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COMPOSITIONS AND METHODS FOR THE USE AND APPLICATION OF CARBON NANODOTS FOR DEEP-RESERVOIR ENHANCED OIL RECOVERY

机译:用于深层储层的碳纳米蛋白使用和应用的组合物和方法增强了储油

摘要

A method for enhancing recovery of hydrocarbons from a hydrocarbon-bearing subterranean formation includes withdrawing hydrocarbons from a production well and injecting a treatment fluid that includes carbon nanodots dispersed in a brine solution from an injection well that is spaced apart from the production well. The carbon nanodots include carbon, oxygen, nitrogen, and hydrogen and are surface functionalized. A concentration of carbon nanodots in the treatment fluid is less than or equal to 500 parts per million by weight. Injection of the treatment fluid having the carbon nanodots is characterized by an injection duration, an injection pressure, an injection volume, or a combination thereof, that is sufficient to increase cumulative oil recovery of hydrocarbons from the first subterranean formation, the second subterranean formation, or both by at least 10% compared to injecting the brine solution without the carbon nanodots.
机译:一种用于增强来自烃地下地层的烃的回收的方法包括从生产井中取出烃,并注入包括分散在盐水溶液中的碳纳米蛋白的处理流体,从生产井间隔开的注射溶液中。 碳纳米蛋白包括碳,氧,氮和氢气,并且是表面官能化的。 处理流体中的碳纳米蛋白浓度小于或等于每百万重量倍。 注射具有碳纳米蛋白的处理流体的特征在于注射持续时间,注射压力,注射体积或其组合,这足以增加来自第一地下地层的碳氢化合物的累积油回收,第二地下地层, 与注入没有碳纳米蛋白的盐水溶液相比,均至少10%。

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