IndieBio

MycoWorks is a biotechnology company focused on developing sustainable, non-plastic and non-animal materials. Utilizing fungal mycelium, the company creates biodegradable alternatives to plastic foams, synthetic textiles, engineered woods, and leather. Their innovative products are designed for various applications, including aerospace, automobiles, apparel, and architectural interiors. By leveraging agricultural byproducts in a carbon-negative process, MycoWorks enables clients to access new types of leather that are grown rapidly and sustainably. This approach not only addresses environmental concerns but also offers practical solutions for industries seeking eco-friendly materials.

NovoNutrients is focused on converting industrial waste carbon dioxide emissions into high-value protein and additives for food and feed. The company has developed a fermentation platform that utilizes proprietary microbes and advanced gas fermentation systems to transform CO2, along with hydrogen and oxygen, into safe and natural single-cell protein ingredients. This innovative approach enables the food industry to access sustainable protein sources, addressing the needs of a growing global population while also contributing to climate change mitigation through effective carbon capture and utilization.

Bloomlabs provides a method to catalyze waste value by regenerating it as adaptable and appealing bio-plastics and textile fibers. It envisions a future in which outmoded, resource-intensive processes are phased out in favor of cutting-edge, sustainable, and scalable alternatives.

AquaLith Advanced Materials specializes in the development of innovative lithium-ion battery materials. The company has secured exclusive rights to a portfolio of patents from the University of Maryland, which focus on advancements made by researchers in the field of chemical and materials engineering. AquaLith's technology includes an ultra-high energy cathode, a novel silicon anode, and a non-flammable aqueous electrolyte, all designed to enhance the performance of lithium-ion batteries. This technology addresses key challenges such as efficiency in low temperatures, faster charging times, and improved safety by reducing fire risks associated with short circuits. The company's materials aim to provide high energy density while being cost-effective and abundant, ultimately benefiting consumer electronics and other applications in need of reliable battery solutions.

Producer of plant-based protein intended to decarbonize supply chains by creating valuable products from underutilized waste from other industries. The company offers a sustainable plant-based protein that is produced from spent grains by transforming the unused part of the grain from beer manufacturing into functional vegan protein, enabling clients to get products that replace the need for soy and pea protein in meat and dairy replacements

ZymoChem, Inc. is a biotechnology company based in Emeryville, California, founded in 2013. It specializes in the development of eco-friendly chemicals and bioprocesses using engineered microbes to convert renewable feedstocks, such as sugars, into industrial chemicals. The company’s bio-manufacturing platform aims to produce bio-based materials while minimizing carbon emissions during production, thereby supporting a carbon-efficient economy. By establishing cost-effective bioprocesses and novel biosynthetic pathways, ZymoChem enables clients to reduce production costs and enhance their competitiveness in the market. Through its innovative approach, the company contributes to sustainable manufacturing practices and the advancement of a real-zero economy.

Lillianah is a team of scientists dedicated to addressing environmental challenges through innovative carbon capture technology. Their focus is on optimizing the biological pump in oceans to restore balance to marine ecosystems adversely affected by pollution, fertilizer runoff, and various external factors. By harnessing the potential of oceans, Lillianah aims to reverse the negative impacts on the environment, contributing to a healthier planet.

Pyrone Systems is a company focused on developing biopesticides that integrate biological and chemical principles to create safe and effective products. Founded in 2021, the company employs scalable methodologies to produce bio-based solutions that aim to replace harmful petrochemicals. By prioritizing sustainability, Pyrone Systems seeks to offer environmentally friendly alternatives in the agrochemical industry, thereby contributing to a reduction in the use of hazardous substances.

Bloomlabs provides a method to catalyze waste value by regenerating it as adaptable and appealing bio-plastics and textile fibers. It envisions a future in which outmoded, resource-intensive processes are phased out in favor of cutting-edge, sustainable, and scalable alternatives.

Lillianah is a team of scientists dedicated to addressing environmental challenges through innovative carbon capture technology. Their focus is on optimizing the biological pump in oceans to restore balance to marine ecosystems adversely affected by pollution, fertilizer runoff, and various external factors. By harnessing the potential of oceans, Lillianah aims to reverse the negative impacts on the environment, contributing to a healthier planet.

MAA'VA is focused on creating innovative green building materials designed to serve as sustainable alternatives to concrete. The company incorporates recycled plastics, utilizes carbon sequestration techniques, and promotes the upcycling of manufacturing waste. By addressing pressing issues such as the river sand shortage, water scarcity, climate change, and rapid urbanization, MAA'VA aims to provide eco-friendly solutions for construction. Its materials are suitable for both traditional and three-dimensional printing methods, enabling clients to adopt more sustainable practices in their building projects.

Prolific Machines is a biotechnology company based in San Francisco, California, founded in 2020. It specializes in developing advanced cell technologies aimed at transforming the production of cells for sustainable applications, particularly in the cultivated meat industry. The company focuses on high-scale precision cell-differentiation techniques that enhance the efficiency, quality, reproducibility, and sustainability of cell production. Additionally, Prolific Machines is engaged in research and development efforts related to clean meat and cell therapies, utilizing innovative approaches to create better sustainable options. Through its work, the company aims to promote a healthier future for both humanity and the planet.

