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Treatment methods include gravity separation, hydrocyclones, coalescers, chemical precipitation, reverse osmosis and biological treatment. The choice depends on water composition and reuse or disposal goals. Advanced treatment solutions are emerging, such as one company's 92% recovery rate of desalinated water with total dissolved solids levels of 40-200 ppm in pilot programs, where the treated water meets Texas Railroad Commission standards for beneficial reuse. E&Ps are increasingly utilizing recycled water in fracs, with companies like Permian Resources reaching 50% recycled water use and targeting ~70% in coming years.
The Permian Basin produces massive volumes of produced water, with approximately 13 MMbbl/d from the Delaware Basin and ~7 MMbbl/d from the Midland Basin. In some Delaware regions, operators see water-to-oil ratios (WORs) exceeding eight barrels of water per barrel of oil.
Yes, there are significant economic benefits to reusing produced water in the energy industry, as demonstrated by multiple companies and technologies across different basins. Companies are achieving substantial savings by reducing freshwater purchases. While water consumed for completions has been flat since 2022 as E&Ps become more adept at utilizing recycled water in fracs. Additionally, the potential for mineral extraction from produced water, including lithium recovery opportunities, and agricultural reuse applications after proper treatment, creating multiple revenue streams beyond traditional disposal methods, driving increased investment in water recycling infrastructure and advanced treatment technologies across major producing basins.
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