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Relative Permeability Modifier Treatments on Gulf of Mexico Frac-Packed and Gravel-Packed Oil and Gas Wells

机译:关于墨西哥玻璃纤维和砾石填充油气井的墨西哥湾的相对渗透性改性剂处理

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Estimates of worldwide oilfield water production are as high as 300 to 400 million barrels of water per day (bwpd), while oil production is only 75 million barrels per day (bopd). Put in different terms: for every 1 bopd produced, our industry produces approximately 4 to 6 bwpd, and for many depleted areas of the world this oil-to-water ratio can be much higher, reaching up to 1:100. Excessive water production from oil and gas wells can cause serious reductions in well productivity and significantly increases operating expenses. In an attempt to reduce the oil industry’s dilemma related to water production, there has recently been an increased interest in water control treatments using relative permeability modifiers (RPM). A new and unique RPM polymer is yielding significant economic benefits by increasing hydrocarbon production from treated wells. Generally, RPMs are designed to control water production from high permeability streaks or due to coning issues. The polymer adheres to formation rock exposing its hydrophilic (water-loving) side to the pore throats. The RPM restricts water movement through the pore throat by reducing the effective size of the throat in the presence of water and by increasing drag on formation water flowing through the reservoir matrix. Because it deforms in the presence of hydrocarbons, the RPM typically does not adversely effect oil or gas flow. The newly developed RPM (along with careful selection of well candidates, correct treatment design, and proper placement) is helping increase the success of RPM treatments. This paper will discuss the application and economic benefits from using the new low-risk RPM polymer. Multi- well RPM matrix treatments were performed on offshore Gulf of Mexico (GoM) frac-packed and gravel-packed wells. One particular RPM treated gas well showed a significant decrease in water production, a five fold increase in gas production and double the amount of oil. Payout for the entire treatment was just 7 days.
机译:全球油田水产产量估计每天高达300至4亿桶(BWPD),而石油产量每天仅为7500万桶(BOPD)。进入不同的术语:对于每1个Bopd制作,我们的行业产生大约4到6个BWPD,并且对于世界上许多耗尽地区,这种油水比率可以高得多,达到1:100。油气井的过量生产可能会造成良好生产力的严重减少,并显着提高运营费用。为了减少与水产有关的石油行业的困境,最近使用相对渗透性改性剂(RPM)对水控制处理的兴趣增加。通过增加经过处理的孔的烃生产,新的和独特的RPM聚合物产生了显着的经济效益。通常,RPMS旨在控制从高渗透条纹或由于对接问题的水产产生。聚合物粘附在形成其亲水性(热爱的)侧面到孔喉部的形成岩石。 RPM通过在水存在下减少喉部的有效尺寸并通过增加流过储层基质的形成水的拖拉来限制水运动。因为它在碳氢化合物存在下变形,因此RPM通常不会产生油气或气体流动不利。新开发的RPM(以及仔细选择井候选,正确的治疗设计和适当的展示率)正在帮助增加RPM治疗的成功。本文将讨论使用新的低风险RPM聚合物的应用和经济效益。在墨西哥(GOM)Frac-Packed和砾石包装孔的海上湾进行多良好的RPM矩阵治疗。一个特定的RPM处理的气体良好显示出水量显着降低,气体生产的增加5倍,油的两倍增加。整个治疗的支出只是7天。

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