北部湾盆地防塌型无固相有机盐钻井液技术
投稿时间:2013-09-29  修订日期:2013-12-19  点此下载全文
引用本文:陈江华,赵宝祥,徐一龙,等.北部湾盆地防塌型无固相有机盐钻井液技术[J].钻探工程,2014,41(2):4-9.
CHEN Jiang-hua,ZHAO Bao-xiang,XU Yi-long,et al. Technology of Solid Free Organic Salt Anti-sloughing Drilling Fluid in Beibuwan Basin[J]. Drilling Engineering, 2014,41(2):4-9.
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作者单位E-mail
陈江华 中海石油〈中国〉有限公司湛江分公司 chenjianghua@cnooc.com.cn 
赵宝祥 中海石油〈中国〉有限公司湛江分公司 zhbx@cnooc.com.cn 
徐一龙* 中海石油〈中国〉有限公司湛江分公司 xuyl2@cnooc.com.cn 
鹿传世 中海石油〈中国〉有限公司湛江分公司 luchuanshi1@cnooc.com.cn 
吴江 中海石油〈中国〉有限公司湛江分公司 wujiang2@cnooc.com.cn 
郑浩鹏 中海石油〈中国〉有限公司湛江分公司 1@1.com 
中文摘要:南海西部油田的北部湾盆地储层段地质情况复杂,夹层多,泥岩极易水化,钻井液体系维护难度大,难以兼顾井壁稳定与储层保护。以涠洲6-9/6-10油田为例,介绍了北部湾盆地储层段的地质概况和钻井液技术难点;介绍了研发的一种新型无固相有机盐防塌钻井液体系及其实验评价结果。该钻井液体系既有效解决了北部湾盆地复杂储层段砂泥岩互层井壁失稳的问题,又防止了储层污染,还降低了井下复杂情况的发生率。该技术为北部湾盆地的石油勘探开发提供了强有力的技术保障。
中文关键词:井壁稳定  储层保护  钻井液  无固相  有机盐  防塌钻井液体系  北部湾盆地
 
Technology of Solid Free Organic Salt Anti-sloughing Drilling Fluid in Beibuwan Basin
Abstract:In the oilfield of western South China Sea, the geological situation is complicated in Beibuwan basin reservoir section with the interlayer, the mudstone is easy to be hydrated, the drilling fluid system maintenance is difficult, and it is hard to give consideration to both borehole stability and reservoir protection. Take WZ6-9 and 6-10 oilfields as the examples, the paper introduces the geological situation in Beibuwan basin reservoir section and the difficult points in drilling fluid technology; also presents a new kind of solid free organic salt anti-sloughing drilling fluid system and the results of experimental evaluation. This drilling fluid system is effective for solving the sand-shale interbed borehole instability in complex reservoir section of Beibuwan basin, preventing the pollution of the reservoir and reducing the incidence of downhole accident. This technology provides a powerful technical support for the petroleum exploration and development in Beibuwan basin.
keywords:borehole stability  reservoir protection  drilling fluid  solid free  organic salt  anti-sloughing drilling fluid system  Beibuwan basin
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