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The engineering design and economic evaluation of CBM cluster wells in fanzhuang block

机译:范庄区块煤层气集束井的工程设计与经济评价。

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Qinshui Basin in Shanxi province is the most active CBM (Coalbed Mathane) development area in China. Due to the complicated surface conditions, it is difficult to construct drilling site. Therefore, given the cost and the area covered, we decide to adopt cluster wells. This paper describes the characteristics, applicability, well pattern arrangement of cluster wells and its optimum design of well trajectory, including the well pattern arrangements of four, five and nine well-composition cluster wells and the comparison of optimum designs of well trajectory between four and nine well-composition cluster wells based on well TL-004. The results suggest that it is reasonable to apply four well-composition cluster wells. In addition, the paper also introduces the drilling technologies, like BHA design, drilling fluid design and cementing technology. Meanwhile it carries on economic evaluation for vertical wells, four and nine well-composition cluster wells, and finally considers four well-composition cluster wells to be the most economical technique.
机译:山西省沁水盆地是中国最活跃的煤层气(煤层气)开发区。由于复杂的地表条件,很难建造钻探现场。因此,考虑到成本和覆盖面积,我们决定采用集束井。本文介绍了群井的特征,适用性,井网布置及其井眼轨迹的优化设计,包括四,五,九口井组成井网的井眼布置,以及四井与五井之间井眼优化设计的比较。基于TL-004井的9口井组成簇井。结果表明,应用四个井组成聚类井是合理的。此外,本文还介绍了钻井技术,例如BHA设计,钻井液设计和固井技术。同时对竖井,四口井和九口井组合井进行了经济评价,最后认为四口井组合井是最经济的技术。

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