首页> 外文期刊>International Journal of Oil, Gas and Coal Technology: IJOGCT >Production performance of water alternate gas injection techniques for enhanced oil recovery: effect of WAG ratio, number of WAG cycles and the type of injection gas
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Production performance of water alternate gas injection techniques for enhanced oil recovery: effect of WAG ratio, number of WAG cycles and the type of injection gas

机译:水替代气体注入技术以提高采油率的生产性能:WAG比,WAG循环次数和注入气体类型的影响

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摘要

Production performance of a water alternate gas injection (WAG) method has been reported for the effect of several operating parameters, such as, WAG injection cycles, viz., single cycle WAG and five-cycle WAG and the tapered WAG at the reservoir conditions of 120°C and 230 kg/cm~2 for hydrocarbon gas and CO2 gas. It is observed that the number of cycles in the WAG injection process affects the recovery of oil from the core sample. It is observed that the tapering in the WAG injection process improves the recovery of oil initially in place. The observations on the effect of gases revealed that the CO2 gas with five-cycle WAG process gives higher incremental recovery than the five cycle WAG process using hydrocarbon gas. It is observed that the saturation profile of CO2 WAG injection shows the better gas saturation in the core as against the hydrocarbon gas in the WAG process.
机译:对于几种操作参数的影响,已经报道了水交替气注入(WAG)方法的生产性能,例如在油藏条件下WAG注入周期,即单周期WAG和五周期WAG以及锥形WAG。 120°C和230 kg / cm〜2的碳氢化合物气体和CO2气体。可以观察到,WAG进样过程中的循环次数会影响岩心样品中油的回收率。可以观察到,在WAG注入过程中逐渐变细可以提高最初采油的采收率。对气体影响的观察表明,与使用烃类气体的五周期WAG工艺相比,五周期WAG工艺的CO2气体具有更高的增量回收率。可以观察到,与WAG过程中的烃类气体相比,CO2 WAG注入的饱和度曲线显示出岩心中的更好的气体饱和度。

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