P016 Dust SkirtP024 Dust Skirt

TS355 baseWharf Berth B end (south) CA839E WY - North side of P807

P024 Dust SkirtP029 Dust Skirt Wharf Berth B end (south)TS2 CA840 EY - South side of P893

P029 Dust SkirtP099 Dust Skirt TS2TS3 base CA840E WY - North side of P807

P099 Dust SkirtP099 Dust Skirt TS3 baseTS3 base CA841 EY - South side of P893

P099 Dust SkirtP102 Dust Skirt TS3 baseTS11 Upper Level CA841E WY - North side of P807

P102 Dust SkirtP103 Dust Skirt TS11 Upper LevelTS11 CA842 EY - South side of P893

P103 Dust SkirtP109 Dust Skirt TS11Stacker 4 CA842E WY - North side of P807

P109 Dust SkirtP117 Dust Skirt Stacker 4P22/P117 interface CA843 EY - South side of P893


P22/P117 interfaceWharf Berth B end (south) CA843E WY - North side of P807


Wharf Berth B end (south)TS201 Upper Level CA844 EY - South side of P893

P201 Dust SkirtP350 Dust Skirt TS201 Upper LevelCD3 base CA844E WY - North side of P807

P350 Dust SkirtP351 Dust Skirt CD3 baseTS2 CA845 WY - North side of P807

P351 Dust SkirtP352 Dust Skirt TS2TS351 CA845E EY - South side of P893

P352 Dust SkirtP354 Dust Skirt TS351TS350 CA846 EY - South side of P893

P354 Dust SkirtP501 Dust Skirt TS350TS1 CA846E WY - North side of P807

P501 Dust SkirtP502 Dust Skirt TS1TS501 CA847 WY - North side of P807

P502 Dust SkirtP503 Dust Skirt TS501TS501 CA847E EY - South side of P893

P503 Dust SkirtP504 Dust Skirt TS501Stacker 6 CA848 WY - North side of P807

P504 Dust SkirtP506 Dust Skirt Stacker 6Stacker 7 CA848E EY - South side of P893

P506 Dust SkirtP509 Dust Skirt Stacker 7Reclaimer 6 CA849 WY - North side of P807

P509 Dust SkirtP510 Dust Skirt Reclaimer 6BWR 6 base CA850 WY - North side of P807

P510 Dust SkirtP511 Dust Skirt BWR 6 baseTS502 CA851 WY - North side of P807

P511 Dust SkirtP512 Dust Skirt TS502TS515/504 CA852 WY - North side of P807

P512 Dust SkirtP513 Dust Skirt TS515/504TS505 CA853 WY - South side of P802

P513 Dust SkirtP521 Dust Skirt TS505TS501 CA854 WY - South side of P802

P521 Dust SkirtP522 Dust Skirt TS501SS501/510 CA855 WY - South side of P802

P522 Dust SkirtP524Dust Skirt SS501/510Reclaimer 6 CA856 WY - South side of P802

P524Dust SkirtP532 Dust Skirt Reclaimer 6TS501/510 CA857 WY - South side of P802 P532 Dust SkirtP533 Dust Skirt TS501/510SS 501/510 CA858 WY - South side of P802

P533 Dust SkirtP533 Dust Skirt SS 501/510SS 501/510 CA859 WY - South side of P802



Document- 0099702



Equipment Plant Location Equipment Plant Location P533 Dust SkirtP552 Dust Skirt SS 501/510TS501/502 CA860 WY - South side of P802

P552 Dust SkirtP700 Dust Skirt TS501/502TS2 west CA861 WY - South side of P802

P700 Dust SkirtP701 Dust Skirt TS2 westTS700 CA862 WY - South side of P802

P701 Dust SkirtP702 Dust Skirt TS700TS701 CA863 WY - South side of P802

P702 Dust SkirtOverbelt Spray

TS701 CA864 WY - South side of P802

Overbelt SprayDust Skirt P611

TS603 CA865 WY - South side of P802

Dust Skirt P611Over belt Spray BWR 4 TS603Reclaimer 4 CA866 WY - South side of P802

