0253-2336
2016 Issue 2
Status and expectation on coalbed methane exploration and development in Guizhou Province
Xu Hongjie;Sang Shuxun;Yang Jingfen;Chen Jie;School of Earth Science and Environmental Engineering;Anhui University of Science and Technology;Guizhou Provincial Engineering and Technology Research Center of Coalbed Methane and Shale Gas;School of Resources and Geosciences;China University of Mining and Technology;
Xu Hongjie;Sang Shuxun;Yang Jingfen;Chen Jie;School of Earth Science and Environmental Engineering;Anhui University of Science and Technology;Guizhou Provincial Engineering and Technology Research Center of Coalbed Methane and Shale Gas;School of Resources and Geosciences;China University of Mining and Technology;
..............page:1-7+196
Differential effect of hydrothermal fluid in formation and accumulation effect of coalbed methane in West Guizhou
Tang Shuling;Tang Dazhen;Xu Hao;Tao Shu;Li Song;Coal Reservoir Laboratory of National CBM Engineering Center;China University of Geosciences;
Tang Shuling;Tang Dazhen;Xu Hao;Tao Shu;Li Song;Coal Reservoir Laboratory of National CBM Engineering Center;China University of Geosciences;
..............page:8-16
Geothermal characteristics and suitable CBM well fracturing technology in Songhe Mine Field
Zhao Xia;Zhao Lingyun;Guizhou Provincial Engineering and Technology Research Center of Coalbed Methane and Shale Gas;Coal Mine Exploration of Guizhou Province;
Zhao Xia;Zhao Lingyun;Guizhou Provincial Engineering and Technology Research Center of Coalbed Methane and Shale Gas;Coal Mine Exploration of Guizhou Province;
..............page:17-21
Discussion of progressive drainage and separated reservoirs drainage of multiple CBM well in West Guizhou
Li Xin;Fu Xuehai;Li Gang;MOE Key Laboratory of Coalbed Methane Resources and Reservoir Formation Process;China University of Mining & Technology;
Li Xin;Fu Xuehai;Li Gang;MOE Key Laboratory of Coalbed Methane Resources and Reservoir Formation Process;China University of Mining & Technology;
..............page:22-26
Vertical distribution features of coal reservoir physical property in Songcan No.1 Well of Songhe Mine Field,West Guizhou
Jin Jun;Guizhou Provincial Engineering and Technology Research Center of Coalbed Methane and Shale Gas;
Jin Jun;Guizhou Provincial Engineering and Technology Research Center of Coalbed Methane and Shale Gas;
..............page:27-32+16
Study on fractal characteristics of different scales pore coal reservoir in Bide-Santang Basin
Liu Shunxi;Wu Caifang;MOE Key Laboratory of Coalbed Methane Resources and Reservoir Formation Process;China University of Mining & Technology;Institute of Resources & Environment;Henan Polytechnic University;
Liu Shunxi;Wu Caifang;MOE Key Laboratory of Coalbed Methane Resources and Reservoir Formation Process;China University of Mining & Technology;Institute of Resources & Environment;Henan Polytechnic University;
..............page:33-38+67
Study on combined coalbed methane drainage system of multi seams in Zhijin Block,Guizhou
Peng Xingping;Xie Xianping;Liu Xiao;Yang Song;Research Institute of Petroleum Exploration and Development;East China Company;SINOPEC;Management Office of Unconventional Resource Exploration and Development;East China Company;SINOPEC;
Peng Xingping;Xie Xianping;Liu Xiao;Yang Song;Research Institute of Petroleum Exploration and Development;East China Company;SINOPEC;Management Office of Unconventional Resource Exploration and Development;East China Company;SINOPEC;
..............page:39-44
Study on relationship of liquid energy distribution and coalbed methane development in coal bearing strata
Guo Chen;Lu Lingling;School of Geology and Environment;Xi’an University of Science and Technology;Beijing Orion Energy Technology and Services Company Limited;
Guo Chen;Lu Lingling;School of Geology and Environment;Xi’an University of Science and Technology;Beijing Orion Energy Technology and Services Company Limited;
..............page:45-49
High pressure formation mechanism of reservoir in Songhe Mine Field and its impact to coalbed methane development
Jia Tong;Sang Shuxun;Han Sijie;School of Resources and Geosciences;China University of Mining and Technology;
