Bengalla Mining Company Pty Limited. Particulate Matter Control Best Practice Implementation Monitoring Programs
|
|
- Bathsheba Simmons
- 6 years ago
- Views:
Transcription
1 Bengalla Mining Company Pty Limited Particulate Matter Control Best Practice Implementation Monitoring Programs U3. Wheel Generated Dust U4. Disturbing and Handling Overburden Under Adverse Weather Conditions 2013 Revision Date Description Author Reviewer Approved 0 30/05/13 New Monitoring Program to meet EPL 6538 PRP requirement. C Leech BMC A Harburg BMC J.Danny BMC
2 TABLE OF CONTENTS Introduction Background Bengalla Mine Company Pollution Reduction Program (U3) Particulate Matter Control Best Practice Implementation Monitoring Program Wheel Generated Dust Parameters to be monitored Methods to be used to monitor each parameter Moisture and silt content Frequency, duration rate and quantity of watering applied to haul roads Vehicle Kilometres Travelled (VKT) Haul truck weight Haul truck speed Dust levels on roads Subjective visual assessment of dust levels using visual triggers Locations where each parameter will be monitored Frequency at which each parameter will be monitored Key Performance Indicators that will be used to determine compliance with Condition U A detailed justification for each Key Performance Indicator selected Bengalla Mine Company Pollution Reduction Program (U4) Particulate Matter Control Best Practice Implementation Disturbing and Handling Overburden under Adverse Weather Conditions Parameters to be monitored Methods to be used to monitor each parameter Metrological conditions Operational Activities Dust levels Locations where each parameter will be monitored
3 Figure 4 Location of E BAM Real Time Monitoring Units, Inversion Towers and Meteorological Station Frequency at which each parameter will be monitored The way in which changes to operational activities will be documented Key Performance Indicators that will be used to determine compliance with Condition U Detailed justification for each parameter and Key Performance Indicator selected References LIST OF TABLES Table 1 BMC Meteorological Station parameters Table 2 Meteorological Station parameters showing unit of measurement and frequency LIST OF FIGURES Figure 1 Location and site plan of Bengalla Mine... 7 Figure 2 Monitoring Locations Figure 3 Variability in rainfall at BMC for each season Figure 4 Location of E BAM Real Time Monitoring Units, Inversion Towers and Meteorological Station APPENDICES Appendix A: Monitoring Methods 2
4 Introduction 1.0 Background Bengalla Mining Company Pty Ltd (BMC) operates the Bengalla Coal Mine in the Upper Hunter Valley of New South Wales; approximately 130 kilometres north-west of Newcastle and 4 kilometres west of Muswellbrook (Figure 1). The Bengalla Mine operation is generally bound by Wybong Road to the north, Overton Road to the east, the Muswellbrook to Ulan Rail Line and the Hunter River Floodplain to the south and Roxburgh Road to the west. BMC was granted a development consent (Development Application, DA, 211/93) by the then Minister for Urban Affairs and Planning in August under section 101 of the Environmental Planning and Assessment Act 1979 for the construction and operation of a surface coal mine and associated facilities in In 1996 Bengalla was approved to operate for a 21 year period and to produce up to 8.7 Million tonnes per annum (Mtpa) of Run of Mine (ROM) coal. Bengalla commenced operations in October 1998 and since approval, the Bengalla development consent has been modified four times providing for an increase in the maximum extraction rate of up to 10.7 Mtpa of ROM coal. The four modifications included; an increase in the maximum height of the overburden dump to RL 270 metres, an extension of the coal extraction footprint by 32 hectares (ha) in the south (Wantana Extension Area), construction of the remaining section of Bengalla Link Road and the implementation of an Overburden Emplacement Area (OEA) Strategy. As per the Protection of the Environment Operations Act 1997, BMC is required to hold an Environmental Protection Licence (EPL number 6538). This licence is administered by the Office of Environment and Heritage (OEH). A study into preventing and minimising particulate matter from coal mining operations was commissioned in 2010 by the Office of Environment and Heritage. The study was completed by Katestone Environmental Pty Ltd and the result was the development of the NSW Coal Mining Benchmarking Study: International Best Practice Measures to Prevent and/or Minimise Emissions of Particulate Matter from Coal Mining (Katestone 2011) report. A conclusion of the study was that substantial reductions in particulate matter emissions from coal mines in NSW could be achieved if best practice measures were applied. One key recommendation of this study is as follows: Require. existing coal mines to conduct site specific BMP determinations to identify the most technically and economically feasible options to reduce emissions.. For existing Premises the BMP determination could be required through a pollution reduction program (PRP) and the outcomes implemented through EPL conditions. BMC was issued with notice amending EPL 6538 on 8 August 2011 which was made to include a Pollution Reduction Program on the licence. The licence changes required BMC to follow a four step assessment process as per Condition U2 Coal Mine Particulate Matter Control Best Practice: 1. Estimate baseline emissions and determine the four mining activities that currently generate the most particulate matter; 2. Estimate the reduction in emissions that could be achieved by applying best practice measures; 3
5 3. Assess the practicability of each of these measures; and 4. Propose a timetable for the implementation of any practical measures. The BMC Best Practice Management Determination which covered these four areas was finalised in February In 2012 stage one of the ACARP project C20023 Improvements of haul dust road dust estimation and control at coal mines was completed. Stage two of the project commenced in November Stage two aims to provide a scientifically robust haul road particulate level assessment method using mobile emission monitoring. The findings from stage two should be available in On 21 March 2013, BMC was issued with notice amending EPL 6538 to include three new Pollution Reduction Programs (PRP) as follows: 1. Particulate Matter Control Best Practise Implementation Wheel Generated Dust 2. Particulate Matter Control Best Practice Implementation Disturbing and Handing Overburden under Adverse Weather conditions 3. Particulate Matter Control Best Practice Implementation Trial of Best Practice Measures for Disturbing and Handling Overburden PRP 1 and 2 require the development of monitoring programs whilst PRP 3 requires a report to be completed on a trial of best practice measures for disturbing and handling overburden by August These two PRP s requiring monitoring programs are contained in this document. The EPA Environmental Protection Licence requirements are as follows: U3 The Particulate Matter Control Best Practice Implementation Wheel Generated Dust U3.1 The Licensee must achieve and maintain a dust control efficiency of 80% or more on all active haul roads by 22 March 2013 Control efficiency is calculated as: CE= E (uncontrolled) - (controlled) x 100 (uncontrolled) Where E = the emission rate of the activity U3.2 The Licensee must prepare a Monitoring Program to assess its compliance with Condition U3.1 under varying meteorological conditions. The monitoring program must detail the: - Parameters to be monitored; - Methods to be used to monitor each parameter; - Locations where each parameter will be monitored - Frequency at which each parameter will be monitored - Key Performance Indicators that will be used to determine compliance with Conditions U3.1; and 4
