Water Pluto Project Port Study
Total Page:16
File Type:pdf, Size:1020Kb
Load more
Recommended publications
-
Minesafe Magazine for More Information on the Harmonisation Process
minesafeWESTERN AUSTRALIA Volume 20 no. 3 DECEMBER 2011 Conveyors – guarding against inadequacy TOOLS TO HANDLE WORKPLACE OSH ISSUES FEEDBACK SOUGHT ON DRILLING CODE OF PRACTICE MINES SAFETY PRIORITIES FOR THE REGULATOR 07 04 22 17 19 CONTENTS DEPARTMENTAL NEWS OCCUPATIONAL HEALTH 2011 SOUTH WEST CRUNCHING THE NUMBERS 02 Harmonisation of 13 More to CONTAM than EMERGENCY RESPONSE 51 Distribution of safety and occupational health and meeting quotas SKILLS CHALLENGE health representatives as safety laws 26 Taking up the challenge at 30 September 2011 DANGEROUS GOODS 03 Comment sought for MIAC 28 Motley crew gets the job 52 Monthly exploration SAFETY review done workforce to September 14 Report missing explosives 2011 DIVISIONAL NEWS 30 First aid scenario in tempo 15 Is your explosives or SRS with drum warnings 53 Monthly mining workforce to September 2011 04 Regulators meet in Darwin licence still valid? 32 Beau puts his body and 06 Resources Safety hosts 16 Shotfiring training – new mind on the line SIGNIFICANT INCIDENT PM’s 2011 Pacific Award competencies Recipient 2011 UNDERGROUND REPORTS AND SAFETY BULLETINS 07 Roadshows increase INDUSTRY ACTIVITIES MINE EMERGENCY opportunities for 17 Mines safety priorities for RESPONSE COMPETITION 54 Mines Safety SIR 173 consultation Employee burnt while the regulator 40 Sunrise Dam continues setting up scenario for winning trend SIMON SAYS 18 MARK YOUR DIARY emergency response 42 Universal language of training 09 2011 was a momentous mine rescue year of change SAFETY ALERTS AND 55 Mines Safety Bulletin -
Coastal Land and Groundwater for Horticulture from Gingin to Augusta
Research Library Resource management technical reports Natural resources research 1-1-1999 Coastal land and groundwater for horticulture from Gingin to Augusta Dennis Van Gool Werner Runge Follow this and additional works at: https://researchlibrary.agric.wa.gov.au/rmtr Part of the Agriculture Commons, Natural Resources Management and Policy Commons, Soil Science Commons, and the Water Resource Management Commons Recommended Citation Van Gool, D, and Runge, W. (1999), Coastal land and groundwater for horticulture from Gingin to Augusta. Department of Agriculture and Food, Western Australia, Perth. Report 188. This report is brought to you for free and open access by the Natural resources research at Research Library. It has been accepted for inclusion in Resource management technical reports by an authorized administrator of Research Library. For more information, please contact [email protected], [email protected], [email protected]. ISSN 0729-3135 May 1999 Coastal Land and Groundwater for Horticulture from Gingin to Augusta Dennis van Gool and Werner Runge Resource Management Technical Report No. 188 LAND AND GROUNDWATER FOR HORTICULTURE Information for Readers and Contributors Scientists who wish to publish the results of their investigations have access to a large number of journals. However, for a variety of reasons the editors of most of these journals are unwilling to accept articles that are lengthy or contain information that is preliminary in nature. Nevertheless, much material of this type is of interest and value to other scientists, administrators or planners and should be published. The Resource Management Technical Report series is an avenue for the dissemination of preliminary or lengthy material relevant the management of natural resources. -
Fishes and Freshwater Crayfishes Of
Journal of the Royal Society of Western Australia, 91: 155–161, 2008 Fishes and freshwater crayfishes of major catchments of the Leschenault Estuary: Preston and Brunswick River, including first record of a freshwater gudgeon (Eleotridae) from south-western Australia D L Morgan1 & S J Beatty2 1 Centre for Fish & Fisheries Research, Murdoch University, South St, Murdoch, WA 6150. [email protected] 2 Centre for Fish & Fisheries Research, Murdoch University, South St, Murdoch, WA 6150. [email protected] Manuscript received September 2007; accepted February 2008 Abstract A paucity of information exists on the fish and crayfish communities of two major rivers that flow into the Leschenault Inlet, south-western Western Australia. This study documents these communities and assesses their ecological significance. During February 2006, seven sites were sampled for fish and freshwater crayfish