Biodegradable moisture barrier primer coating from epoxidized soy lecithin and alkali lignin for metal and bio-based substrates
A sustainable, bio-based primer coating combining epoxidized soy lecithin and alkali lignin to create moisture-resistant barrier layers on metal and PLA substrates. The formulation leverages coordinate bonding and thermo...
Bio-nematicide oil-in-water pickering emulsions for plant root protection
Innovative bio-nematicide formulation using oil-in-water Pickering emulsions to encapsulate nematophagous fungi and toxins for controlled release and long-term plant root protection. Combines neem oil with biodegradable ...
Soy protein-inulin complex coacervation for beverage ingredient encapsulation
A low-cost, enzyme-crosslinked microencapsulation technology using soy protein isolate and inulin complex coacervation to protect beverage ingredients (anthocyanins, Vitamin E, caramel color). Tunable for hydrophilic and...
Biobased barrier coating for fiber-based packaging recycling, reuse and recovery
Waterborne biobased coating combining anionic cellulose nanofibrils, clays, and gum rosin to deliver oxygen, moisture, and grease barrier performance on fiber-based packaging substrates. Designed for full recyclability a...
Renewable nanomaterials for barrier coatings on polyethylene packaging
Explore innovative barrier coatings using renewable nanomaterials like cellulose and lignin nanoparticles to enhance polyethylene packaging. Offering superior resistance to gas, liquids, and grease, these coatings hold p...
Bio-based polymer blend for sustainable aluminum foil replacement
A novel bio-sourced polymer blend using lignin and soy lecithin aims to replace aluminum foil by offering UV shielding, antimicrobial activity, and hydrophobic properties. This eco-friendly solution is suitable for coati...
delivered to your inbox.