Jia Tong;Sang Shuxun;Han Sijie;School of Resources and Geosciences;China University of Mining and Technology;
..............page:50-54
Pore features of coal reservoir in Songhe Mine Field of West Guizhou and its impact to permeability
Gao Wei;Yi Tongsheng;Guizhou Provincial Engineering and Technology Research Center of Coalbed Methane and Shale Gas;
Gao Wei;Yi Tongsheng;Guizhou Provincial Engineering and Technology Research Center of Coalbed Methane and Shale Gas;
..............page:55-61
Research on reservoir forming characteristics and recoverability of CBM resources in Songhe Mine Field,West Guizhou
Hou Dinggen;Zhou Xiaozhi;School of Resources and Geosciences;China University of Mining and Technology;Guizhou Provincial Engineering and Technology Research Center of Coalbed Methane and Shale Gas;
Hou Dinggen;Zhou Xiaozhi;School of Resources and Geosciences;China University of Mining and Technology;Guizhou Provincial Engineering and Technology Research Center of Coalbed Methane and Shale Gas;
..............page:62-67
Study on optimization method of coalbed methane commingled development layer section in Songhe Mine Field,West Guizhou
Ao Xianshu;Cao Liwen;Jia Jinlong;Liu Wei;School of Resources and Geosciences;China University of Mining & Technology;Geophysical Prospecting and Surveying Team of Northeast Coalfield Geological Bureau;
Ao Xianshu;Cao Liwen;Jia Jinlong;Liu Wei;School of Resources and Geosciences;China University of Mining & Technology;Geophysical Prospecting and Surveying Team of Northeast Coalfield Geological Bureau;
..............page:68-72
Feasibility study on combined seam gas drainage under condition of seam group in Songhe Mine Field
Luo Kaiyan;Jin Jun;Zhao Lingyun;Zhou Xiaozhi;Guizhou Provincial Engineering and Technology Research Center of Coalbed Methane and Shale Gas;Coal Mine Exploration of Guizhou Province;School of Resources and Geosciences;China University of Mining and Technology;
Luo Kaiyan;Jin Jun;Zhao Lingyun;Zhou Xiaozhi;Guizhou Provincial Engineering and Technology Research Center of Coalbed Methane and Shale Gas;Coal Mine Exploration of Guizhou Province;School of Resources and Geosciences;China University of Mining and Technology;
..............page:73-77+103
Study on gas drainage technique for combined seam with coalbed methane well in Tucheng Block of West Guizhou
Hou Dengcai;Zhou Xiaozhi;Huang Huazhou;School of Resources and Geosciences;China University of Mining and Technology;Guizhou Provincial Engineering and Technology Research Center of Coalbed Methane and Shale Gas;
Hou Dengcai;Zhou Xiaozhi;Huang Huazhou;School of Resources and Geosciences;China University of Mining and Technology;Guizhou Provincial Engineering and Technology Research Center of Coalbed Methane and Shale Gas;
..............page:78-83
Application and establishment on evaluation system of gas drainage and outburst prevention to high outburst mine
Dong Hongkai;Chongqing Research Institute;China Coal Technology and Engineering Group;Guizhou Anhe Mining Technology and Engineering Company Limited;
Dong Hongkai;Chongqing Research Institute;China Coal Technology and Engineering Group;Guizhou Anhe Mining Technology and Engineering Company Limited;
..............page:84-88
Study on sensitive index of local outburst danger prediction in outburst mining area of Guizhou
Zhang Shujin;Heng Xianwei;Li Qingsong;Zhang Pengxiang;Guizhou Provincial Research Institute of Mine Safety and Science;Guizhou Provincial Research Center of Mine Gas Prevention Engineering and Technology;Guizhou Provincial Research Institute of Coal Mine Design;
Zhang Shujin;Heng Xianwei;Li Qingsong;Zhang Pengxiang;Guizhou Provincial Research Institute of Mine Safety and Science;Guizhou Provincial Research Center of Mine Gas Prevention Engineering and Technology;Guizhou Provincial Research Institute of Coal Mine Design;
..............page:89-93
Dynamic prediction method of residual gas content distribution for seam after gas pre-drainage
Ma Shu;Kang Furu;Han Zhenli;Zhou Bingqiu;Guizhou Provincial Research Institute of Mine Safety;Guizhou Provincial Engineering and Technology Research Center of Mine Gas Prevention and Control;
Ma Shu;Kang Furu;Han Zhenli;Zhou Bingqiu;Guizhou Provincial Research Institute of Mine Safety;Guizhou Provincial Engineering and Technology Research Center of Mine Gas Prevention and Control;
