The sustainable (and operationally-feasible) production of green hydrogen is a vital step on our journey towards greenhouse gas reduction and a carbon-neutral future. Excitingly, the development of a…
Hydrogen is the smallest atom in the universe, which makes detecting it at an atomic level with current technologies like x-rays and lasers incredibly difficult. However, a new visualisation…
New research from Professor Guangwen Zhou at Bingham University, alongside collaborators from the University of Pittsburgh and the Brookhaven National Laboratory, is shedding light on how corrosion…
Oxidation describes the process whereby chemical substances change when they come into contact with oxygen. Understanding oxidation is vital to knowing how materials will react in ambient…
Traditionally-held beliefs about the interface between water molecules on the surface of electrolyte solutions (like seawater) and air are being challenged by a new discovery made by a research team…
Undeniably one of the most common by-products of urban living, sewage sludge is an abundant, mineral-rich material – that is unfortunately incredibly underutilised.
From running the washing machine,…
Moving away from fossil fuels is essential if we’re to reduce our impact on the planet. However, there are often challenges with alternative fuel sources that reduce the commercial availability of…
Finding effective ways to reduce the amount of carbon dioxide in the atmosphere has become even more important in recent years as we react and respond to the climate crisis.
One of the more…
With the demand for steel and aluminium forecast to rise almost 40% by 2030, there’s been a huge push to make production more sustainable and environmentally-friendly. One of these promising reveals…
New insights from a collaborative team at Lawrence Berkeley National Laboratory (Berkeley Lab), Lawrence Livermore National Laboratory (LLNL), and UC Davis, are deepening our understanding of how…
