Compostable Packaging in Industrial Practice: What the Data Shows
Compostable packaging promises to reduce plastic waste by breaking down alongside organic matter. But does it actually work at scale? A comprehensive study published in Bioresource Technology provides real-world evidence…
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Light-Powered Bacteria Turn CO2 Into Bioplastic
What if bacteria could harness light to convert carbon dioxide into bioplastic? A groundbreaking study published in the Journal of…
Are Bioplastics Safe? What PLA Nanoplastics Do to Living Cells
Polylactic acid (PLA) is widely regarded as one of the most environmentally friendly alternatives to conventional plastic. It is plant-derived,…
Insects vs Plastic: How Mealworms and Wax Moths Biodegrade Polymers
When we think of solutions to plastic pollution, insects are not the first thing that comes to mind. Yet a…
How Bacteria Eat Plastic: The Biochemistry of Biodegradation
Plastic pollution is everywhere — in oceans, soils, and even the air we breathe. But nature is not entirely defenseless.…
Transparent Cellulose-Glycerol Films: A New Option for Food Packaging
The search for sustainable food packaging has led researchers to an unlikely pairing: cellulose and glycerol. A 2024 study published…
From Soy Waste to Bioplastic Film: An Industrial Proof of Concept
Every year, the soy processing industry generates enormous volumes of whey, a protein-rich wastewater stream that is expensive to treat…
Closed-Loop PLA: High-Performance Bioplastics You Can Recycle Forever
One of the biggest criticisms of bioplastics has been the trade-off between sustainability and performance. Materials that biodegrade often lack…
DNA-Polysaccharide Hydrogels: Recyclable Bioplastics From Waste
Researchers have developed a novel family of DNA bioplastics that combine plant-derived polysaccharides with DNA extracted from natural sources to…