..............page:94-98
Gas control technology of fully-mechanized coal mining face with soft roof,soft floor and soft coal seam in contiguous thin seams group
Wu Ruilong;Li Xijian;Huang Liang;He Denghua;Wang Wei;Yin Xin;Guizhou Fa’er Coal Mining Company Limited;School of Mining;Guizhou University;Mining and Safety Technology and Engineering Center of Complicated Geologic Mine;Guizhou Provincial Comprehensive Utilization Key Lab of Non-Ferrous Minerals Resources;Research Institute of Mine Gas Disaster Prevention and Coal Bed Methane Development;Guizhou University;
Wu Ruilong;Li Xijian;Huang Liang;He Denghua;Wang Wei;Yin Xin;Guizhou Fa’er Coal Mining Company Limited;School of Mining;Guizhou University;Mining and Safety Technology and Engineering Center of Complicated Geologic Mine;Guizhou Provincial Comprehensive Utilization Key Lab of Non-Ferrous Minerals Resources;Research Institute of Mine Gas Disaster Prevention and Coal Bed Methane Development;Guizhou University;
..............page:99-103
Study on roof movement law and powered support-surrounding rock relationship of fully-mechanized top coal caving mining face
Wu Shiliang;Liu Sili;School of Mining and Safety Engineering;Shandong University of Science and Technology;
Wu Shiliang;Liu Sili;School of Mining and Safety Engineering;Shandong University of Science and Technology;
..............page:104-108
Mine pressure bump prevention technology of coal mining face in thick seam of mine deep structure area
Liu Hongjun;School of Resources and Safety Engineering;China University of Mining and Technology;
Liu Hongjun;School of Resources and Safety Engineering;China University of Mining and Technology;
..............page:109-113
Spalling prevention technology of delta area in high cutting coal mining face
Wang Cheng;Hong Zijie;Xiong Zuqiang;Liu Xufeng;Li Yingqiang;School of Energy Science and Engineering;Henan Polytechnic University;Henan Provincial Coordinative Innovation Center of Coal Safety Production;
Wang Cheng;Hong Zijie;Xiong Zuqiang;Liu Xufeng;Li Yingqiang;School of Energy Science and Engineering;Henan Polytechnic University;Henan Provincial Coordinative Innovation Center of Coal Safety Production;
..............page:114-117+122
Study on movement law of ultra thick overlying strata broken and coal mine earthquakes
Zhao Ke;Zhang Kaizhi;Wang Shuli;Coal Mining and Designing Branch;China Coal Research Institute;Coal Mining & Designing Department;Tiandi Science & Technology Co.;Ltd.;College of Mining and Safety Engineering;Shandong University of Science and Technology;
Zhao Ke;Zhang Kaizhi;Wang Shuli;Coal Mining and Designing Branch;China Coal Research Institute;Coal Mining & Designing Department;Tiandi Science & Technology Co.;Ltd.;College of Mining and Safety Engineering;Shandong University of Science and Technology;
..............page:118-122
Analysis on mine pressure bump of near vertical ultra thick seam with upper layer mining and lower layer excavation
Du Taotao;Chen Jianqiang;Lan Hang;Sun Bingcheng;Yang Lei;Liu Xudong;Department of Mining and Design;Tiandi Science and Technology Company Limited;Shenhua Xinjiang Energy Company Limited;
Du Taotao;Chen Jianqiang;Lan Hang;Sun Bingcheng;Yang Lei;Liu Xudong;Department of Mining and Design;Tiandi Science and Technology Company Limited;Shenhua Xinjiang Energy Company Limited;
..............page:123-127
Technology of bolt-shotcreting-grouting combined support to mine large cross section chamber
Cheng Yanxue;Hebi Coal Industry Group Company Limited;Henan Energy and Chemical Industry Group Corporation Limited;
Cheng Yanxue;Hebi Coal Industry Group Company Limited;Henan Energy and Chemical Industry Group Corporation Limited;
..............page:128-132
Application and optimization of support technology in deep large section soft rock chamber
Wang Feng;Yu Qing;Zhang Jian;Zhujixi Coal Mine;Zhongan Combined Coalification Company Ltd.;
Wang Feng;Yu Qing;Zhang Jian;Zhujixi Coal Mine;Zhongan Combined Coalification Company Ltd.;
..............page:133-138+143
Analysis on application of coal mine big data in age of ‘Internet +’
Wang Haijun;Wu Xianli;Shenhua Shendong Coal Group Corporation Limited;China Coal Research Institute;
