Turning Waste into Water: Nuclear Desalination in the Permian

A new partnership explores using nuclear power to clean and reuse Permian Basin wastewater 

4 Mar 2026

A new collaboration in the Permian Basin is taking aim at one of the oil industry’s toughest challenges: what to do with all that wastewater.

Reactor developer Natura Resources and NGL Energy Partners, a major water infrastructure operator, have signed an agreement to explore using advanced nuclear reactors for large scale desalination. The study will assess whether nuclear power can provide the steady heat and electricity needed to treat the enormous volumes of produced water generated by shale oil production.

Produced water is the salty, chemical laden byproduct that surfaces alongside oil and gas during drilling. In the Permian, the quantities are staggering. Most of it ends up injected back underground, a practice now under growing scrutiny because of environmental risks, higher disposal costs, and links to small earthquakes.

The concept under review could flip that model and turn a costly waste stream into a valuable resource. Natura is developing a 100 megawatt molten salt reactor designed to supply both power and high temperature heat. That heat could drive desalination systems capable of stripping salts and contaminants from produced water. If the process proves viable at scale, the reclaimed water could serve agriculture, industrial operations, or other users across West Texas’s arid plains.

Doug Robison, chief executive of Natura Resources, says the idea aims to tackle two long term pressures at once: energy demand and water scarcity. Texas must secure reliable energy and water supplies to support continued economic growth, he said. Advanced nuclear technology paired with water treatment could help address both.

For NGL Energy Partners, which already manages vast volumes of produced water, the project represents a shift in mindset. Instead of viewing wastewater solely as a disposal problem, the industry could start treating it as a potential asset.

The effort is still in its early stages. Nuclear projects face complex regulations, heavy investment needs, and long development timelines. Still, the partnership signals growing interest in linking energy and water solutions. If nuclear powered desalination succeeds, it could reshape water management in the Permian Basin and beyond.