National Science Foundation

SIEV Technologies is a company based in Fayetteville, Arkansas, established in 2020. It specializes in developing catalytic membrane technology designed to convert biomass waste into valuable bio-products. The company's innovative approach utilizes a tunable catalyst that replicates the function of natural enzymes, offering high selectivity and conversion rates while maintaining efficiency at elevated temperatures. This technology allows clients to harness a diverse range of biomass sources, facilitating the production of sustainable chemicals and contributing to environmental sustainability.

Caribou Biofuels manufactures biofuels for the conversion of biomass into fuels. The company was established in 2017 and is based in Modesto, California.

Kalion, Inc. is an early-stage industrial biotechnology company based in Milton, Massachusetts, focused on developing glucaric acid and S-3-hydroxybutyrolactone (3-HBL) from renewable sources. Established in 2010, Kalion utilizes green fermentation technology and advanced fermentation methods, employing patented microbes developed through proprietary synthetic biology techniques. The company's innovative approach aims to provide low-cost access to these important molecules, which have significant applications in the industrial chemical, pharmaceutical, and nutraceutical industries. Glucaric acid and 3-HBL have been recognized as key value-added chemicals derived from biomass, with potential in multi-billion dollar markets that are currently constrained by high costs and limited availability. Kalion's mission is to transform the traditional chemical industry by offering sustainable alternatives to oil-based materials, thereby promoting environmental sustainability and chemical purity.

Mobius is a company dedicated to providing environmental solutions that transform waste streams into valuable chemicals and materials. Focused on reducing waste, Mobius leverages industrial organic waste generated from agriculture, forestry, and the paper and biofuel industries. Its flagship product is a proprietary biodegradable polymer derived from lignin, a natural substance produced in large quantities as a byproduct of these industries. This biopolymer is engineered into bio-based, biodegradable plastic pellets suitable for various applications, including horticulture, agriculture, and food service packaging. By innovating around waste, Mobius aims to create sustainable alternatives that benefit both industries and the environment.

Emvolon is a technology company focused on creating a platform for distributed chemical production that utilizes wasted resources. The company's innovative approach involves converting wasted natural gas from flare sites into usable chemicals, which can serve a variety of industrial applications or be transformed into carbon-negative fuels. Emvolon reimagines traditional diesel engines as miniature chemical reactors, allowing for efficient and effective production without the need for large refineries or chemical plants. This process facilitates the establishment of economically viable small-scale production facilities by leveraging the advantages of mass production alongside economies of scale, ultimately providing communities with the essential raw materials they require.

Kalion, Inc. is an early-stage industrial biotechnology company based in Milton, Massachusetts, focused on developing glucaric acid and S-3-hydroxybutyrolactone (3-HBL) from renewable sources. Established in 2010, Kalion utilizes green fermentation technology and advanced fermentation methods, employing patented microbes developed through proprietary synthetic biology techniques. The company's innovative approach aims to provide low-cost access to these important molecules, which have significant applications in the industrial chemical, pharmaceutical, and nutraceutical industries. Glucaric acid and 3-HBL have been recognized as key value-added chemicals derived from biomass, with potential in multi-billion dollar markets that are currently constrained by high costs and limited availability. Kalion's mission is to transform the traditional chemical industry by offering sustainable alternatives to oil-based materials, thereby promoting environmental sustainability and chemical purity.

Mobius is a company dedicated to providing environmental solutions that transform waste streams into valuable chemicals and materials. Focused on reducing waste, Mobius leverages industrial organic waste generated from agriculture, forestry, and the paper and biofuel industries. Its flagship product is a proprietary biodegradable polymer derived from lignin, a natural substance produced in large quantities as a byproduct of these industries. This biopolymer is engineered into bio-based, biodegradable plastic pellets suitable for various applications, including horticulture, agriculture, and food service packaging. By innovating around waste, Mobius aims to create sustainable alternatives that benefit both industries and the environment.

Twelve, formerly known as Opus 12, is a Berkeley, California-based company that specializes in recycling carbon dioxide emissions into valuable chemicals and fuels. Founded in 2015, the company has developed innovative technology that can be integrated with any source of CO₂ emissions. By utilizing only water and electricity as inputs, Twelve transforms captured carbon dioxide into essential products such as methane, ethylene, and ethanol. The firm aims to provide a cost-competitive alternative to petroleum-derived chemicals and fuels, thereby addressing carbon emissions while simultaneously creating economically viable solutions.

