Melt compounding of agri-food wastes biomass
Problem statement
Global needs of researching and developing bioplastics from agri-wastes.
Executive summary
This technology produces bioplastics and biodegradable plastics to valorise agricultural wastes.
Technology description
The proposed solution is a series of physical process, starting with drying and grinding the agricultural wastes. Then adding them to an extruder with thermoplastic polymers (it can be a biodegradable thermoplastic polymers). Then, inside the compounding line, where the input is mixed, temperature increases, and the heated mixture comes out of the machine as a combined biopolymer or bioplastic.
Market deployment considerations
This technology is modulable, the main machine is an extruder, that melts and binds different compounds. It favours to use local agri-wastes and use them for bioplastics making. To reach the amount of biomass needed to be feed to the machine (extruder).
Environmental considerations
Biopolymers can be composted if they are bio-compostable, although their market price is higher than the non-compostable ones.
Technology feedstock
agri-residues corn cobs rice husk waste fibres
Type of process
polymerisation
Technology output
bioplastics biopolymer
Scale
Village, Community
Technology Readiness Level
9
Countries
Italy
Year
2000
Stakeholder
Private sector
Technology owner/developer
Proplast
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