Over belt Spray BWR 4Over belt Spray P022 Reclaimer 4SS21 CA867 WY - South side of P802

Over belt Spray P022Over belt Spray P023 SS21TS513 CA868 WY - South side of P802

Over belt Spray P023Over belt Spray P024 TS513TS506 CA869 WY - South side of P802

Over belt Spray P024Over belt Spray P103 TS506TS11 north west CA870 WY - North side of P802

Over belt Spray P103Over belt Spray P202 TS11 north westTS204 CA871 WY - North side of P802

Over belt Spray P202Over belt Spray P601 TS204TS26 - 15m south of CA872 WY - North side of P802

Over belt Spray P601Over belt Spray P620

TS26 - 15m south ofLRP base east edge (2 of) CA873 WY - North side of P802

Over belt Spray P620Over belt Sprays P217 LRP base east edge (2 of)TS1 CA874 WY - North side of P802

Over belt Sprays P217Over belt Sprays P501 TS1P501 CA875 WY - North side of P802

Over belt Sprays P501Over belt Sprays P502 P501TS501 CA876 WY - North side of P802

Over belt Sprays P502Over belt Sprays P511 TS501P511 CA877 WY - North side of P802

Over belt Sprays P511Over belt Sprays P513 P511TS513 - 10m south of CA878 WY - North side of P802

Over belt Sprays P513Over belt Sprays P602

TS513 - 10m south ofTS601 just east of CA879 WY - North side of P802

Over belt Sprays P602Over Belt Sprays P602 TS601 just east ofLRP top CA880 WY - North side of P802

Over Belt Sprays P602Over belt Sprays P610 LRP topLRP ~15m west of CA881 WY - North side of P802

Over belt Sprays P610Over belt Sprays P611

LRP ~15m west ofNP - TS603 ~ 5m west of CA882 WY - North side of P802

Over belt Sprays P611Overbelt Spray P702

NP - TS603 ~ 5m west ofNorth Yard, between TS701 and Tunnel CA883 WY - North side of P802

Overbelt Spray P702Overbelt SprayP702

North Yard, between TS701 and TunnelNP end of tunnel CA884 WY - North side of P802

Overbelt SprayP702Overbelt SprayP703 NP end of tunnelFI end of tunnel CA885 WY - North of Area M

Overbelt SprayP703Overbelt SprayP704 FI end of tunnelWY LRP2 - TS808 CA886 WY - North of Area M

Overbelt SprayP704Overbelt SprayP705 WY LRP2 - TS808WY CD4 tunnel CA887 WY - North of Area M

Overbelt SprayP705Plough

WY CD4 tunnel CA888 WY - North of Area M

PloughPlough P010 TS2 CA889 WY - North of Area M

Plough P010Plough P011 TS2TS3 CA890 WY - North of Area M


Plough P012Plough P013 TS2Stacker 8 CA892 WY - North of Area M



Document- 0099702



Equipment Plant Location Equipment Plant Location Plough P013Plough P014 Stacker 8TS4 CA893 WY - North of Area M

Plough P014Plough P015 TS4Stacker 5 CA894 WY - North of Area M

Plough P015Plough P016 Stacker 5TS355 CA895 WY - North of Area M


Plough P021Plough P022 TS26SS21 CA897 WY - North of Area M

Plough P022Plough P023 SS21P22/P117 interface, lower level CA898 WY - North of Area M

Plough P023Plough P024 P22/P117 interface, lower levelTS506 SE CA899 WY - North of Area M

Plough P024Plough P026 TS506 SEShip loader 1 CAAN01 NY - South side of P16

Plough P026Plough P029 Ship loader 1TS2 CAAN02 NY - South side of P16

Plough P029Plough P032 TS2Reclaimer 5 CAAN03 NY - South side of P16

Plough P032Plough P043 Reclaimer 5SS41 (20m SW of SS21) CAAN04 NY - South side of P16

