From Fossil-Based Material to Bio-Based Innovations
Driving down production costs with our proprietary, recyclable catalyst technology.
Cost-Efficient Operation: Self-disassembling catalysts allow for circular reuse, significantly reducing OPEX.
Continuous Stability: Designed for 24/7 continuous tubular reactors, ensuring consistent batch-to-batch quality.
Green Chemistry: Minimizes by-products and waste, aligning with global sustainable manufacturing standards.
A breakthrough streamlined process that eliminates cold-chain dependencies for industrial-scale supply.
Ultra-Pure Output (>99.9%): Direct oxidation to polymer-grade FDCA, meeting the strict requirements for high-speed fiber spinning.
Supply Chain Resilience: No cold chain needed. Reduces logistics costs by ~70% and simplifies global shipping.
Scalable Capacity: Fewer processing stages allow for rapid expansion to meet growing global demand.
GS Biomats has built an integrated innovation ecosystem covering feedstock iteration, process optimization, functional molecule design, and downstream application verification—enabling full-chain R&D from biomass to marketable products.
From fructose to biomass waste, GS Biomats is advancing four generations of bio-feedstocks to reduce costs and avoid food competition.
Specializing in continuous flow process development for HMF and FDCA, GS Biomats achieves scalable, clean, and controllable production with minimized human error and energy waste. This also includes advanced purification processes for ultra-high purity FDCA.
We focus on the green industrialization of HMF and its downstream derivatives—FDCA, FDM, THFDM, and FDME—as key furan-based monomers for packaging, fibers, and coatings. Our work bridges lab-scale innovation and industrial-scale production.
Focusing on customer success, we validate product performance across packaging, fibers, and engineering plastics through market pilots, customer collaboration, and real-world feedback.
By integrating AI prediction with high-throughput catalyst screening and simulation, we accelerate iteration across synthesis, purification, and performance evaluation. AI tools enable accurate prediction of key metrics such as reaction yield and selectivity, boosting R&D efficiency and reducing experimental cycles.
GS Biomats fosters open collaboration with academic institutions, upstream material providers, downstream brands, and application developers to co-create value and drive industry transformation.
Joint Research Centers with terminal brands and leading universities
Provide customized cooperative development based on customer needs
Brand Co-Development with textile and packaging leaders
Talent Exchange & Training for sustainable material innovation
IP Co-Protection & Tech Licensing
Contact our expert team to request samples, product quotes, technical data, or customized solutions - we will respond within 24 hours.