6 - A detailed justification for each Key Performance Indicator selected. As a guide, the EPA anticipates that the following parameters will be monitored: - moisture and silt content of haul roads - frequency, duration, rate and quantity of water applied to haul roads; - frequency, duration, rate and quantity of suppressant applied to haul roads in comparison to manufactures specifications; - vehicle kilometres travelled - haul truck weight - haul truck speed; and - dust levels on haul roads. The monitoring program must be submitted by the licensee to the Environment Protection Authority Regional Manager Hunter, at PO Box 488G, Newcastle by 31 May The EPA intends to require the Licensee to implement the Monitoring Program once it is approved by the EPA. U3.3 The Licensee must submit a written report to the EPA providing the results of the Monitoring Program. The report must include an assessment of the dust control effectiveness, dust levels and the Licensee s compliance with Condition U3.1. The report must be submitted by the Licensee to the Environment Protection Authority Regional Manager Hunter, at PO Box 488G, Newcastle by 15 August U4 Particulate Matter Control Best Practice Implementation Disturbing and Handling Overburden under Adverse Weather Conditions U4.1 The Licensee must alter or cease the use of equipment on overburden and the loading and dumping of overburden during adverse weather conditions to minimise the generation of particulate matter from 22 March U4.2 The licensee must prepare a monitoring program to assess its compliance with condition U4.1. The monitoring program must detail the following: - parameters to be monitored; - methods to be used to monitor each parameter; - locations where each parameter will be monitored; - frequency at which each parameter will be monitor; - way in which changes to operational activities will be documented; - Key Performance Indicators that will be used to determine compliance with Condition U4.1; and - Detailed justification for each parameter and Key Performance Indicator selected. As a guide, the EPA anticipates that the following parameters will be monitored: - Wind speed and direction; 5
7 - Temperature; - Rainfall/humidity; - Evaporation rate; - Solar radiation; - Operational activities; and - Dust levels The monitoring program must be submitted by the Licensee to the Environmental Protection Authority Regional Manager Hunter, at PO Box 488G, NEWCASTLE by 31 May The EPA intends to require the licensee to implement the monitoring program once it is approved by the EPA. U4.3 The Licensee must submit a written report to the EPA providing the results of the Monitoring Program. The report must detail the following: - Weather conditions during which activities were altered or ceased - Changes made to operational activities as a result of adverse weather; and - Resultant dust levels when activities were altered or ceased. The report must be submitted by the Licensee to the Environmental Protection Authority Regional Manager Hunter, at PO Box 488G, NEWCASTLE by 15 August
8 Figure 1 Location and site plan of Bengalla Mine 7
9 2.0 Bengalla Mine Company Pollution Reduction Program (U3) 2.0 Particulate Matter Control Best Practice Implementation Monitoring Program - Wheel Generated Dust 2.1 Parameters to be monitored To determine Bengalla s control efficiency for wheel generated dust the following parameters will be monitored: Moisture; Silt content; Frequency, duration, rate and quantity of water applied to haul roads; Vehicle Kilometres Travelled (VKT); Haul truck weight; Haul truck speed; and Dust levels on haul roads; 2.2 Methods to be used to monitor each parameter The methods to be used at Bengalla to monitor each parameter will be predominately based on methods that were developed and used in the document BMC Best Practice Management Determination These methods have been selected to allow for consistency in approach to ongoing monitoring and due to the methods being proven in application to calculating control efficiency Moisture and silt content Sample collection for moisture and silt content will be carried out as per the USA EPA AP42 Procedure, Procedure for Sampling Surface/Bulk Dust Loading Samples (July 1993). As per the procedure, a grab sample is collected of in situ material. The sample will be analysed by a laboratory to determine percentage of silt and moisture content. This procedure is taken from USAEPA (1993) AP42 Emission Factor Database, Appendix C.1. The silt content value (%) will be used in the Unpaved Roads emission equation taken form the USEPA AP42 Chapter Unpaved Roads (November 2006) to calculate emission (E) rates. The emission equation can be found in Appendix A.1. The moisture content value (%) measured will be compared with the control efficiency using the moisture ratio M (surface moisture content of water road divided by the surface water content of unpaved road ( ) as per the AP42 Chapter Unpaved Roads (2006) shown in Appendix A Frequency, duration rate and quantity of watering applied to haul roads The frequency, duration rate and quantity of water applied to haul roads will be monitored as per the method used for haul road dust control efficiency estimation in the BMC Best Practice Management Determination (2012). The method is based on the empirical model of Cowerd et.al (1998) and will allow for the average control efficiency of watering to be determined (refer to Appendix A.3). The number of haul truck passes on a given section of haul road (hourly average daytime traffic) will be determined by the use of the BMC Modular monitoring system. Fleet vehicles at BMC are fitted with GPS tracking (can be dot traced) and this will allow for determining route and distance travelled by haul trucks and water carts. 8
10 The duration rate of water applied to haul roads will be determined based on an average of time between applications. The water carts at Bengalla obtain water from two water fill points. Bengalla has four water carts (Two Euclid R90 s and Two Caterpillar 777 s). The four water carts used for the haul roads alternate between two fill points, the Run of Mine (ROM) water fill point, located adjacent to the ROM Hopper and the West Fill Point, located adjacent to the rejects bin. The volume of water from these fill point will be obtained directly via BMC s Scada system. The flow meter rates (ML per day or month) from the water fill points on site will be used to determine quantity of water being applied to haul roads. Additional information will be used to determine the water cart control efficiency including rainfall (data from BMC Meteorological Station and Bureau of Meteorology Jerry Plains Station) and evaporation rate (Bureau of Meteorology Jerry Plains Station). This information will provide the number of rain days and will also be used to determine the moisture deficit rate. To determine water cart control efficiency, the model developed in the BMC Best Practice Management Determination (2012) will be used. The model will be correlated to the control efficiency which is determined by the use of the emission estimation method. The model is shown in Appendix A Vehicle Kilometres Travelled (VKT) The Vehicle s Kilometre Travelled (VKT) is collected by the BMC modular monitoring system. The VKT is retrieved from the modular system and entered into the Bengalla Control Efficiency Database (BCED) to determine the area of water cart use Haul truck weight The Haul truck weight is collected by the BMC modular monitoring system. The haul truck weight is then entered into the BCED Haul truck speed The haul truck speed is collected by the BMC modular monitoring system. The Haul truck speed is then entered into the BCED Dust levels on roads Dust levels on roads are determined by subjective visual monitoring. Emissions will be calculated using the emissions estimation technique Subjective visual assessment of dust levels using visual triggers. Employees at Bengalla currently undertake visual assessment during each shift. Throughout each round of the monitoring period, visual assessment using a visual trigger will be used to subjectively assess dust levels at the time. The visual trigger used will be as per the Coal & Allied Dust Management, Mobile Equipment procedure (CAN-10-EWI-SITE-E2-004) which is as follows: Where wheel generated dust is visible at half the wheel height of heavy haul vehicles, additional dust suppression measures must be considered; 9
