University of Oxford

A leading research-intensive university with a strong focus on materials science and engineering. The Department of Engineering Science has ongoing collaborations with multiple international laboratories and specializes in advanced materials analysis.

Oxford University is the lead institution for the new £9.5m hydrogen aviation research project. The university is globally recognized for its expertise in scientific research and innovation, particularly in engineering and energy. Founded in the 12th century, Oxford remains at the forefront of multi-disciplinary collab

Collaborated on the referenced cost study, contributing expertise in policy analysis and risk assessment for international energy projects.[1][2]

Researchers at the University of Oxford have developed a new method for producing green hydrogen using bio-engineered bacteria.

Professor Aidong Yang leads a project exploring ammonia as a hydrogen carrier and reducing agent in steel production.

Oxford Flow is located near the University of Oxford's renowned Thermofluids Institute, positioning the company to attract top talent and drive advancements.

Researchers from the Oxford Martin Programme on Rethinking Natural Resources at the University of Oxford are investigating a dormant volcano in the Caribbean for its potential geothermal energy and rare metal resources.

This university is collaborating with CarbonMeta Technologies and Cardiff University on a project to convert mixed plastic waste into clean hydrogen fuel and high-value carbon nanomaterials using microwave catalysis.

Academics from the University of Oxford are collaborating on a project to convert plastic waste into hydrogen fuel and high-value carbon nanomaterials using microwave catalysis technology.

Member of the Net Zero RISE consortium investigating carbon capture and storage in spent oil and gas wells.

Research institution where Professor Chris Ballentine is based; collaborated with Helios on natural hydrogen research.

The University of Oxford's Smith School of Enterprise and the Environment conducted the research study analyzed in the article.

Professor Bill David from its department of chemistry chaired the project leader role for the report on green ammonia.

Involved in the green energy project testing ammonia-based hydrogen storage.

Researchers from the University of Oxford, along with the University of Cambridge and the University of Cardiff, have potentially found a way to overcome challenges in hydrogen fuel storage and production.

Conducted a study estimating the health impacts of climate change on global crop productivity and mortality by 2050.