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 create hydrogels that are biodegradable, recyclable, and surprisingly versatile. Published…
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Ocean-Grown Bioplastics: The Rise of Algae-Based Materials
The global plastic crisis demands alternatives that do not compete with food production or drain freshwater supplies. Algae bioplastics are…
Managing Biodegradable Plastic Waste: Challenges and Opportunities
Biodegradable plastics are often presented as a straightforward solution to plastic pollution. But a comprehensive review published in Waste Management…
India Plans $238M Bioplastics Mega-Plant From Sugar Waste
India’s Ministry of Chemicals and Fertilizers has announced a $238 million bioplastics mega-plant in Maharashtra that will convert sugar industry…
PLA Gets 30x Stronger With New Blending Breakthrough
A PLA strength breakthrough published in Nature Materials has demonstrated a 30-fold increase in polylactic acid’s impact resistance through reactive…
Algae-Based Bioplastics Secure Major Government Funding
Algae bioplastics funding has reached a landmark milestone as government programs in the US, EU, and Japan collectively commit over…
PHA Market Set to Double: From $124M to $265M by 2030
New market analysis projects the global PHA market will more than double, growing from $124 million in 2024 to $265…
Sulzer Opens Biopolymer Scale-Up Center in Switzerland
Sulzer Chemtech has officially opened a dedicated biopolymer scale-up center in Winterthur, Switzerland, creating a critical bridge between laboratory innovation…
Blockchain Meets Biodegradable Packaging in Singapore
A Singapore-based startup has launched the world’s first blockchain biodegradable packaging system that provides immutable, real-time verification of every sustainability…