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Uranium Raw Material for the Nuclear Fuel Cycle: Exploration, Mining, Production, Supply and Demand, Economics and Environmental Issues

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Uranium Raw Material for the Nuclear Fuel Cycle: Exploration, Mining, Production, Supply and Demand, Economics and Environmental Issues International Symposium on Uranium Raw Material for the Nuclear Fuel Cycle: Exploration, Mining, Production, Supply and Demand, Economics and Environmental Issues 23–27 June 2014 Vienna, Austria BOOK OF ABSTRACTS Organized by the @ CN-216 Organized by the @ In cooperation with the OECD Nuclear Energy Agency (NEA) World Nuclear Association (WNA) United Nations Economic Commission for Europe (UNECE) The material in this book has been supplied by the authors and has not been edited. The views expressed remain the responsibility of the named authors and do not necessarily reflect those of the government of the designating Member State(s). The IAEA cannot be held responsible for any material reproduced in this book. IAEA CN-216 URAM-2014 23-27 June 2014 Book of Abstracts: Table of Contents International Symposium on Uranium Raw Material for the Nuclear Fuel Cycle: Exploration, Mining, Production, Supply and Demand, Economics and Environmental Issues (URAM-2014) ABSTRACTS No. of Paper Title Author(s) Page IAEA-CN- 216- Opening Session 211 Uranium and nuclear market, the horizon post- F. Lelièvre 2 Fukushima Session 1: Uranium markets and industry 104 IAEA Study - Uranium Supply to 2060 T. Pool, K. Warthan, 4 J-R. Blaise, H. Tulsidas 152 Uranium 2014: Resources, Production and Demand (the S. Hall (on behalf of 6 “Red Book”) supply and demand projections to 2035 the Uranium Group Bureau) 191 World Nuclear Association 2013 Fuel Market Report I. Emsley 7 018 Uranium exploration (2004-2014): New discoveries, C. Polak 8 new resources 175 The uranium supply strategy of China S. Gao 10 216 World Nuclear Association (WNA) internationally F. Harris (for the WNA) 11 standardized reporting (checklist) on the sustainable development performance of uranium mining and processing sites 187 IAEA geological classification of uranium deposits P. Bruneton, 12 M. Cuney, F. Dahlkamp, G. Zaluski Session 2: Uranium geology 087 Felsic magmatism and uranium deposits M. Cuney 15 127 Granite-related hypothermal uranium mineralization in X. Liu, J. Wu, J. Pan, 16 South China M. Zhu 129 Recent advances about the unconformity-related U J. Mercadier, 17 deposits A. Richard, M. Cathelineau, M-C. Boiron, I. Annesley, M. Cuney 137 Basement to surface expressions of deep mineralization E. Potter 18 and refinement of critical factors leading to the formation of unconformity-related uranium deposits 094 Central Ukraine Uranium Province: The genetic model A. Emetz, M. Cuney 19 i IAEA CN-216 URAM-2014 23-27 June 2014 Book of Abstracts: Table of Contents 061 Dynamics of uranium ore formation in the basement V. Petrov, S. Schukin 20 and frame of the Streltsovskaya Caldera 034 New Au-U deposit type in the weathering crust in A. Tarkhanov 21 tectonic-metasomatite zones of Pre-Cambrian shields 075 The genesis of Kurišková U-Mo ore deposit R. Demko, A. Biroň, 22 L. Novotný, B. Bartalský 023 Uranium potential in Greenland K. Thrane, P. Kalvig, 24 N. Keulen 086 A regional multi-scale 3-D geological model of the I. Annesley B. Reilkoff, 25 Eastern Sub-Athabasca Basement, Canada: Implications E. Takacs, Z. Hajnal, for vectoring towards unconformity-type uranium B. Pandit deposits 077 Exploration and discovery of the Pine Ridge uranium M. Doelger 26 deposits, Powder River Basin, Wyoming, USA Session 3: Education and training in uranium production cycle 135 Enabling sustainable uranium production: The Inter- H. Tulsidas, J. Zhang 28 regional Technical Cooperation experience 122 Continuing education in radiation protection in the W. De Souza Pereira, 29 nuclear fuel cycle: The case of Nuclear Industries of A. Kelecom Brazil 220 Human resource development for uranium production C. Ganguly 30 cycle Session 4: Health, safety and environment 219 Responsible management for health, safety and S. Saint-Pierre 32 environment (HSE) in uranium mining and processing, starting from public support 054 Institutional control of mine wastes in Saskatchewan, K. Cunningham, 33 Canada D. Kristoff, D. Hovdebo, M. Webster 078 Calibration of a PHREEQC-based geochemical model to J. Mahoney, F. Ryan 34 predict surface water discharge from an operating mill in the Athabasca Basin 062 Methodological approach on uranium mill tailings E. Kamhev, 35 decommissioning designing E. Dunaeva, V. Karamushka 058 Radiation requirements for uranium project approvals J. Hondros 36 045 Uranium mine regulation and remediation in Australia's P. Waggitt 37 Northern Territory 197 Regulation of activities producing uranium as a by- E. Mohajane 38 product: South African perspective 071 Risk-based environmental assessment for uranium M. Phaneuf, P. Woods, 39 mines – some Canadian and Australian experience M. McKee 136 Social Licensing in uranium mining: Experiences from H. Schnell, J. Hilton, 40 the IAEA review of the planned Mukju River Uranium S. Saint-Pierre, Project, Tanzania