Experimental study on foam anti-channeling during huff-n-puff gas injection in Jimsar shale oil reservoirs

吴晓峰, 盛家平, 熊晓菲 - Petroleum Geology and …, 2023 - yqdzycsl.cnjournals.com
页岩油藏基质渗透率极低, 注气吞吐是一种有效的页岩油提高采收率技术. 由于人工裂缝与天然
裂缝的存在, 矿场试验表明注气吞吐过程中邻井气体窜流严重. 注入泡沫可有效降低气体流度 …

Experimental study on the effect of foam in preventing gas channeling in shale reservoir

X Xiaofei, W Haibo, L Fengxia, Z Tong - Frontiers in Earth Science, 2024 - frontiersin.org
Shale oil resources have enormous potential and broad development prospects in China.
Especially with the rapid development of horizontal well volume fracturing technology, the …

Acid-resistant Foamer Used to Control Gas Breakthrough for CO2 Drive Reservoir

XB Liu, FS Wang, ZY Zhang, W Xin, WF Zhou… - SPE Asia Pacific Oil …, 2010 - onepetro.org
Due to the prone gas breakthrough in CO2 immiscible flooding, the development effect was
poor. In order to block off gas breakthrough channels, improve gas injection/production …

页岩气平台井泡沫排水采气技术.

蒋泽银, 李伟, 罗鑫, 李小蓉, 熊颖, 周鸿… - Natural Gas …, 2020 - search.ebscohost.com
井底积液是页岩气井生产过程中普遍面临的问题, 需要尽早采取排水采气的工艺措施.
泡沫排水(以下简称泡排) 采气工艺具有成本低, 见效快的优点, 在国外页岩气开发中已被大量 …

[HTML][HTML] 吉木萨尔页岩油藏注气吞吐泡沫防窜实验研究

吴晓峰, 盛家平, 熊晓菲 - 油气地质与采收率, 2023 - yqdzycsl.cnjournals.com
张君峰, 毕海滨, 许浩, 等. 国外致密油勘探开发新进展及借鉴意义[J]. 石油学报, 2015, 36 (2):
127-137. ZHANG Junfeng, BI Haibin, XU Hao, et al. New progress and ref⁃ erence …

页岩气井泡沫排水采气技术应用研究——以平桥南区为例

李佳欣, 张宁波, 周成香 - 油气藏评价与开发, 2020 - red.magtech.org.cn
泡沫排水采气技术是目前较为常见, 也是最为有效的一种被各大气田广泛采用的排水采气技术;
但因为各气田的生产情况存在一定的差异, 起泡剂的使用方式, 型号, 泡排制度等都不尽相同 …

Influencing factors of fluidity control ability of natural gas foam system

闫立伟, 宋智灵, 杜朝锋, 李文宏… - Petroleum Geology …, 2021 - yqdzycsl.cnjournals.com
大量现场应用发现, 泡沫驱作为一种有效提高采收率的方式, 合适的注入参数可使其最大程度地
发挥泡沫的流度控制能力. 选取 APG-10 为起泡剂, DG 为稳泡剂, 天然气为气相制备天然气泡沫 …

裂缝性低渗透/致密油藏泡沫封窜机理与新进展.

许星光, 张鹏, 张希文, 张旭, 王超 - Oilfield Chemistry, 2024 - search.ebscohost.com
针对我国裂缝性砂砾岩油藏窜漏问题及致密油藏超低的孔隙度与基质渗透率,
多采用注气以保持地层能量, 但由于存在裂缝, 致使气窜严重, 因此需要进行防气窜措施以抑制气 …

[引用][C] Experimental Study on Foam-Assisted Gas Huff-and-Puff in the Jimsar Shale Oil Reservoir

X Xiaofei, S Jiaping - 石油钻探技术, 2022 - 石油钻探技术

[引用][C] Research and application of technology of gas recovery by foam drainage in shallow-middle gas reservoir in Western Sichuan

W Xu - Drilling & Production Technology, 2020