为明确甲烷水合物生成分解特征及其影响因素, 设计并搭建了高压全透明双反应釜实验平台,
以高纯度甲烷和去离子水作为研究对象, 有无搅拌作为对比, 进行甲烷水合物初次和二次生成 …

在渤海油田稠油的热采过程中, 由于物性较差或者井周堵塞, 蒸汽吞吐井通常面临蒸汽注入困难
的问题. 岩石力学扩容作为一项新技术, 能够有效解决常规增产措施存在的有效期短和作业成本 …

新疆风城油田超稠油油藏储集层属陆相辫状河沉积, 非均质性强, SAGD 井组存在循环预热周期
长, 蒸汽腔发育不均等问题. 前期储集层扩容试验能够显著提高蒸汽注入能力, 缩短预热时间 …

产量和蒸汽腔位置对稠油油藏SAGD 开发至关重要, 现有的预测模型仅考虑了蒸汽腔的横向扩展
, 无法预测与相邻井蒸汽腔接触后的产量. 针对蒸汽腔横向扩展阶段和向下扩展阶段的不同特征 …

多层碎屑岩油藏稳油控水一直是油田开发的热点问题, 油田进入中—高含水期后产油量下降明显
, 平面剩余油分布零散, 层间开发矛盾突出, 迫切需要合适的优化调控方法使其持续稳产 …

In order to clarify the generation and decomposition characteristics of methane hydrate and
its influencing factors, a high-pressure fully transparent double-reactor test platform was …

Production and steam chamber position are critical for steam assisted gravity drainage
(SAGD) in heavy oil reservoirs. The existing prediction model only considers the lateral …

In the process of thermal recovery of heavy oil in Bohai Oilfield, cyclic steam stimulated wells
often face problems of difficult steam injection due to poor reservoir physical properties or …

The ultra-heavy oil reservoirs in Fengcheng oilfield of Xinjiang belong to continental braided
river deposits, with high heterogeneity. The SAGD well group in the oilfield has problems …

The production stabilization and water-cut control of multilayer clastic reservoirs have
always been a hot topic in oilfield development. At the medium-high water-cut development …