摘要
新疆陆梁油田纵向发育油层较多,受油层物性、压力差异等影响,层间干扰严重。为进一步提高油层的动用程度,避免多层合采层间干扰,研制成功分层举升泵系列。设计出分层举升管柱、配套清防蜡工艺及分层计量地面工艺流程。现场试验20井次,累计增产原油3.2×104t,检泵周期达到1年以上,为多层系油藏充分挖掘低压低含水油层的生产潜力提供了有效的技术手段。
More oil layers developed vertically in Luliang Oilfield, and interlayer interference is more serious, which is affected byoil layer physical property and pressure difference. To further enhance oil recovery and avoid interlayer interference, pump series aredeveloped for separate zone production. Strings for separate zone production, the paraffin removal process and the gauging procedureof are designed successfully. The new technology has been improved continuously and has been used to 20 wells for field test. The oilproduction increases by 3.2×10^4 t, and the cycle time of pump inspection is prolonged for more than one year. This technology providesan effective method for the production enhancement of low pressure and low water cut oil layers in the multilayered reservoir.
出处
《石油钻采工艺》
CAS
CSCD
北大核心
2010年第2期65-67,共3页
Oil Drilling & Production Technology
关键词
分层举升泵
分层采油
分层计量
陆梁油田
sucker rod pump
pump for separate zone production
separate zone recovery
gauging of separate zone production
Luliang Oilfield
作者简介
韩力，1963年生。石油工程硕士，从事机械采油、改善的二次采油及提高采收率新技术研究工作，高级工程师。电话：0990—6801778，E—mail：hanli688@petrochina．com．cn。
