Renewable fillers and bio-based polymers to achieve negative CO2 emission

AI Quick Summary

Possible fillers to reduce CO2 emissions could be renewable carbon as a filler or other derivatives from the biogas industry. Also on the polymer side, it is possible to reduce CO2 emissions, either with biopolymers and/or with recycled polymers, which also enables a completely circular economy for the products. We can offer our expertise and machinery for material research, calculation, compunding(coperion zsk 26 mc twin screw extruder), extrusion, mechanical recycling, material analysis, mechanical testing.We are open for collaboration and offer our compouding line with several optional feeders and pelletizers as well as our extrusion line.

Project Idea Metadata

• Project Idea Name: Renewable fillers and bio-based polymers to achieve negative CO2 emission
• Date: 10/6/2022 2:37:15 PM
• Administrators:
  • Karin Brändli Hedlund

Project Idea Description

Possible fillers to reduce CO2 emissions could be renewable carbon as a filler or other derivatives from the biogas industry. Also on the polymer side, it is possible to reduce CO2 emissions, either with biopolymers and/or with recycled polymers, which also enables a completely circular economy for the products. We can offer our expertise and machinery for material research, calculation, compunding(coperion zsk 26 mc twin screw extruder), extrusion, mechanical recycling, material analysis, mechanical testing.

We are open for collaboration and offer our compouding line with several optional feeders and pelletizers as well as our extrusion line.