A research team from the Chinese Academy of Sciences’ Dalian Institute of Chemical Physics has successfully developed a pilot plant designed to extract multiple resources from seawater simultaneously. Led by scientists Deng Dehui and Liu Yanting, the project focuses on a co-production model that recovers hydrogen, fresh water, uranium, and bromine in a single process. According to findings published in the peer-reviewed journal Nature, the system addresses significant limitations in current marine resource extraction, specifically targeting high operational costs and excessive power consumption.

The new technology reportedly improves electricity efficiency by approximately 15 percent compared to existing systems. By integrating these processes, the researchers aim to make the extraction of these critical materials more economically viable and sustainable. While the project is currently in the pilot stage, the development represents a significant step in marine chemical engineering, potentially offering a way to secure resources like uranium and hydrogen without the traditional energy-intensive requirements of separate processing plants. The team’s work highlights a shift toward multi-functional systems that maximize the utility of seawater as a raw material source.