Proprietary green chemistry
A platform approach for upgrading cellulose-rich biomass into thermoplastic materials.
Eden Materials
Biodegradable thermoplastics from agricultural waste.
Eden Materials transforms cellulose-rich agricultural waste into biodegradable thermoplastics using proprietary green chemistry while remaining compatible with existing industrial manufacturing processes.
Partner network
TechstarsYissumStrategic partnersPilot partnersManufacturing partners
Biomass-to-pellet platform
01Cellulose-rich agricultural waste
02Proprietary green chemistry
03Thermoplastic pellets
04Injection molding / Cast extrusion
Compatible with injection molding, cast extrusion, thermoforming, and sheet extrusion equipment.
Built from cellulose-rich agricultural waste feedstocks.
Designed for thermoplastic pellet production.
Global feedstock base
1B+
tons of cellulose-rich agricultural waste generated annually.
A large global feedstock base for next-generation biomaterials.
Cellulose-rich feedstocks
Designed around abundant agricultural residues rather than fossil-based inputs.
Thermoplastic pellets
Materials are developed for pellet production, compounding, and conversion.
Trust signals
Space for strategic, pilot, and manufacturing partners.
Techstars
Yissum
Strategic partners
Pilot partners
Manufacturing partners
Technology
A green chemistry platform for thermoplastic pellets.
Eden Materials converts cellulose-rich agricultural waste into biodegradable thermoplastics designed for pellet production, compounding, and industrial conversion.
Compatible processing methods
Injection molding
Cast extrusion
Thermoforming
Sheet extrusion
Applications
Built for industrial plastic applications.
The platform is designed for manufacturers evaluating biodegradable thermoplastics across familiar conversion workflows.
Application
Injection molded parts
Molded components for packaging, products, and selected industrial formats.
Application
Cast extrusion
Pellet-based materials for cast extrusion trials and converted formats.
Application
Thermoforming and sheet
Sheet and semi-rigid applications where processability and material consistency matter.
Application
Packaging
Rigid and semi-rigid formats, containers, trays, inserts, and molded packaging.
Application
3D printing materials
Biomass-based thermoplastic formulations for filament and additive manufacturing.
Technology Snapshot
From cellulose-rich biomass to thermoplastic pellets.
Eden Materials uses proprietary green chemistry to convert agricultural waste into biodegradable thermoplastics designed for existing industrial manufacturing.
01Phase 1
Agricultural waste feedstock
02Phase 2
Cellulose-rich biomass preparation
03Phase 3
Proprietary green chemistry
04Phase 4
Reactive extrusion and compounding
05Phase 5
Thermoplastic pellet production
06Phase 6
Industrial conversion trials
Business model
Material sales today, platform licensing over time.
Eden Materials is structured as a scalable thermoplastics platform, not only a single material supplier.
Thermoplastic pellet sales
Material sales for pilot manufacturing, qualification, and early industrial adoption.
Licensing production technology
Technology licensing after industrial validation with qualified production partners.
Long-term royalties
Royalty opportunities tied to partner production volume and implementation support.
Company
Built between Israeli R&D and European industrial operations.
Eden Materials combines technical development with a European base for commercial and manufacturing partnerships.
R&D Center
Rehovot, Israel
Materials research, green chemistry development, and technical validation.
European Headquarters
Vienna, Austria
Commercial development, industrial partnerships, and European operations.
Test biodegradable thermoplastics on industrial equipment.
Eden Materials works with manufacturers, converters, and industrial partners evaluating cellulose-rich agricultural waste as a feedstock for next-generation thermoplastic pellets.