11 Wheel generated dust consistently visible above wheel height of heavy haul vehicles is unacceptable. These visual triggers align with the visual trigger assessments in the Upper Hunter Valley Open Cut Coal Mine Interim Dust Assessment Handbook (EPA 2011). 2.3 Locations where each parameter will be monitored During May 2013, a snapshot of haul road showed that there was 17km of active roads and 16 km s of inactive haul roads (a total of 33km of haul roads). Based on haul road activity variation per shift, monitoring locations will be established at areas of high use, and where use will remain constant. As per Bengalla Mining Company MOP, westward mining activity will result in changes to the network of inactive and active haul roads. Locations for monitoring have been chosen based on limited changes to the location. These locations may change due to westward progression of the pit within the monitoring period however representative samples to determine emission rate would be collected and locations added to the monitoring location map. The major parameters as shown below will be monitored at the locations shown on Figure 2. Moisture; Silt content; Frequency, duration, rate and quantity of water applied to haul roads; Vehicle Kilometres Travelled (VKT); Haul truck weight; Haul truck speed; and Dust levels on haul roads; Controlled and uncontrolled samples will be carried out at the following monitoring locations (Figure 2). The four locations shown in figure two are 1, 1c 4,4c. The numbering and letter define each monitoring location point as either 1 (uncontrolled) or 1c, where the letter c means a control (watering) is carried out. The locations were chosen in line with the USEPA AP42 Procedure for Sampling Surface/Bulk dust loading (shown in Appendix A.4). 10
12 4c 4 1c 1 2c 2 3 3c Figure 2 Monitoring Locations Sampling sites will be assessed for safe access at each round of monitoring. A risk assessment will be used to determine the risk of sampling on the day of monitoring. The assessment will allow Health, Safety and Environmental factors to be addressed prior to undertaken any monitoring work. 2.4 Frequency at which each parameter will be monitored Meteorological data (rainfall, windspeed and air temperature) from the Bengalla Meteorological station show strong trends in seasonal variation. To demonstrate control efficiency throughout the variable season s, four (4) rounds (each round including four locations) of sampling will be conducted throughout a period of 12 months. It is proposed that monitoring would commence in July 2013 and stop on June The monitoring periods would coincide with each season being; winter (June to August), spring (September to November), summer (December to February) and autumn (March to May). The variability in rainfall for each season is shown in Figure 3 below. Figure 3 Variability in rainfall at BMC for each season 11
13 2.5 Key Performance Indicators that will be used to determine compliance with Condition U3.1 The key performance indicators that would be used to determine compliance with condition U3.1 The licencee must achieve and maintain a dust control efficiency of 80% or more on all active haul roads, are as follows: Water usages from watering fill points (Ml) Dust level assessment (visual assessments) A detailed justification for each Key Performance Indicator selected Each of the key performance indicators (KPI) were selected due to practicality and applicability. A KPI based on the volume of water usages from site watering fill points directly links to the empirical calculated control efficiency. The water volume obtained from the ROM/West fill points can be compared to a known volume which provides a high percentage of control efficiency. To ensure that the required control efficiency is being achieved between the proposed seasonal sampling events, the following will be conducted and used in the application of the KPI: Following the first round of sampling the water applied (Ml) to achieve a control efficiency of 80% will be used as the water usage target for water carts; The water usage for haul road dust suppression will be monitored and tracked on a weekly basis. The monthly average of the water application will also be tracked and the control efficiency trends will be assessed between each seasonal period; and An increase in water application will be made as required in response to how control efficiency is tracking. A KPI based on visible (subjective) dust Levels is to be used. The number of times water carts required on roads could be assessed and compared to number of times water carts are not required during a sampling round. This allows for determining adequacy of watercart availability and application during the daytime. During the night, lighting sets, the dragline and all HME throughout the mine operation provide sufficient light for the assessment of dust generation. Throughout the night shift of each monitoring round, the number of water carts used will be recorded by Dispatch Control. Observations of visual conditions including the number of times water carts are required will be recorded and tracked. 12
14 3.0 Bengalla Mine Company Pollution Reduction Program (U4) 3.0 Particulate Matter Control Best Practice Implementation Disturbing and Handling Overburden under Adverse Weather Conditions Bengalla overburden removal is completed by both truck and shovel and dragline operations. As per Bengalla Air Quality and Greenhouse Gas Management Plan (2012), operational controls are in place to minimise the generation of visible dust during operation. Adverse weather conditions: In relation to dust impact, adverse weather conditions can be defined as any weather condition giving rise to particulate concentrations measured in excess of regulatory criteria. Bengalla will use real time air quality and meteorological monitoring to determine when adverse weather conditions exist. A trigger to alarm Dispatch and the OCE is to be established for when an hourly wind speed of 10m/s is recorded. The 10m/s trigger is to be established by July The RTEMS has been set up to inform Dispatch and the OCE when particulate matter (PM 10 ) is in excess of regulatory criteria and when the wind direction is in the arc of the mine to the monitor. The RTEMS Dispatch alarms prompt a visual assessment to be carried out by the OCE or mine personnel to determine the level of visible dust and any sources of dust in relation to the monitor location. If the level of visible dust observed is unacceptable and sources determined to be mining equipment, action is taken and a modification to operations is made. Where modifications are made, this information is logged for the equipment using the Modular monitoring system. To meet the requirements of U4 Particulate Matter Control Best Practice Implementation - Disturbing and Handling Overburden under Adverse Weather Conditions Bengalla will utilise the existing systems, procedures and operational controls currently in place. 3.1 Parameters to be monitored To monitor how equipment is altered during adverse weather conditions, the following parameters will be monitored. Wind speed and direction; Temperature; Rainfall; Relative humidity; Evaporation rate; Solar radiation; Operational activities; and Dust levels 3.2 Methods to be used to monitor each parameter Metrological conditions Methods to monitor the meteorological parameters (air temperature, wind direction, wind speed, rainfall, relative humidity, solar radiation) will be the use of the Bengalla Meteorological station. The monitoring unit is located at Overton Road (Figure 4) and is used 13
