Swansea University

via Stable Diffusion

Indoor solar comes to help power the Internet of Things

Beads which can store heat, which would otherwise be wasted, from various sources, including industrial operations and the summer sun. The new material has been made using alginate, an inexpensive, abundant and non-toxic seaweed derivative. CREDIT SPECIFIC, Swansea University

Using seaweed to create a new material that can effectively store heat for reuse

Dr David Beynon (Left) and Dr Ershad Parvazian (Right) hold a sample of the new fully roll-to-roll (R2R) coated device.

World’s First Perovskite Solar Cell That Can Be Fully Printed Using Roll-to-Roll Technology

Large-scale aerial scanning can spot devastating diseases to help protect food crops

The potential for revolutionising water disinfection technologies around the world

A greener way to make solar cells: Replace the toxic and unsustainable solvents

Carbon capture gets a real boost and it works effectively at a large scale

A new environmentally friendly solvent-free method for removing toxic chemicals from water

A new method for fast removal and detection of wastewater pollutants that come from everyday pharmaceuticals

Using old newspapers to grow carbon nanotubes on a large scale

Could glue be the answer to climate change?

New hope for tackling antibiotic resistance found in ancient Irish soil is effective against four of the top six superbugs

A perovskite solar module the size of an A4 sheet of paper using simple and inexpensive printing techniques

Nanoparticles derived from tea leaves inhibit the growth of lung cancer cells, destroying up to 80% of them

Turning waste CO2 into plastics