Where freshwater rivers spill into salty seas, nature is constantly balancing chemical differences that quietly release energy. Scientists are learning how to tap that invisible power gradient, ...

A hybrid technology created by researchers at Penn State University could be the breakthrough needed to advance efforts to produce power based on the salt concentrations between two water sources.

Dr. Kim Hanki of Jeju Global Research Center, Korea Institute of Energy Research (Director Kwak Byong-Sung) developed a mathematical analysis model that can identify the ion transfer principle of ...

Succeeded in developing synthesis technologies of electrode material to improve efficiency and economic feasibility of salinity gradient power generation using reverse electrodialysis. Dr. Jeong ...

Some environmental engineers look at the mouth of a river and see an untapped resource. As a river flows into the ocean, freshwater and saltwater mix, an entropic process that releases about as much ...

The Makassar Strait throughflow (MST) accounts for approximately 77% of the total volume transport of the Indonesian throughflow (ITF), and it influences mass and heat exchanges between the ...

A mathematical analysis model that can identify the ion transfer principle of salinity gradient power technology. Dr. Kim Hanki of Jeju Global Research Center, Korea Institute of Energy Research ...