Transforming renewable resources into sustainable, high-performance materials.
At GS Biomats, sustainability is our science and our promise. We develop high-performance, bio-based platform compound (Like FDCA), polymers and applicationgs that reduce reliance on fossil feedstocks, enable circular product systems. Our work focuses on delivering measurable environmental benefits while meeting industry needs for performance, cost, and scale.
At GS Biomats, sustainability runs through the entire value chain—from renewable carbon sources to recyclable bio-based materials. We transform fructose, non-food biomass, and waste into high-purity FDCA through low-carbon, optimized processes. With closed-loop applications like recyclable PEF packaging, we are building a truly circular and future-ready materials platform.
We’ve engineered a process that delivers high FDCA yield with reduced feedstock input and energy consumption. Our upcoming Taixing facility integrates photovoltaic power, cutting 3,000–5,000 tons of CO₂ emissions annually. Looking ahead, we are scaling up non-food biomass and agricultural residues as alternative feedstocks—advancing both climate and land sustainability.
At GS Biomats, sustainability starts at the molecular level. By utilizing biomass-derived FDCA as a platform monomer, we build low-carbon, renewable material solutions for the next generation of packaging and fibers.
Third-party peer-reviewed Life Cycle Assessments(2025) shows a 24% reduction in the carbon footprint of our FDCA and a 75% decrease in non-renewable energy consumption. By using LCA, we continually drive improvements, ensuring our solutions are both sustainable and efficient.
Contact our expert team to request samples, product quotes, technical data, or customized solutions - we will respond within 24 hours.
