Rising global emissions of hydrogen over the past three decades have added to the planet's warming temperatures and amplified ...

A team led by Professor Osami Shoji at Nagoya University in Japan has developed a technology to convert methane, the principal component of natural gas, into methanol at room temperature in water.

Investing in a clean future is both a moral imperative and the greatest economic opportunity of our time. As global markets accelerate toward cleaner energy production, taking action to reduce methane ...

The warming impact of hydrogen has been “overlooked” in projections of climate change, authors of the latest “global hydrogen budget” say.

Despite significant opposition, the Environmental Protection Agency recently announced it would delay Biden-era methane ...

Taking a leaf out of the book of plants, scientists have used a photosynthesis blueprint to harness the power of sunlight and turn two of the most destructive greenhouse gases into useful, prized ...

Methane (CH 4) is a potent greenhouse gas. Although it is short-lived compared to carbon dioxide (methane stays in the atmosphere for about seven to ten years, while carbon dioxide can remain for over ...

Researchers just hit two benefits with one catalyst. They converted methane (CH4), a potent greenhouse gas, into ethylene (C2H4), a highly demanded raw material in industrial sectors, using sunlight ...

Fresh JWST data and new models challenge methane hints on TRAPPIST-1e, showing the gas would be rare, unstable, and difficult ...

The findings highlight how extreme environments can produce microbes with unique engineering value. Microbes from extreme terrains show major industrial potential. As reported by ...