Wang Haijun;Wu Xianli;Shenhua Shendong Coal Group Corporation Limited;China Coal Research Institute;
..............page:139-143
Status and expectation on key technology of complete equipment for mechanized shortwall mining in China
Yang Jingwei;Taiyuan Research Institute Company Limited;China Coal Technology and Engineering Group;
Yang Jingwei;Taiyuan Research Institute Company Limited;China Coal Technology and Engineering Group;
..............page:144-147
Study on adaptive cutting control system of boom-type roadheader
Zhang Jianguang;Taiyuan Research Institute;China Coal Technology and Engineering Group Co.;Ltd.;National Engineering Laboratory for Coal Mining Machinery;
Zhang Jianguang;Taiyuan Research Institute;China Coal Technology and Engineering Group Co.;Ltd.;National Engineering Laboratory for Coal Mining Machinery;
..............page:148-152
Study and design on support visualization system of gateway in mining block of mine
Sun Zhenming;Li Mei;Hou Huikun;Guan Zenglun;Fu Yukai;Jiang Pengfei;Research Institute of Remote Sensing and Geographic Information System;Peking University;Department of Technology Development;China National Coal Group Corporation Limited;Mining and Design Department;Tiandi Science and Technology Company Limited;
Sun Zhenming;Li Mei;Hou Huikun;Guan Zenglun;Fu Yukai;Jiang Pengfei;Research Institute of Remote Sensing and Geographic Information System;Peking University;Department of Technology Development;China National Coal Group Corporation Limited;Mining and Design Department;Tiandi Science and Technology Company Limited;
..............page:153-157
Generated mechanism and control method of parasitic power in double axle drive vehicle
Ren Zhiyong;Taiyuan Research Institute Company Limited;China Coal Technology and Engineering Group;
Ren Zhiyong;Taiyuan Research Institute Company Limited;China Coal Technology and Engineering Group;
..............page:158-163
Fire prevention and extinguishing local grouting technology research of non-power combined pumping station in underground coal mine
Zheng Wangsheng;Cai Kangxu;Gong Keming;Niu Huiyong;Guizhou Huarui Dingxing Energy Co.;Ltd.;School of Energy and Safety Engineering;Hunan University of Science and Technology;
Zheng Wangsheng;Cai Kangxu;Gong Keming;Niu Huiyong;Guizhou Huarui Dingxing Energy Co.;Ltd.;School of Energy and Safety Engineering;Hunan University of Science and Technology;
..............page:164-167
Experimental study on KBr and KI modified vanadium and titanium steel slag applied to remove Hg~0 from coal-fired flue gas
Shi Yingjie;Li Yakui;Cao Qing;Deng Shuang;Shu Xinqian;Wang Hongmei;School of Chemical and Environment Engineering;China University of Mining and Technology;Chinese Research Academy of Environmental Sciences;
Shi Yingjie;Li Yakui;Cao Qing;Deng Shuang;Shu Xinqian;Wang Hongmei;School of Chemical and Environment Engineering;China University of Mining and Technology;Chinese Research Academy of Environmental Sciences;
..............page:168-173+190
Optimization of production conditions of flocculation in ultra clean coal preparation process by response surface method
Zhao Jing;Fu Xiaoheng;Wang Jie;Li Luoming;China University of Mining & Technology;
Zhao Jing;Fu Xiaoheng;Wang Jie;Li Luoming;China University of Mining & Technology;
..............page:174-179
Study on activated carbon prepared with phosphoric acidactivated semi-coke powder
Zhang Yun;Xi’an Research Institute Company Limited;China Coal Technology and Engineering Group;
Zhang Yun;Xi’an Research Institute Company Limited;China Coal Technology and Engineering Group;
..............page:180-184
Study on adsorption kinetics of slime to polyacrylamide in polymer-containing waste water
Yan Jia;Zhang Dongchen;Xu Jingyao;Ji Minmin;Fan Xiaolu;Chang Fei;School of Material Science and Engineering;Anhui University of Science and Technology;
Yan Jia;Zhang Dongchen;Xu Jingyao;Ji Minmin;Fan Xiaolu;Chang Fei;School of Material Science and Engineering;Anhui University of Science and Technology;
..............page:185-190
Flue dust control integration technology of ultra low emission
Shen Yalin;Zhao Wen;Shenhua Guohua Taicang Power Generation Company Limited;
Shen Yalin;Zhao Wen;Shenhua Guohua Taicang Power Generation Company Limited;
..............page:191-196