BioInnovation Systems® is advancing sustainable innovation through breakthrough research in bioresin formulation, particle agglomeration, and biomass upcycling — transforming how industries approach materials science.
To accelerate the transition to a regenerative economy by developing innovative, biobased materials that eliminate environmental harm while delivering superior performance and economic value.
A world where every material is designed to regenerate natural systems, where waste becomes feedstock, and where industrial processes contribute to planetary health rather than degradation.
These principles guide every decision we make and every innovation we pursue.
Environmental impact is our primary consideration in every formulation and process we develop.
We challenge conventional thinking and push the boundaries of materials science to create breakthrough solutions.
Our research is grounded in data-driven decision making, and consistent iteration.
We believe breakthrough innovation happens through teamwork across industry, academia, and community.
Enabling a regenerative future where waste becomes resource, soil becomes carbon sink, and innovation meets ecological responsibility.
Restoring soil health and fertility through biochar-enhanced amendments, enabling farmers to sequester carbon while improving crop yields.
Enabling large-scale biochar deployment for long-term carbon storage in soils—turning agriculture into a climate solution.
Transforming agricultural and industrial waste streams into high-value products—closing loops across the bioeconomy.
Revitalizing degraded lands with precision biochar formulations tailored to specific soil needs and contaminant profiles.
Clean tech innovation that integrates seamlessly with existing production systems.
PFAs-free, fully compostable materials that degrade naturally—leaving no toxic legacy for future generations.
Our research approach tackles interconnected challenges in sustainable materials development.
Developing plant-based binding systems and bioresins that match or exceed the performance of petroleum-derived alternatives. Our formulations are engineered for specific applications while maintaining full biodegradability and compostability.
Advancing pelletization and agglomeration technologies to transform powders and fine particles into stable, handleable products. Our methods optimize density, durability, and controlled-release properties for agricultural and industrial applications.
Converting agricultural residues, forestry waste, and industrial byproducts into high-value materials. Our upcycling processes create circular economy solutions that eliminate waste while generating economic and environmental benefits.
Interested in collaborating on breakthrough research?
Explore Partnership OpportunitiesWe hold ourselves accountable to measurable environmental and social outcomes.
All biodegradability and compostability claims are validated through independent testing to ASTM and ISO standards.
Whether you're a farmer, manufacturer, researcher, or sustainability leader — let's collaborate to scale solutions that work for people and planet.