15 to meet condition 24 of BMC s development consent (DA211/93) and condition M8 of the Environmental Protection Licence The evaporation rate will be obtained from evaporation records from the Bureau of Meteorology Jerry Plains Station. The meteorological station monitors the parameters shown in table 1. The parameters are collected at different frequency prior to being relayed to the Bengalla Real Time Environmental Monitoring System (RTEMS) via radio telemetry. Table 1 BMC Meteorological Station parameters Parameter Units of measurement Frequency Air temperature C Continuous Wind direction Continuous Wind speed m/sec Continuous Rainfall mm Daily Relative Humidity % Daily Solar Radiation W/m 2 Daily The Bengalla Meteorological Station is sited, operated and monitored in accordance with the requirements provided in Approved Methods for Sampling and Analysis of Air Pollutants in New South Wales (DEC 2007), which nominates Australian Standard (AS) (Ambient Air Guide to the Siting of Sampling Units) and Methods AM-1, AM-2 and AM-4 to be followed (BMC 2010). To achieve best practice environmental management, BMC also operates an inversion tower which is linked to the RTEMS. The inversion tower is equipped with temperature sensors at 10, 20, 40, 60 and 90 metres and wind speed and direction sensors at 10, 20, 40 and 90 metres. This information is utilised for management purposes to enhance and/or clarify data from the Bengalla Meteorological Station (BMC Environmental Monitoring Program 2010) Operational Activities During adverse conditions any equipment modifications are reported through to the Dispatch Control room. MinVu is a reporting tool used at Bengalla to retrieve information from Modular and provide logical summaries on specific aspects of mining operations. A MinVu report showing the time, date and time period of modified operations is used to monitor activities during adverse conditions. This information is collated into the BCED. When the average hourly wind speed exceeds 10m/s, any operations producing excessive dust within the pit may be modified. A MinVu report showing time and date and time period of modified operations is used to monitor activities during adverse conditions. This information is collated into the BCED. Parameters to be monitored for operational activities will include: Equipment type Equipment modification 14
16 3.2.3 Dust levels During adverse weather conditions visual assessment on operational equipment in reference to a visual trigger will be undertaken. Bengalla also uses four E-Bam monitors (Figure 4) which are linked to the RTEMS and provide continuous measurements of PM 10. The monitors are used as a proactive management tool and go beyond the requirements of regulatory requirements. The monitors are set up to alarm when wind direction and PM 10 levels are within set criteria. The monitors will be used in conjunction with the meteorological station data at time of adverse weather to determine changes in levels of PM Locations where each parameter will be monitored The meteorological parameters (Wind speed and direction, temperature, rainfall, relative humidity, evaporation rate, solar radiation) will be monitored from the Overton Road Meteorological station (Figure 5). Operational activities will be logged at BMC via the Modular monitoring system to record and track equipment modifications made due to adverse conditions. Figure 4 Location of E BAM Real Time Monitoring Units, Inversion Towers and Meteorological Station 15
17 3.4 Frequency at which each parameter will be monitored Meteorological conditions will be monitored as shown as follows: Table 2 Meteorological Station parameters showing unit of measurement and frequency Parameter Units of measurement Frequency Air temperature C Continuous Wind direction Continuous Wind speed m/sec Continuous Rainfall mm Daily Relative Humidity % Daily Solar Radiation W/m 2 Daily Evaporation* * mm Daily average *Evaporation will be based on evaporation records for Jerry Plains from the Bureau of Meteorology The RTEMS will be used providing a large scale view of changes to PM 10 levels associated with modified operations: before adverse weather conditions during adverse weather conditions following alarms to dispatch following equipment modification due to adverse conditions 3.5 The way in which changes to operational activities will be documented Changes to operational activities are logged in Modular. The operational activities data from Modular are recorded in the BCED. The meteorological conditions from the RTEMS and changes in dust levels are included in the BCED for the period at which operations are modified due to adverse weather conditions. 3.6 Key Performance Indicators that will be used to determine compliance with Condition U4.1; Response to air quality or wind triggers 3.7 Detailed justification for each parameter and Key Performance Indicator selected The following parameters were selected for monitoring: Wind speed and direction; Temperature; Rainfall; Relative humidity; Evaporation rate; Solar radiation; Operational activities including equipment type and equipment modifications; and Dust levels. 16
18 Meteorological condition parameters were selected based on findings from the BMC BMP Determination (2012) and the Katestone Report (2011). Both these studies included in-depth literature review of Best Practice Management to minimise dust generation. The factors which influence the extent of emissions from overburden handling include dry and windy conditions (BMC BMP Determination 2012). To determine dry and windy conditions in relation to overburden management a combination of meteorological conditions have been selected. The operational activities including equipment type and equipment modification have been selected. BMC utilises the RTEMS and Modular monitoring system to assist in the management of operations and the parameters selected are tracked and monitored. The equipment type parameter was selected as it allows for knowing what machinery is operating, where the machinery is operating and how this could contribute to dust generation. The Modular monitoring system at BMC allows logging to determine the duration of delayed production due to environmental conditions. The delay period due to equipment modification during adverse weather conditions was selected due to its applicability to the monitoring program. The dust level parameter was selected to provide quantifiable information relating to adverse conditions. The following KPI were selected for the monitoring program: Response to air quality or wind triggers The response to air quality or wind triggers is used to monitor the operational response to potentially adverse conditions. 17
