While electric vehicles alone may not reduce carbon emissions, a new study reveals that when electric vehicles are powered with renewable energy and coupled with carbon policy strategies, they can help combat climate change without sacrificing economic growth.

A research group, consisting of doctoral student FUJIWARA Ryosuke, Associate Professor TANAKA Tsutomu (both of Kobe University’s Graduate School of Engineering) and Research Scientist NODA Shuhei (RIKEN Center for Sustainable Resource Science), has succeeded in improving the yield of target chemical production from biomass.

Enough water will come from the ground as a byproduct of oil production from unconventional reservoirs during the coming decades to theoretically counter the need to use fresh water for hydraulic fracturing operations in many of the nation’s large oil-producing areas.

A world without phosphorous is a world without life. But phosphorous is a finite resource, so researchers are recovering it from sewage.

Climate change, with more and more storms and heat waves, also has consequences for our energy supply. 

Greater use of electric vehicles might be good for the environment, but further growth hinges on continued availability of critical battery components such as cobalt.

By measuring the carbon-14 isotope in air from more than 200 years ago, the researchers found that scientists have been vastly overestimating the amount of fossil methane emitted by natural sources, and have therefore been underestimating the amount of methane humans are emitting into the atmosphere via fossil fuels.

Researchers at the University of California San Diego developed an ultrasound-emitting device that brings lithium metal batteries, or LMBs, one step closer to commercial viability.

Seasonally pumped hydropower storage could provide an affordable way to store renewable energy over the long-term, filling a much needed gap to support the transition to renewable energy, according to a new study from IIASA scientists.

The development of next generation solar power technology that has potential to be used as a flexible ‘skin’ over hard surfaces has moved a step closer, thanks to a significant breakthrough at The University of Queensland.