on each of the Brunswick River and Preston River with additional sites having been previously sampled in the summer of 1999/2000. The rivers generally had similar native fish communities with four endemic species, Freshwater Cobbler, Western Minnow, Western Pygmy Perch and Nightfish making up 60% of all fish captures (2670) with the remaining being from three feral freshwater and six estuarine species. Two native species of freshwater crayfish were also recorded, the Marron and Gilgie. The endemic Western Minnow and Western Pygmy Perch were the most common and widespread native fish species in both rivers. This study recorded what appears to be the Empire Gudgeon in the Preston River; the first record of this northern Australian species in the South-west Drainage Division, and its presence was attributed either to marine larval drift or as a result of an aquarium release. -
For Personal Use Only Use Personal For
BHP Billiton Limited ABN 49 004 028 077 180 Lonsdale Street Melbourne Victoria 3000 Australia 18 September 2012 Tel +61 1300 55 47 57 Fax +61 3 9609 3015 www.bhpbilliton.com To: Australian Securities Exchange 2012 US ANNUAL REPORT (Form 20-F) Please find attached a copy of BHP Billiton’s 2012 US Annual Report (Form 20-F), which has been filed with the United States Securities and Exchange Commission. This document has been prepared in accordance with the requirements of the United States Securities and Exchange Commission and, as such, does not comply with the reporting requirements under the Australasian Code for Reporting of Exploration Results, Mineral Resources and Ore Reserves. Jane McAloon Group Company Secretary For personal use only A member of the BHP Billiton Group which is headquartered in Australia Registered Office: Level 27 BHP Billiton Centre, 180 Lonsdale Street, Melbourne, Victoria 3000, Australia ABN 49 004 028 077 Registered in Australia UNITED STATES SECURITIES AND EXCHANGE COMMISSION Washington, D.C. 20549 FORM 20-F (Mark One) ‘ REGISTRATION STATEMENT PURSUANT TO SECTION 12(b) OR 12(g) OF THE SECURITIES EXCHANGE ACT OF 1934 OR È ANNUAL REPORT PURSUANT TO SECTION 13 OR 15 (d) OF THE SECURITIES EXCHANGE ACT OF 1934 FOR THE FISCAL YEAR ENDED 30 JUNE 2012 OR ‘ TRANSITION REPORT PURSUANT TO SECTION 13 OR 15 (d) OF THE SECURITIES AND EXCHANGE ACT OF 1934 ‘ SHELL COMPANY REPORT PURSUANT TO SECTION 13 OR 15(d) OF THE SECURITIES EXCHANGE ACT OF 1934 Date of event requiring this shell company report For the transition period from to Commission file number: 001-09526 Commission file number: 001-31714 BHP BILLITON LIMITED BHP BILLITON PLC (ABN 49 004 028 077) (REG. -
PDF.Js Viewer
Exploration and Innovation The Discovery and Evolution of the 2Moz Vogue Gold Resource, Sunrise Dam Gold Mine, Western Australia M Nugus1,2, N Oliver3, T G Blenkinsop4, J Hill5, J G McLellan6, JCleverley5, L Fisher5, N Brunacci7, H Moore8 and A Jenkins9 ABSTRACT The 2 Moz Vogue mineral resource is a recent discovery at the Sunrise Dam gold mine (SDGM), lying approximately 600 m vertically below the Sunrise Dam open pit. Unlike most other lodes, which are dominated either by steep vein sets or shallow high-strain (shear) zones, it lies broadly in the hinge of a folded felsic porphyry body, where it cuts intermediate volcanic lavas and volcaniclastic rocks and is not speciÀcally concentrated at a lithofacies contact. The mineralisation is controlled by a complex interplay of moderate to shallow, west-dipping high-strain zones that are transected by irregular and discontinuous high-grade, north-west-, north–south- and east– west-trending breccia sheets that initially caused problems with attempts to model broad domains. However, by combining the structural controls and styles with the distribution of gold, arsenic, sulfur and antimony, we have improved opportunities for scheduling, extracting and processing the most appropriate material considering the current mining and processing constraints. The early delineation process for the Vogue lode revealed a signiÀcant mineral resource for the SDGM, coupled with the recognition of some potentially difÀcult downstream implications for mining and processing. The ultimate success of mining at Vogue will be a consequence of combining standardised data collection and geological modelling techniques with the results of the novel innovative techniques applied at an early stage of the project. -
ABSTRACT One Htmdy'ed and Ni.Nefu -Fout Lichen Species Are Reported from Westerm Australia Ui,Th Infornation on Their Dlstr