Plough P043Plough P099 SS41 (20m SW of SS21)TS3 CAAN05 NY - South side of P16

Plough P099Plough P102 TS3TS21 CAAN06 NY - South side of P16

Plough P102Plough P105 TS21TS12 CAAN07 NY - South side of P16

Plough P105Plough P107 TS12Stacker 4 CAAN08 NY - South side of P16

Plough P107Plough P109 Stacker 4Stacker 4 CAAN09 NY - South side of P16

Plough P109Plough P117 Stacker 4P22/P117 interface, lower level CAAN10 NY - South side of P16

Plough P117Plough P118 P22/P117 interface, lower levelWharf Berth B End (south) CAAN11 NY - South side of P16

Plough P118Plough P119 Wharf Berth B End (south)Ship loader 2 CAAN12 NY - South side of P16

Plough P119Plough P128 Ship loader 2Reclaimer 4 CAAN13 NY - South side of P16

Plough P128Plough P201 Reclaimer 4CD2 basement CAAS02 NY - North side of P12

Plough P201Plough P202 CD2 basementTS201 CAAS03 NY - North side of P12

Plough P202Plough P208 TS201TS204 CAAS04 NY - North side of P12



Plough P350Plough P351 TS350TS2 south CAAS07 NY - North side of P12

Plough P351Plough P352 TS2 southTS351 CAAS08 NY - North side of P12





Plough P502Plough P503 TS501TS501 CABN01 NY - South side of P14

Plough P503Plough P504 TS501Stacker 6 CABN02 NY - South side of P14

Plough P504Plough P505 Stacker 6TS503 CABN03 NY - South side of P14

Plough P505Plough P505 TS503Stacker 7 CABN04 NY - South side of P14

Plough P505Plough P506 Stacker 7Stacker 7 CABN05 NY - South side of P14

Plough P506Plough P509 Stacker 7Reclaimer 6 CABN06 NY - South side of P14

Plough P509Plough P510 Reclaimer 6east end of belt CABN07 NY - South side of P14

Plough P510Plough P511 east end of beltTS502 CABN08 NY - South side of P14

Plough P511Plough P512 TS502TS505 CABN09 NY - South side of P14

Plough P512Plough P512 TS505TS515/504 CABN10 NY - South side of P14



Document- 0099702



Equipment Plant Location Equipment Plant Location Plough P512Plough P513 TS515/504TS505 CABN11 NY - South side of P14

Plough P513Plough P514 TS505TS506 east CABN12 NY - South side of P14

Plough P514Plough P521 TS506 eastTS501 CABS00 NY - North side of P16

Plough P521Plough P522 TS501SS501/510 CABS01 NY - North side of P16

Plough P522Plough P523 SS501/510TS502 half way towards sample station CABS02 NY - North side of P16

Plough P523Plough P524 TS502 half way towards sample stationSS502/510 CABS03 NY - North side of P16

Plough P524Plough P532 SS502/510SS501/510 CABS04 NY - North side of P16

Plough P532Plough P535 SS501/510SS529 in TS503 west CABS05 NY - North side of P16

Plough P535Plough P551 SS529 in TS503 westTS250 CABS06 NY - North side of P16

Plough P551Plough P552 TS250TS501 CABS07 NY - North side of P16

Plough P552Plough P601 TS501TS26 base, north CABS08 NY - North side of P16

Plough P601Plough P602 TS26 base, northTS601 CABS09 NY - North side of P16

Plough P602Plough P610 TS601LRP first floor NE end CABS10 NY - North side of P16

Plough P610Plough P611 LRP first floor NE endTS603 CABS11 NY - North side of P16

Plough P611Plough P620 TS603LRP base east CABS12 NY - North side of P16

Plough P620Plough P621 LRP base eastTS602 CABS13 NY - North side of P16

Plough P621Plough P630 TS602SS611/612 CACN02 NY - South side of P105

Plough P630Plough P631 SS611/612SS611/612 CACN03 NY - South side of P105

Plough P631Plough P632 SS611/612SS611/612 CACN04 NY - South side of P105

Plough P632Plough P650 SS611/612TS513 CACN05 NY - South side of P105

Plough P650Plough P700 TS513TS2 east CACN06 NY - South side of P105

Plough P700Plough P701 TS2 eastWharf Berth B end (south) CACN07 NY - South side of P105

