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中原油田注水系统控制SRB和硫离子技术研究
引用本文:张振飞,葛祥仕,张付杰,康玮,姚志霞,陈德军.中原油田注水系统控制SRB和硫离子技术研究[J].全面腐蚀控制,2012(5):39-42.
作者姓名:张振飞  葛祥仕  张付杰  康玮  姚志霞  陈德军
作者单位:1. 濮阳市科力化工有限公司,河南 濮阳 457532
2. 中原油田采油四厂油气集输大队,河南 濮阳 457176
3. 濮阳市化工研究所,河南 濮阳 457001
4. 中原油田采油三厂注水大队,山东 莘县 252426
5. 中原油田采油二厂注水大队,河南 濮阳 457532
摘    要:实验研究了注水系统控制SRB和硫离子的技术.结果表明:氧化剂投加浓度达到30mg/L时,来水中的SRB基本除去;SRB在pH值为6.0~8.0比较活跃,7.0~8.0最适宜生长,9.0以上SRB生长受到抑制;pH值在6.0~8.0时硫离子的含量降低不明显,在36h后降低70%以内,而pH在9.0~10.0时72h后降低85%以上;随pH的增加含硫量降低,在9.0~10.0时降低比较显著.

关 键 词:SRB  硫离子  氧化剂  pH值

Study on Controlling SRB and Sulfur Ion Technology of Water Injection System of Zhongyuan Oilfield
ZAHNG Zhen-fei,GE Xiang-shi,ZHANG Fu-jie,KANG Wei,YAO Zhi-xia,CHEN De-jun.Study on Controlling SRB and Sulfur Ion Technology of Water Injection System of Zhongyuan Oilfield[J].Total Corrosion Control,2012(5):39-42.
Authors:ZAHNG Zhen-fei  GE Xiang-shi  ZHANG Fu-jie  KANG Wei  YAO Zhi-xia  CHEN De-jun
Affiliation:1 (1. Henan Keli Chemical Engineering Co., Ltd. Puyang 457532, China; 2. The Fourth Oil-Recovery Factory of Zhongyuan Oilfield Company Oil and Gas Gathering and Transportation, Puyang 457176, China; 3. Puyang Institute of Chemical Engineering, Puyang 457001, China; 4.The Third Oil-Recovery Factory of Zhongyuan Oilfield Company, Shenxian 252426, China; 5.The Second Oil-Recovery Factory of Zhongyuan Oilfield Company, Puyang 457532, China )
Abstract:The paper studied a kind of controlling SRB and sulfur ion technology in water injection system. The results showed that: the oxidant dosage will be able kill all SRB in sewage when its concentration is 30mg/l; SRB is more active in pH 6 ~ 8,and the most suitably grows in pH 7 ~ 8, but growth of SRB is inhibited in pH 9; pH value in 6 ~ 8 sulfur ion content is decreased obviously, after 36h reduced less than 70%, and pH in 9 ~ 10 lower than 85% after72h; with the increasing of pH sulfur content is obviously reduced in pH 9 ~ 10.
Keywords:SRB  sulfur ion  oxidizing agent  pH
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