Environment and Recycling: A Strategic Challenge for Rubber Materials

• Sustainable Materials:
  
  • Biobased Rubber Materials / Biobased TPE
  • Environment-friendly Additives and Fillers
  • Silicone and liquid Silicone
  • Polyurethanes

• Health & Safety:
  
  • Regulation: REACH, COV, Odors, HAP, Fire Safety, Nagoya Protocol…
  • Rubber in contact with Food and Drinking Water
  • Standardization
  • Analytical Methods

• Processing:
  
  • Eco-conception, Eco-design
  • Eco-efficiency Processing and Manufacturing
  • Green & Solvent-free Chemistry
  • Curing Processes and Safety
  • 3D Printing
  • Modeling and System Design
  • Big Data

• Properties & Environmental Impact Performances:
  
  • Compounds, Additives and Fillers
  • Self-healing, reversible Chemistry
  • Mechanical and rheological Properties
  • Lifetime, Durability
  • End-use Properties: light Weight…
  • Modeling

• Applications & Use:
  
  • Automotive: E-mobility, Electric Vehicles, Fuel Cell and Battery
  • Aerospace, Marine, Rail and Defense
  • Energy Transport
  • Biomedical and Healthcare
  • Sport & Leisure
  • Smart Materials

• End of Life of Rubbers:
  
  • Life Cycle Analysis
  • Recycling: Reclaim, Devulcanization, Grinding
  • Innovative Valorization
  • Economical Models: Circular Economy…