Plough P701Plough P702 Wharf Berth B end (south)TS701 CACN08 NY - South side of P105 Plough P702Plough Secondary P511 TS701TS515/504 CACN09 NY - South side of P105

Plough Secondary P511Plough Secondary P513 TS515/504TS505 CACN10 NY - South side of P105

Plough Secondary P513PloughCV705 TS505EY TS704 - TS810 CACN11 NY - South side of P105

PloughCV705PloughP702 EY TS704 - TS810NP TS701 CACN12 NY - South side of P105

PloughP702PloughP800 NP TS701 WY TS865 - TS800 CACN13 NY - South side of P105

PloughP800PloughP801 WY TS865 - TS800WY TS800 - TS801 CACN14 NY - South side of P105

PloughP801PloughP802 WY TS800 - TS801WY TS801 - M area North CACS01 NY - North side of P14

PloughP802PloughP804 WY TS801 - M area NorthTS800 - K area north CACS02 NY - North side of P14

PloughP804PloughP807 TS800 - K area northWY TS807 - L area north CACS03 NY - North side of P14

PloughP807PloughP808 WY TS807 - L area northWY TS807 - TS808 CACS04 NY - North side of P14

PloughP808PloughP809 WY TS807 - TS808WY/EY TS808 - TS809 CACS05 NY - North side of P14

PloughP809PloughP810 WY/EY TS808 - TS809EY TS704 - TS810 CACS06 NY - North side of P14

PloughP810PloughP811 EY TS704 - TS810EY TS810 to TS811 CACS07 NY - North side of P14

PloughP811PloughP812 EY TS810 to TS811EY SL4 wharf belt CACS08 NY - North side of P14

PloughP812PloughP815 EY SL4 wharf beltWY TS808 - LRP2 CACS09 NY - North side of P14



Document- 0099702



Equipment Plant Location Equipment Plant Location PloughP815PloughP816 WY TS808 - LRP2WY LRP2 -

TS808 CACS10 NY - North side of P14

PloughP816PloughP817 WY LRP2 - TS808WY LRP2 - TS808 CACS11 NY - North side of P14

PloughP817PloughP818 WY LRP2 - TS808WY TS808 - TS800 CACS12 NY - North side of P14

PloughP818PloughP850 WY TS808 - TS800WY TS808 - TS801 CACS13 NY - North side of P14

PloughP850PloughP851 WY TS808 - TS801WY TS808 - TS802 CADS00 NY - North side of P105




PloughP854PloughP861 WY TS808 - TS805EY TS810 - TS811 CADS04 NY - North side of P105

PloughP861PloughP862 EY TS810 - TS811EY SL3 wharf belt CADS05 NY - North side of P105

PloughP862PloughP865 EY SL3 wharf beltWY CD4 tunnel CADS06 NY - North side of P105

PloughP865PloughP866 WY CD4 tunnelWY TS865 - TS808 CADS07 NY - North side of P105


PloughP885PloughP886 EY TS704 - TS885WY TS865 - TS896 CADS09 NY - North side of P105

PloughP886PloughP887 WY TS865 - TS896EY TS885 - R area north CADS10 NY - North side of P105

PloughP887PloughP890 EY TS885 - R area northEY TS890 - S area north CADS11 NY - North side of P105

PloughP890PloughP891 EY TS890 - S area northEY TS890 - TS885 CADS12 NY - North side of P105

PloughP891PloughP892 EY TS890 - TS885EY TS885 - TS892 CADS13 NY - North side of P105

PloughP892PloughP893 EY TS885 - TS892EY TS892 - T area north CADS14 NY - North side of P105

PloughP893PloughP895 EY TS892 - T area northEY TS808 - TS895 CADS15 NY - North side of P105

PloughP895PloughP896 EY TS808 - TS895EY TS895 - TS896 CADS16 NY - North side of P105