19 4.0 References Bengalla Mining Company (2010) Environmental Monitoring Program. Bengalla Mining Company (2012) Coal Mine Particulate Matter Best Practice Management Determination Bengalla Mining Company (2012a) Coal Mine Particulate Matter Best Practice Management Determination, Appendix C Coal & Allied (2010) Dust Management, Mobile Equipment procedure (CNA-10-EWI- SITE-E2-004). EPA (2011) Upper Hunter Valley Open Cut Coal Mine Interim Dust Assessment Handbook EPA (2013) Bengalla Mining Company PTY LIMITED Environmental Protection Licence 6538 Katestone Environmental (2011) NSW Coal Mining Study: International Best Practice Measures to Prevent and/or Minimise Emissions of Particulate Matter from Coal Mining USEPA (2006) AP42 Emission Factor Database, Chapter Unpaved Roads. USA EPA (1993) AP42 Procedure, Procedure for Sampling Surface/Bulk Dust Loading Samples (July 1993) 18
MT ARTHUR COAL U1 Particulate Matter Control Best Practice Implementation Report Wheel Generated Dust
U1 Particulate Matter Control Best Practice Implementation Report Document Owner Donna McLaughlin Document Approver Joel Chin Date Published 15 August 2014 Page 2 of 18 Contents 1. Introduction... 3 2.
More informationBOGGABRI COAL MINE PRP U1: MONITORING RESULTS WHEEL GENERATED DUST
Report BOGGABRI COAL MINE PRP U1: MONITORING RESULTS WHEEL GENERATED DUST BOGGABRI COAL PTY LTD Job ID. 08031 8 August 2014 PROJECT NAME: Boggabri Coal Mine PRP U1: Monitoring Results Wheel Generated Dust
More informationDEVELOPMENT CONSENT MODIFICATION Statement of Environmental Effects
BENGALLA MINE DEVELOPMENT CONSENT MODIFICATION for Bengalla Mining Company Pty Limited August 2015 BENGALLA MINE DEVELOPMENT CONSENT MODIFICATION STATEMENT OF ENVIRONMENTAL EFFECTS Prepared by: HANSEN
More informationDevelopment Approval 211/93 (as modified) Schedule Condition Commitment Audit Finding
Independent Environmental Audit Bengalla Mine Development Approval 211/93 (as modified) Schedule Condition Commitment Audit Finding 3 1 The Applicant shall ensure that the noise generated by the development
More informationBENGALLA Mining Company. Contamination Assessment
BENGALLA Mining Company U Contamination Assessment U CONTINUATION OF BENGALLA MINE PRELIMINARY CONTAMINATION ASSESSMENT Prepared by: HANSEN BAILEY 6 / 127 129 John Street SINGLETON NSW 2330 July 2013 For:
More informationDRAYTON COAL MINE POLLUTION REDUCTION PROGRAM ASSESSMENT AND BEST PRACTICE
DRAYTON COAL MINE POLLUTION REDUCTION PROGRAM ASSESSMENT AND BEST PRACTICE Report No: 6763 27 June 2012 A PEL Company PROJECT TITLE: Drayton Coal Mine Pollution Reduction Program Assessment and Best Practice
More informationPlaceholder for images. Coal Mine Particulate Matter Control Best Management Practice Determination
Placeholder for images Contents EXECUTIVE SUMMARY... 5 1. INTRODUCTION... 8 1.1 Background... 8 1.2 PRP Requirements... 8 2. Overview of Operations... 13 2.1 Operations... 13 2.2 Mine Activities with Potential
More informationCoal Mine Particulate Matter Control Best Practice Site-specific determination guideline. November 2011
Coal Mine Particulate Matter Control Best Practice Site-specific determination guideline November 2011 2011 State of NSW and Office of Environment and Heritage With the exception of photographs, the State
More informationLYNWOOD QUARRY AIR QUALITY MANAGEMENT PLAN FINAL
LYNWOOD QUARRY AIR QUALITY MANAGEMENT PLAN FINAL October 2016 LYNWOOD QUARRY AIR QUALITY MANAGEMENT PLAN FINAL Prepared by Umwelt (Australia) Pty Limited on behalf of Holcim (Australia) Pty Limited Project
More informationHunter Valley Operations South
Hunter Valley Operations South This booklet outlines a modification proposal being prepared for Coal & Allied s Hunter Valley Operations (HVO) South mining activities. In this booklet you will find an
More informationWork Program PRP4.2 Particulate Emissions from Coal Trains
Work Program PRP4.2 Particulate Emissions from Coal Trains Prepared for Australian Rail Track Corporation Ltd Final Prepared by ABN 92 097 270 276 Ground Floor, 16 Marie St PO Box 2217 Milton, Queensland,
More informationIntermodal Logistics Centre at Enfield Environmental Assessment CHAPTER 12 AIR QUALITY ASSESSMENT
Intermodal Logistics Centre at Enfield Environmental Assessment CHAPTER 12 AIR QUALITY ASSESSMENT October 2005 Contents 12. 12-1 12.1 Introduction 12-1 12.2 Factors Affecting Air Quality 12-1 12.3 Air
More informationWambo Coal. Site Specific Particulate Matter Control. Best Practice Assessment. Report Number R1. 30 August 2012
Pty Ltd Jerry's Plain Road Warkworth via Singleton NSW 2330 Version: Pty Ltd Page 2 PREPARED BY: ABN 29 001 584 612 2 Lincoln Street Lane Cove NSW 2066 Australia (PO Box 176 Lane Cove NSW 1595 Australia)
More informationEnvironment Protection Licence
Licence Details Number: Anniversary Date: 20850 24-November Licensee MACH ENERGY AUSTRALIA PTY LTD LEVEL 2, 179 GREY STREET SOUTH BANK QLD 4101 Premises MOUNT PLEASANT OPERATION 1100 WYBONG ROAD MUSWELLBROOK
More informationBENGALLA Mining Company. Bengalla Mine. September Environmental Management Strategy
BENGALLA Mining Company September 2017 Environmental Management Strategy Bengalla Mining Company Pty Limited Environmental Management Strategy Revision Date Date Approved Submitted 0 31/01/13-1 27/01/16
More information24 August Leanne Cross Senior Environmental Planner KDC Via
24 August 2018 Leanne Cross Senior Environmental Planner KDC Via email: Leanne@kdc.com.au RE: Air Quality Assessment Proposed Mt Piper Rail Loop Modification Dear Leanne, Todoroski Air Sciences has assessed
More informationEnvironment Protection Licence
Licence Details Number: Anniversary Date: 656 30-November Licensee MUSWELLBROOK COAL COMPANY LTD PO BOX 123 MUSWELLBROOK NSW 2333 Premises MUSWELLBROOK COLLIERY HOLDING COAL ROAD MUSWELLBROOK NSW 2333
More informationGunlake Quarry. Air Quality Management Plan
Gunlake Quarry Air Quality Management Plan August 2015 Table of Contents 1. Introduction 3 1.1 Overview 3 1.2 Aims and Objectives 3 2. Air Quality Criteria 3 2.1 Impact Assessment Criteria 4 2.2 Sources
More informationDepartment of Trade and Investment, Regional Infrastructure and Services - Division of Mining & Energy (DTIRIS - DRE)
Bengalla Annual Review Name of Mine Bengalla Titles / Mining Leases ML 1397, ML 1469, ML1592, AL13, A438 Open Cut MOP commencement Date*for Reporting Period December 2011 Open Cut MOP Completion Date*
More information2.0 Description of Existing Mine Operations
2.0 2.1 Mine History Austar Coal Mine is an amalgamation of several older mines and operates within a number of mining leases under 12 separate development consents issued by Cessnock City Council between
More informationTABLE OF CONTENTS LIST OF FIGURES. Mt Arthur Coal Open Cut Modification Environmental Assessment
Executive Summary TABLE OF CONTENTS ES1 BACKGROUND ES-1 ES2 EXISTING OPERATIONS ES-1 ES3 MODIFICATION OVERVIEW ES-1 ES4 CONSULTATION ES-1 ES5 COMMUNITY INITIATIVES AND INVOLVEMENT ES-3 ES6 ENVIRONMENTAL
More informationDrayton Management System Standard. Air Quality Management and Monitoring Plan
Anglo Coal (Drayton Management) Pty Ltd Policies and Procedures Air Quality Management and Monitoring Plan Drayton Management System Standard Air Quality Management and Monitoring Plan Author: Name Pam
More informationBest Management Practice Air Quality Assessment ENVIRONMENTAL MANAGEMENT PLAN
Doc Owner: Doc No: Environment and Community Coordinator EMP-D-16591 CVC Best Management Practice Air Quality Assessment ENVIRONMENTAL MANAGEMENT PLAN Author PAE Holmes / LakeCoal Cynthia Isley / Judith
More informationIndependent Environmental Audit