EntoBio is a biotechnology company focused on the development of Liquid Termite™, a proprietary solution that utilizes synthesized insect digestive enzymes to naturally break down difficult compounds, such as tree stumps and various plant materials. By mimicking the digestive processes of termites, EntoBio's technology enhances the efficiency and sustainability of processing products ranging from vegetable oil to wood pulp and biofuels. This innovative approach allows producers to significantly reduce energy consumption and reliance on hazardous chemicals, ultimately lowering both operating and capital costs while minimizing the production of inhibitory byproducts.

Ecovia Renewables Inc. is a biotechnology company based in Ann Arbor, Michigan, founded in 2014 as a spin-out from the University of Michigan. The company specializes in developing bio-based ingredients and materials through a proprietary fermentation process that utilizes renewable biomass. Its product offerings include the EcoSynth platform, which produces various biochemical and biofuel products, and Ecovia biopolymers, which are multifunctional, biodegradable alternatives to conventional polymers. The biopolymers are designed for diverse applications, including soil additives for water retention, super-absorbent materials for infant diapers, and thickeners for personal care and industrial products. Ecovia Renewables is dedicated to providing affordable, sustainable solutions that replace petroleum-based materials, contributing to environmentally friendly practices in agriculture and personal care sectors.

Xylome offers solutions that enable first generation biofuel manufacturers to use second generation technology solutions in their manufacturing process. It offers them with advisory, implementation, and support services. Xylome develops a range of non-conventional yeasts and yeast technology solutions for experimental assessments. Xylome was founded by Thomas W Jeffries in 2007. It is based in Madison, Wisconsin.

GlucanBio is a biotechnology company specializing in the conversion of biomass into valuable chemical products. Originating from research at the University of Wisconsin and Iowa State's Center for Biorenewable Chemicals, GlucanBio aims to produce furan derivatives such as furfural, HMF, DMF, THF, and FDCA more efficiently and cost-effectively than traditional methods. The company leverages its team's expertise in catalysis, intellectual property management, engineering scale-up, and early-stage commercialization, led by renowned catalytic chemist Jim Dumesic and industry veteran Brent Shanks. GlucanBio's innovative technology fractionates biomass under mild conditions to generate solvents directly from the feedstock, facilitating a sustainable approach for clients seeking eco-friendly alternatives.

SusTerea Biorenewables is a chemical company that specializes in developing and providing sustainable, bio-based solutions. It focuses on harnessing the power of chemistry to convert naturally-occurring sugars into high-yielding, tailored aromatics in a one-pot cascade reaction, without the need for transition metals. This process enables clients to access useful materials derived from renewable feedstocks, promoting a greener and more sustainable chemical industry.

Twelve, formerly known as Opus 12, is a Berkeley, California-based company that specializes in recycling carbon dioxide emissions into valuable chemicals and fuels. Founded in 2015, the company has developed innovative technology that can be integrated with any source of CO₂ emissions. By utilizing only water and electricity as inputs, Twelve transforms captured carbon dioxide into essential products such as methane, ethylene, and ethanol. The firm aims to provide a cost-competitive alternative to petroleum-derived chemicals and fuels, thereby addressing carbon emissions while simultaneously creating economically viable solutions.

EntoBio is a biotechnology company focused on the development of Liquid Termite™, a proprietary solution that utilizes synthesized insect digestive enzymes to naturally break down difficult compounds, such as tree stumps and various plant materials. By mimicking the digestive processes of termites, EntoBio's technology enhances the efficiency and sustainability of processing products ranging from vegetable oil to wood pulp and biofuels. This innovative approach allows producers to significantly reduce energy consumption and reliance on hazardous chemicals, ultimately lowering both operating and capital costs while minimizing the production of inhibitory byproducts.

Kalion, Inc. is an early-stage industrial biotechnology company based in Milton, Massachusetts, focused on developing glucaric acid and S-3-hydroxybutyrolactone (3-HBL) from renewable sources. Established in 2010, Kalion utilizes green fermentation technology and advanced fermentation methods, employing patented microbes developed through proprietary synthetic biology techniques. The company's innovative approach aims to provide low-cost access to these important molecules, which have significant applications in the industrial chemical, pharmaceutical, and nutraceutical industries. Glucaric acid and 3-HBL have been recognized as key value-added chemicals derived from biomass, with potential in multi-billion dollar markets that are currently constrained by high costs and limited availability. Kalion's mission is to transform the traditional chemical industry by offering sustainable alternatives to oil-based materials, thereby promoting environmental sustainability and chemical purity.

