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Advances in coalbed methane reservoirs integrated characterization and hydraulic fracturing for improved gas recovery in Karaganda Coal Basin, Kazakhstan

机译：煤层气储层综合表征和液压压裂的进展在哈萨克斯坦卡原邦煤盆地改善天然气回收

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Coalbed methane (CBM) fields in Karaganda Coal Basin are characterized by geological and structural complexity. Majority of production zones have high methane content and extremely low permeability of the coal seams that lead to reservoir stimulation problems. In order to have a successful hydraulic fracturing program we applied integrated reservoir characterization to monitor key parameters. In addition to logging data, core sample analysis was applied to observe the relation between lithological variations found by the use of magnetic susceptibility values and permeability measurements to identify the best CBM reservoir candidates for hydraulic fracturing.

机译：卡加曼煤盆地的煤层甲烷（CBM）领域的特点是地质和结构性复杂性。大多数生产区具有高甲烷含量和极低的煤层渗透性，导致水库刺激问题。为了具有成功的液压压裂程序，我们应用了集成的储层表征以监测关键参数。除了测井数据之外，还应用核心样本分析来观察通过使用磁化率值和渗透率测量发现的岩性变化之间的关系，以识别用于液压压裂的最佳CBM储存器候选者。

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《European Geosciences Union General Assembly》|2017年|677 p.|共9页
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Oleksandr Ivakhnenko; Adina Aimukhan; Aida Kenshimova;
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中图分类能源;
关键词
Unconventional reservoir; coal; coalbed methane; Karaganda Coal Basin; hydraulic fracturing; magnetic susceptibility; permeability;

机译：非传统水库;煤;煤层;卡拉邦煤盆;液压压裂;磁化率;渗透率;

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专利

1. Constraining coalbed methane reservoir petrophysical and mechanical properties through a new coal structure index in the southern Qinshui Basin, northern China: Implications for hydraulic fracturing [J] . Wang Yingjin, Liu Dameng, Cai Yidong, AAPG Bulletin . 2020,第8期

机译：通过新的秦水盆盆地煤炭结构指数约束煤层气储层岩石物理和机械性能，北方南方，中国南部南部盆地：液压压裂的影响
2. CO_2 storage and enhanced coalbed methane recovery: Reservoir characterization and fluid flow simulations of the Big George coal, Powder River Basin, Wyoming, USA [J] . Hannah E. Ross, Paul Hagin, Mark D. Zoback International Journal of Greenhouse Gas Control . 2009,第6期

机译：CO_2储存和增强的煤层气回收率：美国怀俄明州粉河盆地大乔治煤炭的储层表征和流体模拟
3. Performance analysis for a model of a multi-wing hydraulically fractured vertical well in a coalbed methane gas reservoir [J] . Zhang Liehui, Kou Zuhao, Wang Haitao, Journal of Petroleum Science & Engineering . 2018,第期

机译：煤层气储层煤层气储层多翼液压垂直井模型的性能分析
4. Advances in coalbed methane reservoirs integrated characterization and hydraulic fracturing for improved gas recovery in Karaganda Coal Basin, Kazakhstan [C] . Oleksandr Ivakhnenko, Adina Aimukhan, Aida Kenshimova European Geosciences Union General Assembly . 2017

机译：煤层气储层综合表征和液压压裂的进展在哈萨克斯坦卡原邦煤盆地改善天然气回收
5. Carbon dioxide sequestration and enhanced coalbed methane recovery in unmineable coalbeds of the Powder River Basin, Wyoming. [D] . Ross, Hannah Elizabeth. 2007

机译：怀俄明州粉河盆地不可开采的煤层中的二氧化碳封存和提高的煤层甲烷回收率。
6. Experimental analysis of multiple factors on hydraulic fracturing in coalbed methane reservoirs [O] . Fan Zhang, Geng Ma, Xiao Liu, -1

机译：煤层气储层水力压裂多因素试验分析
7. Pattern Recognition of the Vertical Hydraulic Fracture Shapes in Coalbed Methane Reservoirs Based on Hierarchical Bi-LSTM Network [O] . Zhaozhong Yang, Chenxi Yang, Xiaogang Li, 2020

机译：基于等级Bi-LSTM网络的煤层气储层垂直液压断裂形状的图案识别

Advances in coalbed methane reservoirs integrated characterization and hydraulic fracturing for improved gas recovery in Karaganda Coal Basin, Kazakhstan

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