K. Baldry, Z. Fan, H. Tulsidas 124 Experience of IAEA UPSAT mission to Tanzanian D. Mwalongo, A. Kileo 41 ii IAEA CN-216 URAM-2014 23-27 June 2014 Book of Abstracts: Table of Contents uranium sites as a means of sustaining best practice for uranium production in Tanzania Session 5: Social licensing in uranium production cycle 114 Product stewardship for uranium: A way for the F. Harris 43 industry to demonstrate its high performance 224 The Namibian uranium mining model: Voluntary sector W. Swiegers, 44 initiatives underpinned by a regulatory safety net A. Tibinyane ensures best practice – an update 101 The model of interaction with the National Operator A. Yermilov, 46 when doing uranium mining in Kazakhstan Y. Sakharova, M. Niyetbayev 056 Why jurisdiction and uranium deposit type are essential D. Miller 47 considerations for exploration and mining of uranium 151 The role of public consultation in leading practice R. Vance 48 uranium mining Session 6: Evaluation of uranium resources 185 The Wiluna Uranium Project, Western Australia: V. Guthrie 50 Bringing a new project to the market 179 An overview of uranium, rare metal and REE P. Parihar 52 mineralisation in the crystallines of Sonbhadra district, Uttar Pradesh, India 138 International standardisation for the reporting of K. Farmer 54 resources and reserves 214 Application of United Nations Framework Classification H. Tulsidas, S. Li, 55 – 2009 (UNFC-2009) to nuclear fuel resources Y. Miezitis, S. Hall, R. Vance, A. Mukusheva, B. Van Gosen, R. Villas-Bôas, L. Carson, C. Griffiths, J. Ross, D. MacDonald, P. Bankes, A. Hanly 112 Roll-front uranium occurrences of the South Texas M. Mihalasky 57 Mineral Belt: Development of a database for mineral potential modelling and quantitative resource assessment 038 Geological 3-D modelling and resources estimation of A. Boytsov, M. Heyns, 58 the Budenovskoye uranium deposit (Kazakhstan) M. Seredkin 092 How effective project management will add value to R. Bradford, M. Titley 60 your uranium project Session 7: Advances in exploration and uranium mineral potential modelling – 1 134 Genetic model for roll-front uranium deposits in the S. Hall 63 Gulf Coast Uranium Province, Texas, USA 053 Recent exploration progresses on sandstone-hosted Z. Li 64 uranium deposits in north-western China 109 Novel geochemical techniques integrated in exploration K. Kyser 65 for uranium deposits at depth 113 Methods of mineral potential assessment of uranium S. Jaireth 66 deposits: A mineral systems approach iii IAEA CN-216 URAM-2014 23-27 June 2014 Book of Abstracts: Table of Contents Session 8: The future of uranium - focus on greenfields 010 Sandstone uranium deposits of Eurasia – from genetic I. Pechenkin 68 concepts to forecasting and new discoveries 133 Undiscovered resource evaluation: Towards applying a M. Fairclough, 69 systematic approach to uranium L. Katona 004 Case study: financing growth in uranium production A. Adnani 70 despite today’s serious challenges – from concept to production in five years 039 The outlook on potential uranium ISL Mining at Nyota A. Boytsov, 71 Deposit (Tanzania) V. Martynenko, S. Stander Session 9: Uranium production based on in situ leaching 046 Worldwide ISL uranium mining outlook A. Boytsov 74 156 Development of ISL uranium mining in Kazakhstan Y. Demekhov , 75 O. Gorbatenko 106 Nichols Ranch ISL Uranium Mine - a case history G. Catchpole, 77 G. Thomas 067 ISR mining of uranium in the permafrost zone, Khiagda I. Solodov 78 Mine (Russian Federation) (presented by A. Boytsov) 097 Rational ore deposit drilling pattern with construction A. Matunov, 79 of cluster pumping wells in the artesian flow conditions M. Pershin 176 Advancements in exploration and In-Situ Recovery of H. Märten, 80 sedimentary-hosted uranium A. Marsland-Smith, J. Ross, M. Haschke, H. Kalka, J. Schubert (presented by P. Woods) 095 The methods for performance improvement of M. Niyetbayev, 81 technological wells at in-situ uranium leaching A. Yermilov, I. Avdassyov, M. Pershin Session 10: Thorium and rare-earth element-associated resources 164 Thorium: Geology, occurrence, deposits and resources F. Barthel, H. Tulsidas 83 146 Thorium recovery as a co-product of processing rare B. Van Gosen, 84 earth element deposits D. Stoeser, A. McCafferty 036 Thorium as a new commodity: Th resources in Brazil R. Villas-Bôas 85 051 Separation of rare earths from uranium and thorium D. Krebs, D. Furfaro 86 035 Thorium and uranium separation from Rare Earth R. Uzmen 87 complex minerals in Turkey 079 Creating a multi-national development platform: J. Kennedy, J. Kutsch 88 Thorium energy and rare earth value chain Session 11: Uranium mining and processing 178 Building a uranium heap leach project H. Schnell 91 074 Heap leaching technology is moving the frontier for the J. Thiry M. Bustos- 92 treatment Munoz iv IAEA CN-216 URAM-2014 23-27 June 2014 Book of Abstracts: Table of Contents 022 Implementation of a new milling process at Caetité- L. Gomiero, H. Rangel 93 Brazil uranium site Jr, C. Morais 105 Ablation - breakthrough technology to reduce uranium D. Scriven 94 mining cost and increase resources 190 Metallurgical testwork to support development of the M.
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