Our breakthrough M2D® binder technology and biochar pelletization processes transform renewable plant materials into high-performance, sustainable alternatives to petroleum-based products.
A revolutionary plant-based binding system that enables particle agglomeration without synthetic polymers or toxic additives.
M2D® (Made to Degrade) is our patented bioresin formulation technology that harnesses natural plant materials to create high-performance binding agents. Unlike conventional synthetic binders, M2D® is derived entirely from renewable sources and biodegrades completely at end-of-life.
The technology enables efficient pelletization of diverse feedstocks—from biochar and biomass to animal feed and agricultural amendments—without compromising durability or performance.
Sourced from agricultural and forestry cellulose streams
Completes biodegradation without microplastics or residues
Compatible with existing pelletization equipment
USDA Certified Biobased Product
Transforming biochar powder into high-performance pellets that maximize carbon sequestration, improve handling, and unlock tri-market value.
Traditional biochar exists as a fine powder, creating significant barriers to commercialization:
M2D® binder technology enables biochar pelletization with superior performance:
State-of-the-art research facilities and methodologies enable rapid innovation and rigorous validation.
Every formulation undergoes rigorous testing and third-party validation to ensure consistent performance and environmental compliance.
Aerobic composting validation
Biobased content verification
International quality benchmarks
Initial formulation & bench testing
Pilot-scale production trials
Field validation & optimization
Commercial readiness & certification
Our patent-pending technologies represent years of research investment, with continuous innovation expanding our capabilities.
M2D® Bioresin Formulations
Patented - proprietary plant-based systems
Biochar Pelletization Methods
Patented - optimized processing techniques
Composite Material Systems
Under development - advanced material applications
University Collaborations
Joint research with leading academic institutions
Industry Partners
Co-development with manufacturing leaders
Federal Grant Support
USDA, DOE, and NSF funded research projects
Whether you need custom formulations, licensing opportunities, or collaborative R&D, we're ready to bring our technology expertise to your challenges.