Bengalla Mining Company Pty Limited 30-Dec-2013 Independent Environmental Audit Bengalla Mine AECOM Independent Environmental Audit Independent Environmental Audit Bengalla Mine Client: Bengalla Mining
More informationMonthly Environmental Monitoring Report. March 2018
Report 1 Final Date Rev. Status Page i Table of Contents 1. Introduction... 2 2. Monitoring Requirements... 2 3. Dust Depositional Monitoring... 5 4. Total Suspended Particulates... 7 5. Real Time PM 10
More informationFINAL REPORT DENDROBIUM MINE PARTICULATE MATTER CONTROL BEST PRACTICE POLLUTION REDUCTION PROGRAM. 2 February A PEL Company
FINAL REPORT DENDROBIUM MINE PARTICULATE MATTER CONTROL BEST PRACTICE POLLUTION REDUCTION PROGRAM Report No: 6256A 2 February 2012 A PEL Company PROJECT TITLE: Dendrobium Mine Particulate Matter Control
More informationGLNG PROJECT - ENVIRONMENTAL IMPACT STATEMENT
6 J:\Jobs\42626220\07 Deliverables\EIS\FINAL for Public Release\6. Values and Management of Impacts\6-8 Air Quality\06 08 Air Quality (Section 6.8) FINAL PUBLIC track.doc GLNG Project - Environmental Impact
More informationIntroduction. Brett McLennan EMM Consulting Pty Ltd PO Box 21 St Leonards NSW 1590
Brett McLennan EMM Consulting Pty Ltd PO Box 21 St Leonards NSW 1590 BORAL WIDEMERE RESOURCE RECOVERY FACILITY - BEST PRACTICE DUST MANAGEMENT BENCHMARKING STUDY Introduction Boral Recycling Pty Ltd (Boral)
More informationBLAST MANAGEMENT STRATEGY
BLAST MANAGEMENT STRATEGY For Boggabri Tarrawonga Maules Creek Complex J U L Y 2 0 1 4 Idemitsu Australia Resources Boggabri Coal Pty Ltd Whitehaven Coal Pty Ltd Tarrawonga Coal Pty Ltd, Maules Creek Coal
More informationGunlake Quarry. Noise and Blast Management Plan
Gunlake Quarry Noise and Blast Management Plan August 2015 Table of Contents 1. Introduction 3 1.1 Overview 3 1.2 Aims and Objectives 3 2. Noise Criteria 3 2.1 Operational Noise Assessment Criteria 3 2.2
More informationMonthly Environmental Monitoring Report. February 2018
Report 1 Final Date Rev. Status Page i Table of Contents 1. Introduction... 2 2. Monitoring Requirements... 2 3. Dust Depositional Monitoring... 5 4. Total Suspended Particulates... 7 5. Real Time PM 10
More informationMoolarben Coal Complex UG1 Optimisation Modification. Environmental Assessment APPENDIX F SURFACE WATER ASSESSMENT REVIEW
Moolarben Coal Complex UG1 Optimisation Modification Environmental Assessment APPENDIX F SURFACE WATER ASSESSMENT REVIEW Moolarben Coal Complex UG1 Optimisation Modification Surface Water Assessment Review
More informationNOISE MANAGEMENT STRATEGY
NOISE MANAGEMENT STRATEGY For Boggabri Tarrawonga Maules Creek Complex M A Y 2017 Idemitsu Australia Resources Pty Limited Boggabri Coal Operations Pty Ltd Whitehaven Coal Limited Tarrawonga Coal Pty Ltd,
More informationSTRATFORD MINING COMPLEX Air Quality and Greenhouse Gas Management Plan
STRATFORD MINING COMPLEX Air Quality and Greenhouse Gas Management Plan STRATFORD MINING COMPLEX AIR QUALITY AND GREENHOUSE GAS MANAGEMENT PLAN Revision Status Register Section/Page/ Annexure Revision
More information1 Introduction. Mine EPL. report. Dear Leonard, J13083L2_24 assessment. operation of. the crusher, RASP Mine. 2015); and
14 January 2016 Leonard Sharp Environment and Community Liaison Officer CBH Resources RASP Mine Broken Hill Operations Pty Ltd 130 Eyre St, Broken Hill, NSW 2880 Level 5, 21 Bolton Street Newcastle NSW
More informationPOLLUTION INCIDENT RESPONSE MANAGEMENT PLAN (PIRMP)
Established 1907 POLLUTION INCIDENT RESPONSE MANAGEMENT PLAN (PIRMP) DATE: JULY 2018 Version Date Section Modified 1 July 2018 All Reason for Modification Original Management Plan Review Team MCC Environmental,
More informationBengalla Mining Company
Bengalla Mining Company Bengalla Mining Company Annual Environmental Management Report and Annual Review 2011 BENGALLA MINING COMPANY PTY LIMITED Annual Environmental Management Report and Annual Review
More informationBengalla Mining Company Pty Limited Noise Management Plan
Bengalla Mining Company Pty Limited Noise Management Plan DOCUMENT CONTROL Revision Date Description Author Reviewer Approved 0 29/01/13 Draft Noise Management Plan for regulatory consultation T. Welbourne
More informationAppendix B Noise and Blasting Impact Assessment
Appendix B Noise and Blasting Impact Assessment 19 August 2010 Ref: J0130-42-L4 Hansen Bailey Pty Ltd P.O. Box 473 SINGLETON NSW 2330 Attn: Ms. Melissa Walker Dear Mel, ABN: 73 254 053 305 78 Woodglen
More informationEnvironmental Noise Assessment
July to September 2014 Rev 0 (Final) Report Details - July to September 2014 Filename: Job #: J0140003 Folder #: F13130 Revision: 0 (Final) Date: Prepared For Clark Potter, Senior Environmental Advisor
More informationDevelopment Consent Modification 4 Response to Submissions
BENGALLA MINE Development Consent Modification 4 to Submissions for Bengalla Mining Company Pty Ltd May 2018 BENGALLA MINE DEVELOPMENT CONSENT MODIFICATION 4 RESPONSE TO SUBMISSIONS Prepared by: 6/127-129
More informationENVIRONMENTAL MANAGEMENT STRATEGY (EMS)
Established 1907 ENVIRONMENTAL MANAGEMENT STRATEGY (EMS) APPROVED BY MSC DATE: JUNE 2017 Version 1 2 3 Date February 2005 December 2010 December 2015 Section Modified All All All 4 June 2017 All Reason
More informationEnvironment Protection Licence 6538 Monthly Monitoring Data Summary
Bengalla Mining Company Pty Limited A.B.N. 32 053 909 470 Bengalla Road, Muswellbrook Locked Mail Bag 5, Muswellbrook NSW 2333 Australia Bengalla Mine Environment Protection Licence 6538 Monthly Monitoring
More informationAir Quality Management Plan
Strength. Performance. Passion. Jandra Quarry Holcim Australia Pty. Ltd. 2015 Holcim Country Company Name 1 CONTENTS 1 1.1 1.2 1.3 1.4 2 2.1 2.2 2.3 3 3.1 3.2 4 4.1 4.2 4.3 5 5.1 5.2 6 6.1 6.2 7 8 8.1
More informationWILPINJONG COAL NOISE MANAGEMENT PLAN
WILPINJONG COAL NOISE MANAGEMENT PLAN WI-ENV-MNP-0011 June 2017 Document Owner Environmental Advisor Document Approver Environment and Community Manager Version Approval Date Approver Name 3 June 2017
More informationNoise Management Plan. Mt Thorley Warkworth
DOCUMENT CONTROL Version Date Revision Description Aurthor Approver Secretary Approval Date 1.0 1.1 1.2 1.3 2.0 2.1 2.2 2.3 3.0 3.1 3.2 3.3 3.5 3.5 3.6 4.0 4.1 4.2 31/08/2012 Original 26/09/2012 Final
More informationWerris Creek Coal Mine
Werris Creek Coal Mine Coal Mine Particulate Matter Best Pract ice Werris Creek Coal Pty Limit ed Prepared For: 1435 Werris Creek Road Werris Creek NSW 2341 PO Box 125 Werris Creek NSW 2341 Contact: Andrew
More informationANY LIMITED (WMP) Version. Review. Date. All. Plan 5 Yearly. December All. MCC Environmental, Technical. December Yearly.
MUSWELLBROOK COAL COMPA ANY LIMITED WASTE MANAGEMENT PLAN (WMP) December 2015 Version 1 February 2005 All 2 3 Date December 2010 December 2015 Section Modified All All Reason for Modification Original
More informationREPORT INTEGRA PARTICULATE MATTER CONTROL BEST PRACTICE POLLUTION REDUCTION PROGRAM INTEGRA MINE COMPLEX. Job No: July 2012.
REPORT INTEGRA PARTICULATE MATTER CONTROL BEST PRACTICE POLLUTION REDUCTION PROGRAM INTEGRA MINE COMPLEX Job No: 6628 26 July 2012 A PEL Company PROJECT TITLE: Integra Particulate Matter Control Best Practice
More informationOberon Quarries Pty Limited BLAST MANAGEMENT PLAN. Oberon Quarry FINAL
Oberon Quarries Pty Limited BLAST MANAGEMENT PLAN Oberon Quarry FINAL May 2016 Oberon Quarries Pty Limited BLAST MANAGEMENT PLAN Oberon Quarry FINAL Prepared by Umwelt (Australia) Pty Limited on behalf
More informationAir Quality and Greenhouse Gas Management Plan
Air Quality and Greenhouse Gas Management Document Page 1 of 53 Table of Contents 1 Commitment and Policy... 5 1.1 Introduction... 5 1.2 Purpose... 5 1.3 Scope... 6 2 ning... 8 2.1 Project Approval Requirements...