PloughP896PloughP897 EY TS895 - TS896WY/EY TS800 - TS897 CADS17 NY - North side of P105

PloughP897PloughP898 WY/EY TS800 - TS897WY TS808 - TS800 CADS18 NY - North side of P105


PloughP901PloughP902 EY TS809 - TS901EY SL7 wharf belt CADS20 NY - North side of P105

PloughP902PloughP904 EY SL7 wharf beltEY TS897 - TS901 CADS21 NY - North side of P105

PloughP904PloughP905 EY TS897 - TS901EY SL8 wharf belt CAGN02 SY - South side of P503

PloughP905PloughP906 EY SL8 wharf beltEY SL8 boom CAGN03 SY - South side of P503

PloughP906PloughP910 EY SL8 boomEY CD5 - TS910 CAGN04 SY - South side of P503

PloughP910PloughP911 EY CD5 - TS910EY TS910 - TS911 CAGN05 SY - South side of P503

PloughP911PloughP913 EY TS910 - TS911EY TS911 to TS913 CAGN06 SY - South side of P503

PloughP913PloughP914 EY TS911 to TS913EY TS913 to TS914 CAGN07 SY - South side of P503

PloughP914PloughCV704 EY TS913 to TS914EY TS702 - TS704 CAGN08 SY - South side of P503

PloughCV704PloughCV705 EY TS702 - TS704EY TS704 - TS810 CAGN09 SY - South side of P503



Document- 0099702



Equipment Plant Location Equipment Plant Location PloughCV705PloughP702 EY TS704 - TS810NP TS701 CAGN10 SY - South side of P503

PloughP702PloughP800 NP TS701 WY TS865 - TS800 CAGN11 SY - South side of P503

PloughP800PloughP801 WY TS865 - TS800WY TS800 - TS801 CAGN12 SY - South side of P503

PloughP801PloughP802 WY TS800 - TS801WY TS801 - M area North CAGN13 SY - South side of P503

PloughP802PloughP803 WY TS801 - M area NorthWY ST9 Boom CAGN14 SY - South side of P503

PloughP803PloughP804 WY ST9 BoomTS800 - K area north CAGN15 SY - South side of P503

PloughP804PloughP805 TS800 - K area northWY ST 10 boom CAGS02 SY - North side of P510

PloughP805PloughP806 WY ST 10 boomBWR7 boom tail end CAGS03 SY - North side of P510

PloughP806PloughP806 BWR7 boom tail endBWR7 boom take up end CAGS04 SY - North side of P510

PloughP806PloughP807 BWR7 boom take up endWY TS807 - L area north CAGS05 SY - North side of P510

PloughP807PloughP808 WY TS807 - L area northWY TS807 - TS808 CAGS06 SY - North side of P510

PloughP808PloughP809 WY TS807 - TS808WY/EY TS808 - TS809 CAGS07 SY - North side of P510

PloughP809PloughP810 WY/EY TS808 - TS809EY TS704 - TS810 CAGS08 SY - North side of P510

PloughP810PloughP811 EY TS704 - TS810EY TS810 to TS811 CAGS09 SY - North side of P510

PloughP811PloughP812 EY TS810 to TS811EY TS811 CAGS10 SY - North side of P510

PloughP812PloughP812 EY TS811Drive pulley #1 CAGS11 SY - North side of P510

PloughP812PloughP813 Drive pulley #1EY SL4 boom CAGS12 SY - North side of P510

PloughP813PloughP815 EY SL4 boomWY TS808 - LRP2 CAGS13 SY - North side of P510

PloughP815PloughP816 WY TS808 - LRP2WY LRP2 - TS808 CAGS14 SY - North side of P510

PloughP816PloughP817 WY LRP2 - TS808WY LRP2 - TS808 CAGS15 SY - North side of P510

PloughP817PloughP818 WY LRP2 - TS808WY TS808 - TS800 CAHN01 SY - South side of P510

PloughP818PloughP850 WY TS808 - TS800WY TS808 - TS801 CAHN02 SY - South side of P510





