Conference Proceedings
Water in Mining 2009
Conference Proceedings
Water in Mining 2009
The Water in Mining 2009 Conference addressed two technical issues of the
time: water and energy. The Proceedings includes papers covering areas such as
treatment technologies and treatment practices, water efficiency and quality,
water accounting and auditing, as well as probabilistic forecasting and systems
modelling and a number of papers from operating mines. Management of groundwater
was an important theme for the conference. This is supported by a number of
papers dealing with groundwater management in different regions around
Australia. A welcome elaboration of this conference, compared to the previous
Water in Mining events, are the papers dealing with minerals processing;
improving the flow sheet and understanding of emergent phenomena arise in
several papers.
time: water and energy. The Proceedings includes papers covering areas such as
treatment technologies and treatment practices, water efficiency and quality,
water accounting and auditing, as well as probabilistic forecasting and systems
modelling and a number of papers from operating mines. Management of groundwater
was an important theme for the conference. This is supported by a number of
papers dealing with groundwater management in different regions around
Australia. A welcome elaboration of this conference, compared to the previous
Water in Mining events, are the papers dealing with minerals processing;
improving the flow sheet and understanding of emergent phenomena arise in
several papers.
Papers in collection
- Worth its Salt - How Eutectic Freeze Crystallisation Can be Used to Recover Water and Salt from Hypersaline Mine Waters Go to Paper
- When Best Water Use Efficiency is Not Enough, What Can the Mining Industry Do? Go to Paper
- A Simple and Proven Technology for Reclaiming Acidic Mine Waters Go to Paper
- Water Treatment Upgrade at Sepon Mine Go to Paper
- Biological Sulfate Reduction with Primary Sewage Sludge in an Upflow Anaerobic Sludge Bed Reactor Go to Paper
- Application of Ultrafiltration and Reverse Osmosis for Mine Wastewater Reuse Go to Paper
- Water Management Issues with Processing Magnetite Ores Go to Paper
- The Water Efficient Plant of the Future - Towards a Holistic Process Chain Approach Go to Paper
- Factors Affecting Flocculation Within Gravity Thickeners Go to Paper
- The Impact of Recycling on Process Water Quality in Mineral Processing Go to Paper
- The Use of Stable Isotopes of Oxygen, Hydrogen and Carbon to Understand Groundwater Dynamics in the Hamersley Basin, Western Pilbara Region, Northwest Australia Go to Paper
- The Use of Major Ion Analysis and Stable Isotopes dO18 and dH2 to Distinguish Groundwater Flow in Karijini National Park, Western Australia Go to Paper
- Groundwater Management Guidelines for Mining Industry in Arid Western Australia - Examples from the Pilbara Go to Paper
- Pardoo Groundwater Investigations - Deriving Aquifer Parameters of the Ord Range, Western Australia Go to Paper
- Water Supply Options for the Pilbara Go to Paper
- Storage and Time - A Paradigm for Aquifer Pressure Management Beneath Open Cut Mines Go to Paper
- Thinking Outside the Lease - Towards a Strategic View of Regional Water Management by the Mining Industry Go to Paper
- Isaac River Cumulative Impact Assessment of Mining Developments Go to Paper
- Water Resources Management in Iron Mining in the State of Minas Gerais (Brazil) and Some Benefits of an Automation System Go to Paper
- Managing the Cumulative Groundwater Impacts of Multiple Iron Ore Projects at Cape Preston (or One Plus One Plus One Plus One Does Not Equal Four) Go to Paper
- An Assessment of Kalgoorlie Consolidated Gold Mines and Boddington Gold Mine Water Sources and Proposed Water Auditing Framework Underpinning Improved Water Allocation Compliance and Reporting Go to Paper
- Developing a Water Accounting Framework for the Australian Minerals Industry Go to Paper
- Dewatering Bore Pumps - Reducing Costs and Emissions by Maximising Pumping Efficiency Over Time Go to Paper
- Pit Water Management in a Mine Planning Cycle, Olympic Dam Case Study Go to Paper
- The Post-Mining Water Balance Go to Paper
- Salt Dissolution Dynamics on Surface Mine Spoils Go to Paper
- Holistic Management of Sulfides at Rio Tinto Iron Ore's Pilbara Mine Sites Go to Paper
- Water Resources in Australian Mine Pit Lakes Go to Paper
- Sustainable Water Use at Olympic Dam Go to Paper
- Understanding Mine Site Water and Salt Dynamics to Support Integrated Water Quality and Quantity Management Go to Paper
Contributor(s):
V S T Ciminelli, A E Lewis, D G Randall, T Reddy, R Jivanji, J Nathoo, J V Wiertz, C Bourke, B Mack, S La Brooy, R Whittering, D McClelland, J Poinapen, G Ekama, E Shao, J Wei, A Yo, R Levy, N Zontov, P Spiridonov, D Connelly, R G de Kretser, M Powell, P J Scales, J Lim, P D Fawell, A T Owen, A F Grabsch, F A Benn, D M Labbett, J D Swift, D R Nagaraj, R Schumann, G Levay, I Ametov, S Dogramaci, W Dodson, P Hedley, G Humphreys, D Abbott, D Nyquest, M Kozikowski, P Rosair, P Fraser, K Zic, P Pickering, J Schaeffer, S Yuen, S Khan, T Rana, D J Barrett, R Lucas, J Crerar, R Hardie, J Merritt, B Kirsch, A H M Rocci, G Sheppard, A Gallardo, J Hall, M Strizek, D V Boger, R J Cocks, G E Ho, M Anda, S Dallas, C M Cote, C J Moran, J Cummings, K Ringwood, I Rea, D Monaghan, B Douglas, S Mercer, S Wright, D Barclay, L E Eary, A Watson, E Gozzard, S Vink, V Nanjappa, R Green, R N Kumar, C D McCullough, M A Lund, C Torrisi, P Trotta, S D Golding, K Baublys
PD Hours
Approved activity
- Published: 2009
- Unique ID: PA-200910