在阿曼苏丹国全面实施马尔莫碱-表面活性剂-聚合物的进展

Dawood Al Mahrouqi, Hanaa Sulaimani, R. Farajzadeh, Y. Svec, Samya Farsi, Safa Baqlani, M. Battashi, Khalsa Hadidi, O. Kindi, A. Balushi, V. Karpan
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引用次数: 2

摘要

2015-2016年,Marmul的碱性表面活性剂-聚合物(ASP)驱油试验成功完成,原油采收率增加了30%,没有出现重大的操作问题。在ASP试点的同时,进行了几项实验室研究,以确定一种具有成本效益的替代ASP配方,并简化后勤工作。这些研究产生了一种新的配方,该配方以单乙醇胺(MEA)为碱,与市售的廉价表面活性剂混合。为了加快分阶段的全油田开发,第一期项目于2019年启动,主要目标是确认新三元复合配方的高采收率,确保三元复合技术的可扩展性和进一步的商业成熟;降低新配方注入性的风险;在生产的ASP化学品存在的情况下降低油水分离的风险。第一期项目与试点项目在相同的井网中进行,但在不同的储层单元中进行,储层的非均质性更强,孔隙体积(PV)也比试点项目小。该装置可以比较ASP配方的性能,并利用现有的地面设施,从而降低项目成本。该项目于2020年12月顺利完成,主要结论如下:(1)预估增采15-18%左右,其中一处产层含水率下降30%以上,新型三元复合配方是高效的,可用于后续阶段的商业化三元复合项目;(2)在整个作业过程中,注入能力保持在目标速率内且低于压裂压力;(3)采出油品质量达到出口要求,油水分离数据收集量显著。由于采用了更便宜、更方便的三元复合驱配方,提高了采收率,一期项目的成功为阿曼苏丹国后续的商业规模三元复合驱项目铺平了道路。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Advancement Towards the Full-Field Implementation of Marmul Alkaline-Surfactant-Polymer in the Sultanate of Oman
In 2015-2016, the Alkaline-Surfactant-Polymer (ASP) flood Pilot in Marmul was successfully completed with ∼30% incremental oil recovery and no significant operational issues. In parallel to the ASP pilot, several laboratory studies were executed to identify an alternative and cost-efficient ASP formulation with simpler logistics. The studies resulted in a new formulation based on mono-ethanolamine (MEA) as alkali and a blend of commercially available and cheaper surfactants. To expediate the phased full field development, Phase-1 project was started in 2019 with the following main objectives are confirm high oil recovery efficiency of the new ASP formulation and ensure the scalability and further commercial maturation of ASP technology; de-risk the injectivity of new formulation; and de-risk oil-water separation in the presence of produced ASP chemicals. The Phase 1 project was executed in the same well pattern as the Pilot, but at a different reservoir unit that is more heterogeneous and has a smaller pore volume (PV) than those of the Pilot. This set-up allowed comparing the performance of ASP formulations and taking advantage of the existing surface facilities, thus reducing the project cost. The project was successfully finished in December 2020, and the following major conclusions were made: (1) with the estimated incremental recovery of around 15-18% and one of the producers exhibiting water cut reversal of more than 30%, the new ASP formulation is efficient and will be used in the follow-up phased commercial ASP projects; (2) the injectivity was sustained throughout the entire operations within the target rate and below the fracture pressure; (3) produced oil quality met the export requirements and a significant amount of oil-water separation data was collected. With confirmed high oil recovery efficiency for the cheaper and more convenient ASP formulation, the success of ASP flooding in the Phase-1 project paves the way for the subsequent commercial-scale ASP projects in the Sultanate of Oman.
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