Environmentally-friendly

Love racing but not a fan of the sport's carbon footprint? Idemitsu is hoping to bring that down a notch with its new Plantech Racing engine oil, which uses plant-based raw materials for more than 80% of its base oil.

Travelers could be making all-electric airline flights as soon as 2028. That's when Heart Aerospace's well-funded hybrid-drive ES-30 is planned to enter service, with a battery range of 200 km (124 miles) – or much farther in extended-range mode.

People may joke about tight jeans being "spray-on pants," but On's new Cloudboom Strike LS is a spray-on running shoe. Its LightSpray production process is much faster than traditional methods, resulting in an ultra-lightweight finished product.

iYacht has been commissioned to help German TV and movie actor Daniel Roesner realize his vision for a "sustainable catamaran designed with circularity in mind." The 55-ft multihull will be built using scrap metal, reclaimed wood and recycled cork.

Your boots may soon have a tropical touch, with a breakthrough in using pineapple leaves to make a strong, 100% natural, sustainable leather. It comprehensively outperformed mushroom leather, and has serious potential for scalable, commercial use.

A new biodegradable plastic embedded with spores of plastic-eating bacteria manages to break down 90% of the material after five months in landfill. Weirdly, this actually made the plastic tougher and stronger during use.

A new type of storm-resistant fish farm could make aquaculture operations more eco-friendly. The submersible structure is designed to stay in the deep waters of the open ocean, where it should have less environmental impact than shore-adjacent pens.

Limescale buildup in thermal power plants due to the use of hot water can substantially affect efficiency, prompting researchers to develop a novel soft hydrogel-based surface coating that repels limescale crystals and prevents them from adhering.

Scientists have created a lab-grown microbiome like the one found in a tiny plastics-munching worm, and it has the potential to efficiently and sustainably biodegrade the world's most common and troublesome plastics – all without the need for the worms.

Getting glue to stick in dry conditions is relatively easy, but having it maintain a bond underwater is much more difficult. That said, a new bio-based glue not only works underwater, it actually gets stronger when immersed.

Conventional breeding of trees takes time, but CRISPR gene editing should help speed things up. Now, scientists at North Carolina State University have used CRISPR to adjust the genomes of poplar trees to make them easier to turn into paper products.

Despite its many advantages, glass has one major Achilles' heel – it’s brittle. Now, engineers at Penn State have developed LionGlass, a new form that's not only 10 times more damage resistant, but requires significantly less energy to manufacture.