Wrexham University Seeks Approval for Innovative Green Hydrogen Lab

Wrexham University has submitted plans to establish a new laboratory dedicated to the study and generation of green hydrogen at its Plas Coch campus. The proposed facility will utilize prefabricated shipping container-style modules and will be strategically located between the main campus building and the sports centre. These plans are currently under review by the Wrexham County Borough Council’s planning department.

This state-of-the-art laboratory is a key component of the university’s ambitious engineering complex. It aims to focus on green hydrogen, which is produced from renewable energy sources such as solar and wind. Unlike traditional fuels, hydrogen is considered a clean energy solution, as its only byproduct after combustion is water, rather than carbon emissions. The ongoing research is exploring methods to mass-produce hydrogen, making it a viable and cost-effective alternative to fossil fuels.

Facility Details and Leadership

If approved, the laboratory will be overseen by Barry Johnston, Wrexham University’s Research Associate in Hydrogen Engineering. He has expressed optimism regarding the potential for green hydrogen production in North Wales, stating, “This is an optimistic time for green hydrogen production here in North Wales. My areas of focus will be on seeking out opportunities in hydrogen research and collaborating with industry partners with an emphasis on decarbonisation.”

The plans outline that the facility will include a hydrogen electrolyser, a device that employs electrolysis to separate oxygen and hydrogen from water. Additionally, the lab will feature two fume cupboards and changing facilities for students. Importantly, there will be no large-scale storage of hydrogen on-site; the gas will be generated on-demand for specific experiments and applications.

Design Considerations and Environmental Impact

To ensure aesthetic cohesion, the lab will be designed to match the adjacent engineering block and other buildings on the campus. Given that the main university building is a Grade II listed structure, the laboratory will be strategically screened with trees and shrubs to minimize its visual impact from the main site.

The decision regarding the facility is expected to be made under delegated authority by planning officers. If successful, the laboratory will play a significant role in advancing research into sustainable energy solutions, contributing to the broader goal of reducing carbon emissions and promoting environmental sustainability.