More informationAUSTAR COAL MINE AIR QUALITY MANAGEMENT AND MONITORING PLAN
AUSTAR COAL MINE AIR QUALITY MANAGEMENT AND MONITORING PLAN Issue 1: January 2007 Final Austar Coal Mine Carbon Based Environmental Pty Limited 2006. This document was prepared solely for the original
More informationNewstan Colliery S75W Modification Project Briefing Paper
2 Table of Contents 1 INTRODUCTION...5 2 EXISTING DEVELOPMENT APPROVALS...6 2.1 CONSENTS, LEASES AND LICENSES...7 3 THE PROJECT...8 3.1 MINING METHOD...11 3.2 MINING AND PLANT EQUIPMENT...12 3.3 MINE INFRASTRUCTURE
More informationNOISE MANAGEMENT PLAN
NOISE MANAGEMENT PLAN Ashton Coal Project Version D10 Date: 10 October 2017 Page 1 CONTENTS 1. PURPOSE... 1 2. SCOPE... 1 2.1 Background and Project Overview... 1 2.2 Scope and Objectives... 2 2.3 Consultation
More informationAppendix C Air Quality and Greenhouse Gas Impact Assessment
Appendix C Air Quality and Greenhouse Gas Impact Assessment 12 August 2010 Hansen Bailey PO Box 473 Singleton NSW 2330 Attn: Melissa Walker RE: MUSWELLBROOK COAL MINE DEVELOPMENT CONSENT MODIFICATION AIR
More informationMuswellbrook Coal Company Limited. Established No.1 Open Cut Extension FINAL NOISE MANAGEMENT PLAN (NMP) December 2010.
Established 1907 FINAL NOISE MANAGEMENT PLAN (NMP) December 2010 Version 1 Originally Prepared (February 2005) by: Muswellbrook Coal Company Technical Services Department and Carbon Based Environmental
More informationNsw Epa Environmental Noise Control Manual
Nsw Epa Environmental Noise Control Manual Case study 4 POEO (Noise Control) Regulation The NSW Industrial Noise Policy specifically The EPA's Environmental Noise Control Manual can. 2011) and NSW Industrial
More informationAPPENDIX 2. Austar Coal Mine Current Operations and Approvals
APPENDIX 2 Austar Coal Mine Current Operations and Approvals Appendix 2 Current Austar Coal Mine Operations 1.0 Ellalong Drift and Pit Top Facilities The location of the existing Ellalong Drift and Pit
More informationMonthly Environmental Monitoring Report
\ Monthly Environmental Monitoring Report Name of Operation Name of Licensee Environmental Protection Licence Reporting Period start date Reporting Period end date Version Author Approver Moolarben Coal
More informationATTACHMENT 2 COMMUNITY INFORMATION
ATTACHMENT 2 COMMUNITY INFORMATION Wilpinjong Coal Wilpinjong s 75W modification November, 2012 The Wilpinjong Coal Mine is located in the developing western coalfields of NSW and produces a high quality
More informationSite-Specific PM 10 Ambient Air Monitoring Plan
Site-Specific PM 10 Ambient Air Monitoring Plan Great Plains Sand Processing Facility Wenck File #2771-01 Prepared for: GREAT PLAINS SAND, LLC 15870 Johnson Memorial Drive Jordan, MN 55352 February 2012
More informationAppendix G Noise and Blasting Assessment
Appendix G Noise and Blasting Assessment MT ARTHUR COAL OPEN CUT MODIFICATION NOISE & BLASTING ASSESSMENT REPORT NO. 11246 REVISION D JANUARY 2013 PREPARED FOR HUNTER VALLEY ENERGY COAL PTY LTD THOMAS
More informationThe assessment is based upon the design ore production of 95 million tonnes / annum.
9A Air Quality Assessment Supporting Information This annex sets out the detailed methodology, input data and criteria for the assessment. The overarching assessment approach is detailed in Chapter 9:
More informationKurnell Refinery Conversion Project
Kurnell Refinery Conversion Project Air Quality Management Plan CALTEX REFINERIES (NSW) PTY LTD January 2014 Page 1 1 INTRODUCTION Caltex propose to convert the petroleum refinery in Kurnell (the Site
More informationWambo Coal Mine Annual Report
Wambo Coal Mine Annual Report Environmental ise Monitoring 1 January to 31 December 2016 Prepared for Wambo Coal Pty Limited Page i Wambo Coal Mine Annual Report Environmental ise Monitoring 1 January
More informationDust Management Procedure Environment
1 Purpose and Scope This procedure specifies the operational environmental requirements relating to dust management at the Roy Hill Project. This procedure applies to all personnel involved in activities
More informationAbout the NSW Minerals Council
1 About the NSW Minerals Council The NSW Minerals Council (NSWMC) is a not for profit, peak industry association representing the State s $20 billion minerals industry. NSWMC provides a single, united
More informationBackground The Duralie Coal Mine (the Project) is located within the Gloucester Valley, approximately 13km north of the township of Stroud.
13 January 2014 Michael Plain Manager Environment and Approvals Duralie Coal Pty Ltd Via email: Michael.Plain@stratfordcoal.com.au RE: Rail Haulage Dust Audit Duralie Coal Mine Dear Michael, Thank you
More informationMoolarben Coal Complex Open Cut Optimisation Modification. Environmental Assessment APPENDIX A. Noise Assessment
Environmental Assessment APPENDIX A Yancoal Australia Limited Level 25, 363 George Street SYDNEY NSW 2000 Version: v1.0 Page 2 PREPARED BY: ABN 29 001 584 612 2 Lincoln Street Lane Cove NSW 2066 Australia
More informationIncorporating an Air Quality Monitoring Protocol
UNDERGROUND OPERATION Incorporating an Air Quality Monitoring Protocol Issue 1: March 2007 Carbon Based Environmental Pty Limited 2007. This document was prepared solely for the original recipient and
More informationBOGGABRI COAL PROJECT MODIFICATION ENVIRONMENTAL ASSESSMENT
BOGGABRI COAL PROJECT MODIFICATION ENVIRONMENTAL ASSESSMENT PREPARED FOR BOGGABRI COAL PTY LIMITED JULY 2013 Project No. WHC-12-08 Document No. 00532603.doc TABLE OF CONTENTS EXECUTIVE SUMMARY ES-1 1 INTRODUCTION
More informationBLAST MANAGEMENT PLAN (BMP)
Established 1907 BLAST MANAGEMENT PLAN (BMP) APPROVED BY MSC DATE: MAY 2017 Version 1 2 3 Date February 2005 December 2010 December 2015 Section Modified All All All 4 May 2017 All Reason for Modification
More informationAIR QUALITY MANAGEMENT PLAN CORAKI QUARRY
AIR QUALITY MANAGEMENT PLAN CORAKI QUARRY Date of Issue: Coraki Quarry Air Quality Management Plan 1.0 Purpose The air quality management plan is required to comply with Condition 15 of the Development
More informationOrica Kooragang Island. Community Reference Group. Monthly Briefing Paper #3 January 2012 ISSUED FOR CRG MEETING ON 30 JANUARY 2012
Orica Kooragang Island Community Reference Group Monthly Briefing Paper #3 January 2012 ISSUED FOR CRG MEETING ON 30 JANUARY 2012 1. Introduction This Briefing Paper focuses on activity and events during
More informationStage 2: WestConnex M5 King Georges Road Interchange Upgrade. Appendix B6 Construction Air Quality Management Plan
Stage 2: WestConnex M5 King Georges Road Interchange Upgrade Appendix B6 Construction Air Quality Management Plan JULY 2016 DOCUMENT CONTROL File name Report name CEMP App B6 CAQMP Rev D Construction
More informationAUSTAR COAL MINE VIBRATION MONITORING PLAN
VIBRATION MONITORING PLAN Longwall Panels A3, A4 & A5 July 2009 DOCUMENT CONTROL DOCUMENT DETAILS Title Reference Revision No Document Status Vibration Monitoring Plan Longwall Panel A3, A4 & A5 AustarCoalVMP_A3-A5_R02
More informationStratford Extension Project
Environmental Impact Statement ATTACHMENT 4 COMMUNITY INFORMATION Community Information NOVEMBER 2011 ABOUT GLOUCESTER COAL Gloucester Coal owns the Stratford Coal Mine and Bowens Road North Open Cut located
More informationStatus report October 2017 Goulburn River mining precinct. Goulburn River mining precinct
Status report October 2017 The NSW Status Report project is an initiative by the Land and Water Commissioner in response to community concerns on monitoring and impacts from coal mining and CSG projects.
