From the Blog

Office of Science Celebrates Quantum Information Science

Co-processing biomass-derived oil with crude oil in existing refineries is an effective way to stimulate the market for sustainable transportation fuels. With this approach, the fuel produced by co-producing bio-oil and petroleum can still be “dropped in”

PNNL research elevates possibility of co-processing and looks to reduce deployment risks

Sacks explains his research to build a better crop by breeding certain traits in miscanthus, a perennial grass and promising bioenergy feedstock.

A Michigan research team has developed the first reliable, scalable method for growing single layers of hexagonal boron nitride (hBN) on graphene.

The findings from a computer modeling study of the 2020 Atlantic hurricane season may be a dire indicator of future storms.

Upgrading bio-oils with petroleum feedstocks at existing refineries—known as “co-processing”—could offer a fast pathway for lowering the carbon footprint of today’s transportation fuels.

The Climate Adaptation & Resilience Plan affirms DOE’s commitment to managing the short- and long-term effects of climate change on the Department’s mission, policies, programs, and operations. Learn about it here.

We’re tapping into some of the best and brightest minds around the world to develop and deploy clean energy technologies that will create a greener future for people in every corner of the globe.

University of Chicago and Fermilab researchers have designed an experiment to look for axions over a wide range of frequencies and masses.