水下贮油技术──“油水置换”工艺模拟试验? 【英文篇名】 The Study of Underwater Oil Storage Technology 【作者中文名】 [url=]赵雅芝[/url]; [url=]全燮[/url]; [url=]薛大明[/url]; [url=]陈硕[/url]; [url=]刘会娟[/url]; [url=]卢佩琼[/url]; [url=]张玉洲[/url]; [url=]韩丽华[/url]; [url=]迟大忠[/url]; 【作者英文名】 [url=]Zhao Yazhi et al.[/url]; 【作者单位】 [url=]大连理工大学环境工程研究所[/url]; [url=]大连理工大学土建学院[/url]; 【文献出处】 中国海洋平台 , CHINA OFFSHORE PLATFORM , 编辑部邮箱 1999年 01期 【关键词】 [url=]水下贮含水油[/url]; [url=]油水置换[/url]; [url=]置换水含油量[/url]; 【摘要】 研究水下油罐贮含水原油采用“油水置换”工艺的可行性。通过对含水原油的静态、动态沉降模拟试验研究,揭示了“油水置换”流程运行油水界面不产生乳化层的规律,在进油排水、进水排油过程中置换出来的海水含油量不超标,满足工艺要求,论证了“油水置换”工艺的可行性。 【英文摘要】 The feasibility of storing crude oil containing seawater in an underwater oil tank was studied by using oil/water displacement technology. Through static and dynamic precipitation simulated test, it is indicated that no emulsion layer was appeared at the interface of oil and water during process of oil/water displacement. The oil content in the seawater produced in the oil/water exchange process was within the discharge limit of standard which could meet the requirement of this technology. 查看更多1个回答 . 5人已关注