WESTERNAUSTRALIAN HERBARIUM RESEARCH NOTES No. 7, 1982: 17-29 SYSTEMATICLIST WITH DISTRIBUTIONSOF THE LICHEN SPECIES OF WESTERNAUSTRALIA, BASEDON COLLECTIONSIN THE WESTERNAUSTRALIAN HERBARIUM By R.M. Richardson and D.H.S. Richardson Westem Austnalian Herbariun, GeoxgeSt., South Perth, l{ .A. 6151 (Present address: School of Botany, Trinity College, Dublin 2, Ireland). ABSTRACT One htmdy'edand ni.nefu -fout Lichen species are reported from WestermAustralia ui,th infornation on their dLstr"tbution. The Li,st of species is based on prouisionalLy deternrined speci.mens deposited in the Westerm Austt'alitt Herbar"iwn. ?he Lichen flora of the state i,s il:Luerse, the most Lzrcur"ient grotsth occurrLng i,n the south-uesltem comey. As LittLe i-s kraan of the Lichern of the z:emaird.er of the state " parti.cular:Ly the north-east, tnrch research remaina to be done on thei.r. taronom7 and distr"ibut ion. INTRODUCTION Little intensive research has been done on the lichen flora of Western Australia though collections were nade at quite an early date, The earliest taxononic publication appears to be that of Fries (1846), who described 25 species, the Tesult of collections by L. Preiss fron Rottnest Island and the south-west part of the state. The following year Taylor (1847) listed 1"6 lichens from Western Australia in his catalogue of the W.J. Hooker Herbariun. Mueller (1887) collated the early records and produced a list of Australian lichens, includlng two species from Western Australia which had not previously been recorded:. Cladia aggregata and CLadon'Laretipot u", the latter now segregated in Western Australia as Cla&ia ferdi,nandii. -
ROAM Consulting Report on Security of Supply and Tranmission Impacts Of
ROAM Consulting Pty Ltd A.B.N. 54 091 533 621 Report (EMC00017) to Impact of the LRET on the costs of FCAS, NCAS and Transmission augmentation 13 September 2011 Report to: Impact of the LRET on the costs of FCAS, NCAS and Transmission augmentation EMC00017 13 September 2011 VERSION HISTORY Version History Revision Date Issued Prepared By Approved By Revision Type Jenny Riesz Joel Gilmore Sam Shiao 0.9 2011-07-04 Ian Rose Preliminary Draft David Yeowart Richard Bean Matthew Holmes Jenny Riesz 1 2011-07-07 Ian Rose Complete Matthew Holmes 1.1 2011-07-07 Jenny Riesz Ian Rose Minor text edits Minor text edits - Appendix B 1.2 2011-09-01 Jenny Riesz - and explanation of Badgingarra Minor text edits – further 1.3 2011-09-13 Jenny Riesz - explanation of Badgingarra ROAM Consulting Pty Ltd VERSION HISTORY www.roamconsulting.com.au Report to: Impact of the LRET on the costs of FCAS, NCAS and Transmission augmentation EMC00017 13 September 2011 EXECUTIVE SUMMARY At the request of the Ministerial Council on Energy, the Australian Energy Market Commission (AEMC) is conducting an assessment of the impact of the Large-scale Renewable Energy Target (LRET) on security of energy supply, the price of electricity and emissions levels from the energy sector. The AEMC appointed consultants to develop a long-term generation expansion plan for meeting the LRET. Consequently, the ‘core’ scenarios for the portfolio and geographic distribution of technologies have been determined. ROAM Consulting was subsequently appointed to utilise these scenarios to forecast the cost of Frequency Control Ancillary Services (FCAS), Network Support and Control Ancillary Services (NSCAS) and transmission augmentation associated with the LRET for the National Electricity Market (NEM) and the South West Interconnected System (SWIS). -
APPENDIX K Final Report of an Aboriginal Heritage Survey of the BORR North and Central Project (Brad Goode & Associates, 2020)
APPENDIX K Final report of an Aboriginal Heritage survey of the BORR North and Central Project (Brad Goode & Associates, 2020) Final report FINAL REPORT OF AN ABORIGINAL HERITAGE SURVEY OF THE BUNBURY OUTER RING ROAD (BORR) NORTH AND CENTRAL PROJECT: BRUNSWICK TO NORTH BOYANUP, WESTERN AUSTRALIA A report prepared for BORR Integrated Planning Team on behalf of Main Roads Western Australia By Mr Brad Goode Consulting Anthropologist 79 Naturaliste Terrace DUNSBOROUGH WA 6281 [email protected] Ms Louise Huxtable Consulting Anthropologist Brad Goode & Associates Pty Ltd [email protected] Mr Grant Preller Consulting Anthropologist Brad Goode & Associates Pty Ltd [email protected] Mrs Jacqueline Harris Consulting Archaeologist Brad Goode & Associates Pty Ltd [email protected] Report submitted February 2020 to: Dr Fionnuala Hannon Environment and Approvals