Xylome offers solutions that enable first generation biofuel manufacturers to use second generation technology solutions in their manufacturing process. It offers them with advisory, implementation, and support services. Xylome develops a range of non-conventional yeasts and yeast technology solutions for experimental assessments. Xylome was founded by Thomas W Jeffries in 2007. It is based in Madison, Wisconsin.

GlucanBio is a biotechnology company specializing in the conversion of biomass into valuable chemical products. Originating from research at the University of Wisconsin and Iowa State's Center for Biorenewable Chemicals, GlucanBio aims to produce furan derivatives such as furfural, HMF, DMF, THF, and FDCA more efficiently and cost-effectively than traditional methods. The company leverages its team's expertise in catalysis, intellectual property management, engineering scale-up, and early-stage commercialization, led by renowned catalytic chemist Jim Dumesic and industry veteran Brent Shanks. GlucanBio's innovative technology fractionates biomass under mild conditions to generate solvents directly from the feedstock, facilitating a sustainable approach for clients seeking eco-friendly alternatives.

Ecovia Renewables Inc. is a biotechnology company based in Ann Arbor, Michigan, founded in 2014 as a spin-out from the University of Michigan. The company specializes in developing bio-based ingredients and materials through a proprietary fermentation process that utilizes renewable biomass. Its product offerings include the EcoSynth platform, which produces various biochemical and biofuel products, and Ecovia biopolymers, which are multifunctional, biodegradable alternatives to conventional polymers. The biopolymers are designed for diverse applications, including soil additives for water retention, super-absorbent materials for infant diapers, and thickeners for personal care and industrial products. Ecovia Renewables is dedicated to providing affordable, sustainable solutions that replace petroleum-based materials, contributing to environmentally friendly practices in agriculture and personal care sectors.

Greenyug is a technology development company focused on researching, developing, and commercializing the production of commodity chemicals, specialty chemicals, polymers, and fuels derived from renewable sources. The company possesses expertise in all stages of technology development, starting from initial concepts at the lab scale and progressing through piloting to full commercialization. By harnessing renewable resources, Greenyug aims to provide sustainable solutions for the chemical industry, ultimately enabling clients to incorporate environmentally friendly practices into their operations.

Elcriton is a developer of biochemical technologies focused on replacing fossil fuel consumption and minimizing greenhouse gas emissions. The company specializes in commercializing innovative solutions that address immediate renewable energy needs, thereby contributing to the growth of the cleantech industry in the United States. Through its advancements, Elcriton aims to facilitate a transition towards more sustainable energy practices.

GrassRoots Biotechnology is a Durham, North Carolina-based company that specializes in developing genomic technologies for agricultural applications. The firm focuses on gene expression and other innovative agricultural technologies aimed at improving crop productivity and sustainability. It conducts research to enhance biofuel feedstocks, particularly biomass crops like switchgrass and sorghum, enabling farmers to cultivate more efficient and sustainable crops. Through its advancements in agricultural biotechnology, GrassRoots Biotechnology aims to contribute to the development of more productive farming practices.

GlucanBio is a biotechnology company specializing in the conversion of biomass into valuable chemical products. Originating from research at the University of Wisconsin and Iowa State's Center for Biorenewable Chemicals, GlucanBio aims to produce furan derivatives such as furfural, HMF, DMF, THF, and FDCA more efficiently and cost-effectively than traditional methods. The company leverages its team's expertise in catalysis, intellectual property management, engineering scale-up, and early-stage commercialization, led by renowned catalytic chemist Jim Dumesic and industry veteran Brent Shanks. GlucanBio's innovative technology fractionates biomass under mild conditions to generate solvents directly from the feedstock, facilitating a sustainable approach for clients seeking eco-friendly alternatives.

Elcriton is a developer of biochemical technologies focused on replacing fossil fuel consumption and minimizing greenhouse gas emissions. The company specializes in commercializing innovative solutions that address immediate renewable energy needs, thereby contributing to the growth of the cleantech industry in the United States. Through its advancements, Elcriton aims to facilitate a transition towards more sustainable energy practices.