ADNOC陆上气田井设计演变、验证与优化

A. Yugay, A. Gadelhak, G. Pimenta, Mariam Mansoor Al Reyami
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引用次数: 0

摘要

上世纪80年代初,ADNOC为Bab油田Y油藏的天然气生产商设计的陆上标准完井设计是L-80碳钢与化学注入阀(CIV)上方的井下连续注入缓蚀剂,以及CIV和封隔器下方的耐腐蚀合金(CRA) incoly 825 / SM25Cr-75的组合。1994年(经过10年的运营),由于没有发现完整性问题,因此决定在该油藏的所有新产气井中保持相同的设计策略。X油藏(Project-I)的气井采用了相同的设计策略,但流体条件不那么恶劣。表1总结了X层和Y层的储层条件。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Well Design Evolution, Validation and Optimization in ADNOC Onshore GAS Field
In early 80's in ADNOC Onshore standard well completion design for gas producers in Reservoir Y of Bab field was a combination of L-80 carbon steel with a downhole continuous corrosion inhibitor injection above the Chemical Injection Valve (CIV) and Corrosion Resistant Alloy (CRA) Incoloy 825 / SM25Cr-75 below the CIV and packer. In 1994 (after 10 years of operation), due to the fact that no integrity issues were observed, it was decided to maintain the same design strategy was followed in all new gas producer wells in this reservoir. Identical design strategy was followed for Reservoir X (Project-I) gas wells which presented less severe fluid conditions. Table 1 summarizes reservoir conditions for both reservoir X and Y.
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