A study that shows what can be accomplished if manufacturers began using PDKs on a large scale. The bottom line? PDK-based plastic could quickly become commercially competitive with conventional plastics, and the products will get less expensive and more sustainable as time goes on.
The catalytic process, discovered by researchers at UC Berkeley, efficiently reduces polymers to chemical precursors, bringing a circular economy for plastics one step closer to reality.
Scientists at Berkeley Lab have developed a material system that could keep plastic out of landfills by enabling a much broader range of fully recyclable plastic products. photo: Adobe Stock
A group of scientists from the labs of Brett Helms, the Joint...
Plastics made from polyethylene (white strands), such as the milk bottle shown in background, can now be broken down into smaller molecules — propylene — that are valuable for making another type of plastic, polypropylene. Click image for more detailed caption. (Illustration: Brandon Bloomer, UC Berkeley)
Berkely Lab produces a podcast about the surprising ways that science evolves. Through conversations with scientists, they trace the technology, theories, and products we see around us today back to early discoveries in the lab, while also imagining where future breakthroughs could take us.
Why isn’t more plastic actually recyclable? Why don’t...
While plastic bags clog the waste stream, recycling them isn’t financially attractive, since they’re usually turned into very low-value products. If polyethylene packaging could be processed into high-value products, more of them would be recycled instead of ending up in landfills. (photo: Adobe Stock)
While many cities and eight states have banned single-use plastics, bags...
A modified plastic (left) breaks down after just three days in standard compost (right) and entirely after two weeks. (UC Berkeley photo by Ting Xu)
Biodegradable plastics have been advertised as one solution to the plastic pollution problem bedeviling the world, but today’s “compostable” plastic bags, utensils and cup lids don’t break down during typical composting and...
We are delighted to introduce Dr. Brooks Abel who joined the College of Chemistry as an assistant professor this summer with a focus in polymer chemistry. Brooks’s position was funded by a generous donation from Rubber and Joy Chen of PMP Tech, an international company based in Taiwan.
Over 300 million tons of plastic are produced annually – equivalent to the entire weight of the human population. Less than 10% is recycled; most end up in landfills. A research team in the lab of Professor Ting Xu, Professor of Materials Science & Engineering and...
Plastics made from polyethylene (white strands), such as the milk bottle shown in background, can now be broken down into smaller molecules — propylene — that are valuable for making another type of plastic, polypropylene. Click image for more detailed caption. (Illustration: Brandon Bloomer, UC Berkeley)
We are delighted to introduce 