Manager BORR IPT PO Box 2776 Cloisters Square 6850 The Registrar Department of Planning, Lands & Heritage 491 Wellington Street PERTH WA 6000 0 FINAL REPORT OF AN ABORIGINAL HERITAGE SURVEY OF THE BUNBURY OUTER RING ROAD (BORR) NORTH PROJECT: BRUNSWICK TO NORTH BOYANUP, WESTERN AUSTRALIA ACKNOWLEDGEMENTS The authors would like to thank the following organisations and individuals who helped with the management of this Aboriginal heritage survey: Dr Fionnuala Hannon – BORR IPT (Environment and Approvals Manager) Mr Liam Donnelly – BORR IPT (Principal Bridge Engineer) Ms Meranda Toner – BORR IPT (Senior Environmental Scientist) Ms Stacey Dorman – BORR IPT (Environmental Scientist) Mr Neil McCarthy – Main Roads Western Australia (Senior Environment Officer) Mr Robert Barnsley – Main Roads Western Australia (Acting Regional Manager) Mr Owen McLean – Main Roads Western Australia (Rural Road Planning Manager) Ms Tammy Mitchell – Main Roads Western Australia (Community Relations Manager) Mr Matt Swales – Main Roads Western Australia (Structures Design Engineer). -
The Distribution of Freshwater Fish in the South-Western Corner of Australia
The Distribution of Freshwater Fish in the South-Western Corner of Australia Report to Water and Rivers Commission David Morgan, Howard Gill & Ian Potter _;: ':1 Fish Research Group I ' ,, School of Biological imd Environmenta!~Ciences Murdoch University,,..,• ~ · Water and,:Rivers C~mmission Policy a!)li Planning Division / WATER REsOURCE TECHNICAL SERIES WATER AND RIVERS COMMISSION REPORT WRT4 1996 WATER AND RIVERS COMMISSION © Water and Rivers Commission of Western Australia, 1996 Published by the Water and Rivers Commission Hyatt Centre 3 Plain Street East Perth, Western Australia 6004 Telephone: (09) 278 0300 Publication Number: WRT4 ISBN 0-7309-7250-X STREAMLINE ABSTRACT This study investigates the distribution of freshwater fishes in the Busselton to Walpole Region. A total of 311 sites in 19 major catchments along the south-west coast from Capel to Walpole, were sampled using a variety of methods. New data was collated with that from previous studies to generate 15 species distribution maps. Habitat and life history notes and recommendations for conservation are made for each species. Changes in fish distribution are also commented upon. This study contributes to series of documents published for the purposes of water allocation planning in the Busselton to Walpole Region. Other publications focus on the following topics: • Recreational Use on Waterbodies in the Busselton- Walpole Region • Report on an Investigation into the Aboriginal Significance of Wetlands and Rivers in the Busselton-Walpole Region. • Enviromnental Significance of Wetlands and Rivers in the Busselton- Walpole Region • Historical Association of Wetlands and Rivers in the Busselton- Walpole Region. • Divertible Water Resources Key Words Water Resources Planning, Freshwater Fish Distribution, Wetland and Rivers, Busselton to Walpole, Western Australia. -
Modelling the Optimum Interface Between Open Pit and Underground Mining for Gold Mines
MODELLING THE OPTIMUM INTERFACE BETWEEN OPEN PIT AND UNDERGROUND MINING FOR GOLD MINES Seth Opoku A thesis submitted to the Faculty of Engineering and the Built Environment, University of the Witwatersrand, Johannesburg, in fulfilment of the requirements for the degree of Doctor of Philosophy. Johannesburg 2013 DECLARATION I declare that this thesis is my own unaided work. Where use was made of the work of others, it was duly acknowledged. It is being submitted for the Degree of Doctor of Philosophy in the University of the Witwatersrand, Johannesburg. It has not been submitted before in any form for any degree or examination at any other university. Signed …………………………….. (Seth Opoku) This……………….day of……………..………2013 i ABSTRACT The open pit to underground transition problem involves the decision of when, how and at what depth to transition from open pit (OP) to underground (UG). However, the current criteria guiding the process of the OP – UG transition are not well defined and documented as most mines rely on their project feasibility teams’ experiences. In addition, the methodologies used to address this problem have been based on deterministic approaches. The deterministic approaches cannot address the practicalities that mining companies face during decision-making, such as uncertainties in the geological models and optimisation parameters, thus rendering deterministic solutions inadequate. In order to address these shortcomings, this research reviewed the OP – UG transition problem from a stochastic or probabilistic perspective. To address the uncertainties in the geological models, simulated models were generated and used. In this study, transition indicators used for the OP - UG transition were Net Present Value (NPV), ratio of price to cost per ounce of gold, stripping ratio, processed ounces and average grade at the run of mine pad. -
