The Advancement of Sulfate Removal from Seawater in Offshore Waterflood Operations

机译：海外水运运营中海水中硫酸盐去除的进展

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The seawater nanofiltration process removes the sulfate component in injected seawater for oilfield waterflood operations. Benefits of the sulfate removal process include oil flow assurance by the elimination of scaling and well souring caused by the conversion of the sulfate to hydrogen sulfide by thermophilic sulfate reducing bacteria. Since its initial use on the Brae Alpha Platform in the North Sea for scale control, the nanofiltration process has found applications in other oilfield applications, has had technology improvements that have reduced its cost, and has provided exceptional benefits in complex reservoir developments.

机译：海水纳滤液方法除去硫酸盐成分，用于油田水上运营的注射海水中。硫酸盐去除方法的益处包括通过消除由硫酸硫酸盐转化为硫酸硫酸氢硫酸盐的缩放和良好溶解而产生的油流量。自北海的Brae Alpha平台初始使用以进行规模控制以来，纳滤过程已发现在其他油田应用中的应用，具有降低其成本的技术改进，并在复杂的储层发展中提供了卓越的益处。

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《Corrosion Annual Conference and Exposition》|2006年||共13页
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Roy A. Davis; John E. McElhiney;
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1. Sulfate removal technologies for oil fields seawater injection operations [J] . M.S.H.Bader Journal of Petroleum Science & Engineering . 2007,第1a2期

机译：油田海水注入作业中的硫酸盐去除技术
2. GE Introduces New Membrane to Remove Seawater Sulfate from Injection Water for Offshore Oil Production [J] . Oil amp, Gas Eurasia group Oil & Gas Eurasia . 2015,第11a12期

机译：GE推出新型膜以从注入水中去除海水硫酸盐，用于生产海洋石油
3. Seawater sulfate removal with nanofiltration [J] . DCosta Kimberly Filtration + Separation . 2015,第2期

机译：纳滤去除海水中的硫酸盐
4. The Advancement of Sulfate Removal from Seawater in Offshore Waterflood Operations [C] . Roy A. Davis, John E. McElhiney Corrosion Annual Conference and Exposition . 2006

机译：海外水运运营中海水中硫酸盐去除的进展
5. Determining induced fracture orientation for oilfield waterflood operations [D] . Mayes, Kevin M. 1995

机译：确定油田注水作业的诱导裂缝方向
6. Diurnal Variability in Chlorophyll-a Carotenoids CDOM and SO42− Intensity of Offshore Seawater Detected by an Underwater Fluorescence-Raman Spectral System [O] . Jing Chen, Wangquan Ye, Jinjia Guo, 2016

机译：水下荧光拉曼光谱系统检测近海海水中叶绿素-a类胡萝卜素CDOM和SO42-强度的日变化
7. Optimal scheduling, design, operation and control of reverse osmosis desalination. Prediction of RO membrane performance under different design and operating conditions, synthesis of RO networks using MINLP optimization framework involving fouling, boron removal, variable seawater temperature and variable fresh water demand. [O] . Sassi Kamal M. 2012

机译：反渗透淡化的最佳计划，设计，操作和控制。预测不同设计和操作条件下反渗透膜的性能，使用MINLP优化框架合成反渗透网络，包括结垢，除硼，变化的海水温度和变化的淡水需求。
8. Removal of Sodium Sulfate from a Sulfate-Containing Sodium Chloride Solution in a Process for Separating Zirconium and Hafnium [R] . Guidotti, R. A. 1979

机译：在分离锆和铪的过程中从含硫酸盐的氯化钠溶液中去除硫酸钠

The Advancement of Sulfate Removal from Seawater in Offshore Waterflood Operations

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