Advancements in Nanocomposites, Biopolymers, and Packaging Materials

• Biodegradable Bottle Made from Nano Cellulose and Poly Lactic Acid (PLA)
• Application of Nano Cellulose and PLA for the Packaging Industry
• Strengthening Bio-polycarbonate with Nano Cellulose
• Bio-polycarbonate Eliminates the Potential Threat of Bisphenol A (BPA)
• Carbon/Fe3O4 Nanocomposites for Energy Storage Applications
• Carbon/Fe3O4 Nanocomposite Supercapacitors are Stable for Long Cycles
• Aqueous Polymeric Membrane for Storing Renewable Energy
• Flow Batteries is a Key Application of the Aqueous Polymeric Membrane
• Enzyme-based Hydrogen Production Technique
• Developed Enzyme for Hydrogen Production Likely to Find Commercial Adoption by 2022
• Perovskite-based Catalyst for Ammonia Manufacturing
• Agricultural Sector is Expected to Have Adoption Potential by 2022
• Solar Energy Storage and Harvesting Using Hybrid Materials
• Regulations Drive Adoption in Energy and Utilities Sector
• Nanomaterial-based Electrode for Mobility Applications
• Adoption of Nanocomposites is Driven by its Ability to Reduce the Component Weight
• Reducing Rubber Waste in Landfills through Optimizing the Recycling Activity of Vulcanized Rubber
• Optimizing the Recycling Activity of Vulcanized Rubber through Non-toxic Additives
• Highly Chemical Resistant Polymer Concrete Developed through Fast and Easy Handling Curing
• Optimizing the Application of Polymer Concrete in High Chemical Exposure Facilities
• Biodegradable Resin Made from Non-Food Grade Raw Material
• Ability to Replace Existing Plastic Packaging
• Developing High Barrier Bio-based Plastics without the Addition of Fossil or Chemical Substances
• Growing Interest for High Barrier Bio-based Plastics made from Agriculture and Food Industry By-products

Key Contacts

• Key Contacts
• Key Contacts (continued)
• Key Contacts (continued)
• Your F&S Thought Leader