Iluka Resources Limited Macquarie WA Forum Adele Stratton, Chief Financial Officer 3 December 2019 Disclaimer and Compliance Statement 2
1 Iluka Resources Limited Macquarie WA Forum Adele Stratton, Chief Financial Officer 3 December 2019 Disclaimer and Compliance Statement 2 This presentation has been prepared by Iluka Resources Limited (Iluka). By accessing this presentation you acknowledge that you have read and understood the following statement. This document provides an indicative outlook for the Iluka business in the 2019 financial year. The information is provided to assist sophisticated investors with the modelling of the company, but should not be relied upon as a predictor of future performance. The current outlook parameters supersede all previous key physical and financial parameters. This information is based on Iluka forecasts and as such is subject to variation related to, but not restricted to, economic, market demand/supply and competitive factors. It is Iluka’s approach to modify its production settings based on market demand, and this can have a significant effect on operational parameters and associated physical and financial characteristics of the company. Forward Looking Statements This presentation contains certain statements which constitute “forward-looking statements”. Often, but not always, forward looking statements can generally be identified by the use of forward looking words such as “may”, “will”, “expect”, “plan”, “believes”, “estimate”, “anticipate”, “outlook” and “guidance”, or similar expressions, and may include, without limitation, statements regarding plans; strategies and objectives of management; anticipated production and production potential; estimates of future capital expenditure or construction commencement dates; expected costs or production outputs; estimates of future product supply, demand and consumption; statements regarding future product prices; and statements regarding the expectation of future Mineral Resources and Ore Reserves. -
Wind Energy and the National Electricity Market with Particular Reference to South Australia
© Australian Greenhouse Office Wind Energy and the National Electricity Market with particular reference to South Australia A report for the Australian Greenhouse Office Prepared by Hugh Outhred Version 8 March 2003 Contact details for Hugh Outhred Tel: 0414 385 240; Fax: 02 9385 5993; Email: [email protected] Wind Energy and the National Electricity Market Summary Wind energy appears likely to be the first stochastic resource to be widely used for generating electricity. For that reason alone, wind energy brings new issues that should be addressed prior to its extensive deployment. However, the exploitation of wind energy also brings innovative use of generator technologies, including widespread use of induction generators and power electronic interfaces, which may have implications for electricity industry operation. The key issues that arise are: ß Uncertainty in the future power output and energy production of wind turbines, wind farms and groups of wind farms, arising from effects such as topographic features, short- term turbulence, diurnal, weather and seasonal patterns, and long-term phenomena such as climate change. ß Voltage and frequency disturbances due to starting transients, power fluctuations during operation and stopping transients initiated by high wind speeds or network disturbances. ß Potential problems in fault detection and/or fault clearance caused by either inadequate or excessive fault level in the vicinity of a wind farm. ß Potential difficulties in managing frequency and/or voltage in power systems with a high penetration of wind turbines due to low inertia and/or lack of voltage control capability. ß Difficulties in capturing economies of scale in network connection for wind farms, because the network rating that minimises per-unit network connection cost may exceed the effective network rating required by a single wind farm (which will usually be less than the nameplate rating of the wind farm due to diversity effects).