PloughP854PloughP861 WY TS808 - TS805EY TS810 - TS811 CAHN07 SY - South side of P510

PloughP861PloughP861 EY TS810 - TS811At drive pulley #2 CAHN08 SY - South side of P510

PloughP861PloughP862 At drive pulley #2EY SL3 wharf belt CAHN09 SY - South side of P510

PloughP862PloughP863 EY SL3 wharf beltEY SL3 boom CAHN10 SY - South side of P510

PloughP863PloughP865 EY SL3 boomWY CD4 tunnel CAHN11 SY - South side of P510

PloughP865PloughP865 WY CD4 tunnelWY TS865 CAHN12 SY - South side of P510

PloughP865PloughP865 WY TS865WY TS865 CAHN13 SY - South side of P510

PloughP865PloughP866 WY TS865WY TS865 - TS808 CAHN14 SY - South side of P510

PloughP866PloughP885 WY TS865 - TS808EY TS704 - TS885 CAHN15 SY - South side of P510

PloughP885PloughP886 EY TS704 - TS885WY TS865 - TS896 CAHS02 SY - North side of P505



Document- 0099702



Equipment Plant Location Equipment Plant Location PloughP886PloughP887 WY TS865 - TS896EY TS885 - R

area north CAHS03 SY - North side of P505

PloughP887PloughP888 EY TS885 - R area northEY ST11 boom CAHS04 SY - North side of P505

PloughP888PloughP889 EY ST11 boomEY BWR8 boom tail end CAHS05 SY - North side of P505

PloughP889PloughP889 EY BWR8 boom tail endEY BWR8 boom take up end CAHS06 SY - North side of P505

PloughP889PloughP890 EY BWR8 boom take up endEY TS890 - S area north CAHS07 SY - North side of P505

PloughP890PloughP891 EY TS890 - S area northEY TS890 - TS885 CAHS08 SY - North side of P505

PloughP891PloughP892 EY TS890 - TS885EY TS885 - TS892 CAHS09 SY - North side of P505

PloughP892PloughP893 EY TS885 - TS892EY TS892 - T area north CAHS10 SY - North side of P505

PloughP893PloughP894 EY TS892 - T area northEY ST12 boom CAHS11 SY - North side of P505

PloughP894PloughP895 EY ST12 boomEY TS808 - TS895 CAHS12 SY - North side of P505

PloughP895PloughP896 EY TS808 - TS895EY TS895 - TS896 CAHS13 SY - North side of P505

PloughP896PloughP897 EY TS895 - TS896WY/EY TS800 - TS897 CAHS14 SY - North side of P505

PloughP897PloughP898 WY/EY TS800 - TS897WY TS808 - TS800 CAHS15 SY - North side of P505

PloughP898PloughP901 WY TS808 - TS800EY TS809 - TS901 CAIN01 SY - South side of P505

PloughP901PloughP902 EY TS809 - TS901EY SL7 wharf belt CAIN02 SY - South side of P505

PloughP902PloughP903 EY SL7 wharf beltEY SL7 boom CAIN03 SY - South side of P505

PloughP903PloughP904 EY SL7 boomEY TS897 - TS901 CAIN04 SY - South side of P505

PloughP904PloughP905 EY TS897 - TS901EY SL8 wharf belt CAIN05 SY - South side of P505

PloughP905PloughP910 EY SL8 wharf beltEY CD5 - TS910 CAIN06 SY - South side of P505

PloughP910PloughP911 EY CD5 - TS910EY TS910 - TS911 CAIN07 SY - South side of P505

PloughP911PloughP913 EY TS910 - TS911EY TS911 to TS913 CAIN08 SY - South side of P505

PloughP913PloughP914 EY TS911 to TS913EY TS913 to TS914 CAIN09 SY - South side of P505

PloughP914 EY TS913 to TS914 CAIN10 SY - South side of P505

Inchute Fogging CAIN11 SY - South side of P505

Fogging system TS704 TS704 CAIN12 SY - South side of P505

CAIN13 SY - South side of P505



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