| | Recent developments in uranium resources and production |
| | 4,73 | | MB | with emphasis on in situ leach mining |
| | 332 | | stron |
| | 4672 | | ID | International Atomic Energy Agency |
| | 2003 | | rok |
| | CONTENTS |
| | SUMMARY 1 |
| | OPENING ADDRESS 9 |
| | Yuming Xu |
| | REGIONAL METALLOGENY: GEOLOGY OF URANIUM DEPOSITS |
| | Regional distribution of uranium deposits in Northern Asia 13 |
| | Chen Zuyi |
| | ISL-amenable sandstone-type uranium deposit: Global aspects and recent developments in China |
| | 25 |
| | Zhou Weixun, Guan Taiyang, Chen Zuyi, Li Jianhong, Fan Liting, Li Wuwei |
| | Characteristics of uranium mineralization and depositional system of host sediments, Bayantala |
| | Basin, Inner Mongolia Autonomous Region .47 |
| | Zhu Minqiang, Wu Rengui, Yu Dagan, Chen Anping, Shen Kefeng |
| | Geological and geochemical characteristics of Shihongtan uranium deposit, SW Turpan-Hami Basin, |
| | Xinjiang Autonomous Region .59 |
| | Wang Jinping, Li Zhanshuang, Li Zhanyou |
| | Mineralization characteristics of Dongsheng uranium mineralized area in Ordos Basin, China 69 |
| | Chen Anping, Miao Aisheng, Wu Rengui, Zhu Minqiang, Yu Dagan |
| | Characteristics of uranium mineralization and ore-controls of Kujieertai Deposit, Yili Basin, Xinjiang |
| | Autonomous Region .79 |
| | Lin Shuangxin, Wang Baoqun, Li Shengxiang |
| | Metallogenic features and perspective evaluation of sandstone-type uranium mineralization in |
| | Hailaer Basin, NE China 91 |
| | Li Ziying, Dong Wenming, Guo Qingyin |
| | EXPLORATION: NEW PROJECTS |
| | Exploration and reserve calculation of the uranium deposits amenable to the ISL method in |
| | Kazakhstan .103 |
| | V.F. Dolgopolov, G.V. Fyodorov, V.P. Zhelnov |
| | Australia’s Honeymoon Project — From acquisition to approval — 1997 to 2002 .115 |
| | M.C. Ackland, T.C. Hunter |
| | In situ leach uranium mining in the Russian Federation (status and prospects) .138 |
| | M.I. Fazlullin, V.V. Shatalov, R.N. Smirnova, A.V. Boitsov, V.I. Razumov |
| | Uranium related activities in the Russian Federation 145 |
| | A.V. Boitsov, V.I. Razumov |
| | LICENSING |
| | Licensing of in situ leach recovery operations for the Crownpoint and Church Rock uranium |
| | deposits, New Mexico: A case study .153 |
| | M. Pelizza, D.W. McCarn |
| | Licensing and regulatory requirements for uranium mining and milling in Brazil 174 |
| | K.M. Silva |
| | ISL MINING |
| | Smith Ranch ISL uranium facility: The wellfield management programme 189 |
| | D.E. Stover |
| | Field test of ISL uranium mining at Shihongtan deposit in Xinjiang, China 204 |
| | Su Xuebin, Wang Haifeng, Yao Yixuan |
| | Downstream constraints on product specification and ISL mining methods 213 |
| | G. Capus |
| | HEAP LEACHING: IMPROVEMENT OF MILLING PROCESS |
| | Leaching method: Changes in Sierra Pintada mine 223 |
| | A. Castillo |
| | Influence of pelletization on uranium ores heap leaching .230 |
| | P.D. Georgescu, G. Graur |
| | An overview of technological progresses in China’s natural uranium industry .236 |
| | Zeng Yijun, Niu Yuqing, Zhong Pingru, Zhang Feifeng |
| | Application of agglomerated acid heap leaching of clay-bearing uranium ore in China .243 |
| | Zeng Yijun, Li Jianhua, Li Tieqiu, Zhong Pingru |
| | The new progress on heap leaching of hard rock uranium ore in China .250 |
| | Su Yanru, Gu Wancheng, Xia Runshen |
| | Comparative procedures for uranium solubilization from ores using the leaching method .254 |
| | M. Bragadireanu, N. Popa, D. Filip, L. Nica |
| | Industrial-scale experiment on bacterial heap leaching of uranium ore 262 |
| | Fan Bao-tuan, Liu Jian, Meng Yun-sheng, Niu Yu-qing |
| | RESTORATION: ENVIRONMENTAL ISSUES |
| | Perspective of exploitation of new sandstone type deposits by ISL method and environmental |
| | impact from uranium deposits mined out by in situ leaching in Ukraine273 |
| | A.Ch. Bakarzhiyev, Y. Bakarzhiyev, M.I. Babak, M.M. Makarenko |
| | Groundwater restoration research of acid ISL in China 283 |
| | Li Weicai, Meng Jin, Huang Chongyuan |
| | Natural and anthropogenic multi-pathway risks associated with naturally occurring uranium |
| | mineralization in aquifers: Scoping calculations .289 |
| | D.W. McCarn |
| | Site visit: Deposit 512, Yili Basin, Xinjiang Autonomous Region, China .316 |
| | J.R. Blaise |
| | LIST OF PARTICIPANTS .321 |