Seawater electrolysis has long been seen as a promising pathway for sustainable hydrogen production but has faced significant ...

Scientists from the Chinese Academy of Sciences’ Qingdao Institute of Bioenergy and Bioprocess Technology (QIBEBT) and their ...

As humanity scrambles to find alternative clean energy sources to power the world, there’s one massively energetic natural resource that remains largely untapped—the ocean. For decades, companies have ...

The abundant seawater surrounding Guam provides an enticing energy source: hydrogen. Through a process called electrolysis, energy from electricity splits water into hydrogen and oxygen. This ...

It begins by pumping seawater into a tank and then using an electrical current to electrolyze the water. That splits the water molecules into oxygen and hydrogen gases and extracts an alkaline slurry.

The company is using seawater electrolysis to extract both carbon dioxide and hydrogen, which are both useful products in other green technologies. Planet-warming gases have been steadily building ...

For years, extracting hydrogen from seawater on a large scale proved difficult, primarily due to the production of toxic chlorine gas. The need for pure water complicated matters further ...

But what is the best way to get the electricity to the mainland? Through electrolysis of seawater, you can convert electricity into hydrogen and transport the gas using existing gas pipelines.

Methods to make jet fuel from seawater have been understood and demonstrated for many years, but are far from feasible large-scale production. Essentially, the process removes carbon dioxide and ...