Eden Materials converts date seed waste into a high‑strength biodegradable polymer that matches the performance of conventional plastics and can be processed with existing extrusion and molding equipment. The bioplastic is fully industrial‑compostable, offering packaging and consumer‑goods manufacturers a low‑cost, sustainable alternative while creating a circular value chain for date growers.
Funding
$120K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Eden Materials addresses the large volume of agricultural waste generated by date farming, which is often discarded or burned, contributing to environmental pollution. Simultaneously, the market relies heavily on conventional plastics that are non‑degradable and derived from fossil fuels, leading to persistent waste and carbon emissions.
Solution
Eden Materials uses a patented chemical process to convert date seed waste into durable, biodegradable plastic resin. The resulting bioplastic matches the performance of traditional petroleum‑based plastics while being fully compostable under industrial conditions. By sourcing feedstock from an abundant, low‑cost agricultural byproduct, the company can produce affordable material at scale. The bioplastic can be processed using existing extrusion and molding equipment, enabling seamless integration into current packaging and product manufacturing lines. This approach reduces reliance on virgin plastic, lowers greenhouse‑gas emissions, and creates a circular value chain for date growers.
Target Audience
Primary customers are packaging manufacturers, consumer goods producers, and industrial converters seeking sustainable, high‑performance plastic alternatives, as well as agribusinesses looking to monetize date seed residues.
Features
- Patented conversion technology that transforms date seed biomass into high‑strength biodegradable polymer
- Material properties comparable to conventional plastics, including tensile strength, barrier performance, and heat resistance
- Compatibility with standard polymer processing methods (injection molding, blow molding, extrusion)
- Fully industrial‑compostable end‑of‑life profile meeting recognized biodegradability standards
- Low‑cost feedstock sourced from agricultural waste, enhancing supply chain sustainability and price competitiveness