Recycle Reduce Refuse Reuse World Recycling
Artificial intelligence (AI) is swiftly transforming plastics recycling, creating new opportunities and addressing long-standing operational challenges. Innovations in technology enable the industry to enhance sustainability and efficiency, thereby cutting costs and improving outcomes. Industry leaders increasingly adopt AI solutions to streamline
Recycle Reduce Refuse Reuse World Recycling
Inside a cramped, 40-foot container office back in 2021, Paul Lee and his team started melting bottle caps in an oven – driven purely by curiosity. Despite being unconventional and a little bit hazardous, the team was trying to discover what
Recycle Reduce Refuse Reuse World Recycling
On the outskirts of Cape Town, South Africa, sits a bustling garment factory owned by Cape Union Mart, one of the country’s best-known outdoor apparel retailers. The plant produces about 190,000 puffer jackets a year and Cape Union Mart
Recycle Reduce Refuse Reuse World Recycling
Scientists are looking for new ways to recycle plastic in an endless loop, so it never becomes waste. Now, revolutionary technology is advancing the movement. Plastic waste is one of the most urgent environmental issues of our time. Less than
Recycle Reduce Refuse Reuse World Recycling
Are you a fan of surfing? Or maybe boating? Or any other water sports and activities, but come across trash that get in the way of your fun? Well, thanks to Australian innovators Andrew Turton and Pete Ceglinski, there’s now
Recycle Reduce Refuse Reuse World Recycling
The Cotton Lives On initiative is extending an invitation to UK fashion brands and retailers to participate in its sustainability scheme designed to repurpose old cotton materials into new and useful products.
Recycle Reduce Refuse Reuse World Recycling
The UK has an unenviable record when it comes to e-waste, ranking second worst in the world per capita, behind Norway. A study found that almost half a billion small, cheap everyday electrical items had ended up in landfill in the UK in
Recycle Reduce Refuse Reuse World Recycling
A groundbreaking report by Kyushu University researchers offers a critical roadmap for addressing ocean plastic pollution. For the first time, the team has established a clear numerical target: a 32% reduction in plastic waste littering by 2035. This reduction is
Recycle Reduce Refuse Reuse World Recycling
CORNELL University researchers have developed a new method of extracting gold from electronic waste, which can then be used to convert CO2 into organic compounds. The method, described by the researchers as a “win-win for the environment,” uses crystalline polymers
Recycle Reduce Refuse Reuse World Recycling
Seaweed, a common name for thousands of marine plants and algae found in different water bodies, not only provides food and shelter for marine animals, but it can also help solve the plastic pollution problem. Materials researchers from Flinders University
Recycle Reduce Refuse Reuse World Recycling
Despite good intentions to make changes that support the environment, companies are still sending items to the landfill that could otherwise be recycled. While the world is producing nearly twice as much plastic waste as it did two decades ago,
Recycle Reduce Refuse Reuse World Recycling
Each year millions of tonnes of plastic ends up in the sea, most of which isn’t biodegradable. That means it doesn’t break down over time, like paper or food, so instead it can hang around in the environment for hundreds