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工程前沿研究中心（C-FER）进行的一项可行性研究和随后设计的样机装置，旨在提高经济效益和提高普通油藏及量质油藏的采收率，该项研究促进了油。水分离系统的发展。这个系统的基本理论及促进其发展的动力是基于这样一些想法和技术，即以降低处理产出液的成本和从开发中、后期的高水油出油藏中回注水为目标。这个系统目前尚处于样机设计阶段，有待于现场约检验。井下油、水分离系统大大地减少了以往必须举升到地面上水的体积，所以在能源和设备成本节约方面有着非常大的优势、在大多数情况下，降低成本就意味着提高收益，例如，它可以恢复或提高受目前举升系统或地面装置的限制而被迫关闭或限产的油井的产量，这种分离系统还有着其它潜在的优势，包括减少大量水排放所造成的环境污染或净水层的污染。应从这套井下油、水分离子统最主要的要求就是在生产井周围要有一个适合的水处理区域。
A feasibility study conducted by the Engineering Frontier Research Center (C-FER) and subsequent design of a prototype unit aimed at increasing economic efficiency and increasing oil recovery in normal and quantitative reservoirs contributed to the oil. Development of water separation system. The basic theory of the system and the driving forces behind its development are based on the ideas and techniques that aim to reduce the cost of processing output fluids and to inject water back into reservoirs with high water and oil outgrowth during development. This system is still in the prototype design stage, to be on-site inspection. Downhole oil and water separation systems greatly reduce the volume of water that must be lifted to the surface in the past and therefore have a significant advantage in terms of energy and equipment cost savings and in most cases reducing costs means increasing profits such as , Which can restore or increase the production of oil wells that have been closed or limited due to the constraints of current lifting systems or surface installations. Other potential advantages of such separation systems include the reduction of environmental pollution caused by the discharge of large amounts of water or Water purification layer of pollution. The most important requirement from this downhole oil and water ion system is to have a suitable water treatment area around the production well.