More informationEnvironmental Monitoring Results Summary
Environmental Monitoring Results Summary Quarter 1 2016 Name of Mine: CSA Mine Environment Protection Licence: EPL 1864 Licensee Name and Operator: Cobar Management Pty Ltd Licensee Address: PO Box 31,
More informationEnvironmental Risk Analysis
Appendix 10 11 12 13 14 15 16 17 18 191 Groundwater Controlled UHSA Air Agricultural Historic EIS Preliminary Environmental Blasting Quality Surface Secretary s Noise Statement Aboriginal Economic Action
More informationDraft Dust Management Plan
Draft Dust Management Plan December 2017 Mt Messenger Alliance MMA-ENV-AIR-RPT-1032 Quality Assurance Statement Prepared by: Dylan Vernall, Sharon Atkins Tonkin and Taylor Ltd Reviewed by: Jenny Simpson
More informationEnvironment Protection Licence
Licence Details Number: Anniversary Date: 20001 22-August Licensee CLEARY BROS (BOMBO) PTY LTD PO BOX 210 PORT KEMBLA NSW 2505 Premises PORT KEMBLA OUTER HARBOUR OFF CHRISTY DRIVE PORT KEMBLA NSW 2505
More informationDrayton Management System Standard. Water Management Plan
Anglo Coal (Drayton Management) Pty Ltd Policies and Procedures Site Water Management Plan Drayton Management System Standard Water Management Plan Author: Name Pam Simpson Title Environment Coordinator
More informationCR Tabs_Main:Layout 1 14/5/09 3:15 PM Page 10 Air Quality 10
Air Quality 10 10 Air Quality The air quality assessment for the Caval Ridge Project has considered the potential release of dust from the site due to earth moving and mining activities associated with
More informationFinal Report. Coal Mine Pollution Reduction Program Condition U3 Assessment. NSW Minerals Council / ACARP Project C Job ID.
Final Report Coal Mine Pollution Reduction Program Condition U3 Assessment NSW Minerals Council / ACARP Project C22027 Job ID. 06961P 29 July 2014 PROJECT NAME: Coal Mine Pollution Reduction Program Condition
More informationEnvironment Protection Licence
Licence Details Number: Anniversary Date: 767 01-January Licensee METROPOLITAN COLLIERIES PTY. LTD. PO BOX 402 HELENSBURGH NSW 2508 Premises METROPOLITAN COLLIERY PARKES STREET HELENSBURGH NSW 2508 Scheduled
More informationDendrobium Mine. Waste Management Plan
Dendrobium Mine Waste Management Plan DOCUMENT SIGN OFF SHEET AND REVISION LOG Document Owner: Authorised by: Peter McMillan 25/06/2018 (Name) (Date) Peter McMillan 25/06/2018 (Name) (Date) VERSION HISTORY
More informationHUNTER VALLEY OPERATIONS
HUNTER VALLEY OPERATIONS Community Consultative Committee Meeting 24 November 2016 Agenda Items 1. Welcome: Housekeeping, Emergency Procedures 2. Apologies 3. Declaration of pecuniary interests/conflicts
More informationWestern Rail Coal Unloader
ENVIRONMENTAL ASSESSMENT CHAPTER 1 - INTRODUCTION April 2007 Chapter 1 - Introduction Contents 1. Introduction 1-1 1.1 Overview 1-1 1.2 Project Objectives 1-1 1.3 The Proponent 1-3 1.4 Statutory Planning
More informationAPPENDIX 2 DUST AND NOISE MONITORING AND MANAGEMENT PROGRAMMES
APPENDIX 2 DUST AND NOISE MONITORING AND MANAGEMENT PROGRAMMES KALGOORLIE CONSOLIDATED GOLD MINES PTY LTD REVISED DUST MONITORING AND MANAGEMENT PROGRAMME JUNE 2004 INTRODUCTION As part of the approval
More informationPollution Monitoring Data January 2013
Cristal Mining Australia Limited Broken Hill Mineral Separation Plant Pinnacles Road Broken Hill NSW 2880 Pollution Monitoring Data January 2013 Licence Details EPA Licence Number: 12314 Hyperlink to Licence:
More informationPEABODY ENERGY AIR QUALITY MANAGEMENT PLAN
PEABODY ENERGY AIR QUALITY MANAGEMENT PLAN Wl-ENV-MNP-0004 June 2018 Document Owner Environmental Advisor Document Approver Environment and Community Manager Version Approval Date Approver Name 4 June
More informationCarrington Pit Extended. Statement of Environmental Effects - Volume 1. Delivering sustainable solutions in a more competitive world
Carrington Pit Extended Statement of Environmental Effects - Volume 1 Coal & Allied Operations Pty Ltd October 2005 www.erm.com Delivering sustainable solutions in a more competitive world Approved by:
More information8. Greenhouse Gas Emissions
8. Greenhouse Gas Emissions This section provides a summary of the greenhouse gas assessment undertaken, and the potential impacts identified, in regards to the Project (Mine) during construction and operation.
More informationANNUAL ENVIRONMENTAL MANAGEMENT REPORT
ORICA KURRI KURRI ANE PLANT ANNUAL ENVIRONMENTAL MANAGEMENT REPORT JULY 2014 Revision Date Description Author Approver 0 2014 Annual Environmental Report D Horne Manufacturing Superintendent Kurri R Powell
More informationPollution Monitoring Data April 2013
Cristal Mining Australia Limited Broken Hill Mineral Separation Plant Pinnacles Road Broken Hill NSW 2880 Pollution Monitoring Data April 2013 Licence Details EPA Licence Number: 12314 Hyperlink to Licence:
More informationEnvironmental Noise Compliance Assessment Bass Point Quarry
P: 4421 4583 M: 0414 315 775 50 Junction Street, Nowra, NSW 2541 matthew@harwoodacsoutics.com.au www.harwoodacoustics.com.au ABN: 71634 997 937 Environmental Noise Compliance Assessment Bass Point Quarry
More informationManagement Plan. Environmental Noise
Management Plan Environmental Noise Doc ID No. Version No. Owner Next Review Date 3-3718 No. L O Larsenr 1 May 15 Management Plan Environmental Noise Risk Statement: High This document will be reviewed
More informationNoise Management Plan
Boggabri Coal Operations Pty Ltd Noise Management Plan January 2016 Revision Control Chart Rev No Original 1 2 3 4 5 6 7 8 9 Revision Date Prepared by Reviewed by Approved by 25 Jan 2012 N Pennington 4
More information5 ASSESSMENT No. 1 Open Cut Extension No. 2 Open Cut Management Review... 10
Contents 1 INTRODUCTION... 2 2 OCCURRENCE OF SPONTANEOUS COMBUSTION... 3 2.1 No.1 Open Cut Extension... 3 2.2 No.2 Open Cut... 3 2.3 Monthly Treatment - Capping, Mining and Water Infusion Areas... 4 3
More information