AvantGuard creats innovative solutions that manage surfaces and provide long-term protection against viruses, bacteria, and fungi/mold, in a variety of applications.

MycoWorks is a biotechnology company focused on developing sustainable, non-plastic and non-animal materials. Utilizing fungal mycelium, the company creates biodegradable alternatives to plastic foams, synthetic textiles, engineered woods, and leather. Their innovative products are designed for various applications, including aerospace, automobiles, apparel, and architectural interiors. By leveraging agricultural byproducts in a carbon-negative process, MycoWorks enables clients to access new types of leather that are grown rapidly and sustainably. This approach not only addresses environmental concerns but also offers practical solutions for industries seeking eco-friendly materials.

NovoNutrients is focused on converting industrial waste carbon dioxide emissions into high-value protein and additives for food and feed. The company has developed a fermentation platform that utilizes proprietary microbes and advanced gas fermentation systems to transform CO2, along with hydrogen and oxygen, into safe and natural single-cell protein ingredients. This innovative approach enables the food industry to access sustainable protein sources, addressing the needs of a growing global population while also contributing to climate change mitigation through effective carbon capture and utilization.

MAA'VA is focused on creating innovative green building materials designed to serve as sustainable alternatives to concrete. The company incorporates recycled plastics, utilizes carbon sequestration techniques, and promotes the upcycling of manufacturing waste. By addressing pressing issues such as the river sand shortage, water scarcity, climate change, and rapid urbanization, MAA'VA aims to provide eco-friendly solutions for construction. Its materials are suitable for both traditional and three-dimensional printing methods, enabling clients to adopt more sustainable practices in their building projects.

Mirá Biotech is focused on advancing sustainability in heavy industries through innovative biofuel solutions aimed at reducing coal dependency. The company also manufactures engineered wood products that are sustainable, formaldehyde-free, and resin-free, contributing to eco-friendly industrial practices. By utilizing waste products like sugar cane bagasse, Mirá promotes a circular economy that prevents deforestation while providing natural wood alternatives. This dual approach not only supports environmental conservation but also addresses the growing demand for sustainable materials in manufacturing.

Minus Materials focuses on producing carbon-negative, biorenewable limestone through innovative biotechnology that utilizes microalgae. This process aims to decarbonize infrastructure materials and contribute to the sustainability of the cement and concrete industries. By harnessing photosynthetic algae, the company transforms biominerals into a carbon sink, facilitating the growth of minerals essential for these sectors. Through its advanced technology, Minus Materials enables businesses to significantly reduce carbon emissions, promoting sustainable development within the construction and specialty chemical markets.

Plantruption builds a brand of sustainability to develop products using seaweed and microalgae. The company is on a mission to create the first plant-based seafood. It researches and collaborates with universities and food technologists to provides Plant-based seafood that’s close in taste and texture to the real deal. Plant-based seafood provides a host of environmental benefits, including alleviating pressures on rapidly depleting fisheries, providing relief to fragile ocean ecosystems, reducing the impact of fishing nets on the ocean plastic problem, and reducing production emissions. The company was founded in 2019 in Dublin, Dublin.

NitroFix is focused on reducing the global carbon footprint by producing ammonia through a novel, emission-free manufacturing process. Utilizing an innovative electrochemical reaction facilitated by a new catalyst, the company achieves a production method that generates zero carbon dioxide. This sustainable ammonia production system not only offers a zero-carbon footprint solution but also promotes stable pricing and enables local ammonia production for various applications. NitroFix's green ammonia serves as a renewable energy source, a carrier for hydrogen fuel, and a foundational component for nitrogen fertilizers, contributing to a more sustainable future.

Metalx Biocycle recovers metals from obsolete devices to create a circular supply chain for key metals for a carbon-free future. They provide an alternative to traditional metal recovery that reduces metal reclamation costs, is carbon neutral, and is ecologically friendly. This enables high-tech producers to have a closed-loop metals lifecycle.

Mirá Biotech is focused on advancing sustainability in heavy industries through innovative biofuel solutions aimed at reducing coal dependency. The company also manufactures engineered wood products that are sustainable, formaldehyde-free, and resin-free, contributing to eco-friendly industrial practices. By utilizing waste products like sugar cane bagasse, Mirá promotes a circular economy that prevents deforestation while providing natural wood alternatives. This dual approach not only supports environmental conservation but also addresses the growing demand for sustainable materials in manufacturing.

OzoneBio is a cleantech company based in Calgary, Canada, founded in 2021. The company specializes in the production of bio-plastics derived from lignocellulosic waste, utilizing a unique dead cell fermentation technology known as "Zombie cells." This innovative approach allows OzoneBio to convert challenging and toxic feedstocks into high-value products while circumventing the significant costs and complexities associated with traditional live-cell fermentation methods. The company's offerings include wood-waste derived adipic acid and vanillin, which serve as sustainable alternatives in various industries. By focusing on waste reduction and the conversion of waste products into usable materials, OzoneBio contributes to environmental sustainability while providing valuable applications for its clients.

AromatEco assists household brands in becoming more environmentally friendly by delivering renewable flavors and perfumes. Headquartered in London, UK.

NovoNutrients is focused on converting industrial waste carbon dioxide emissions into high-value protein and additives for food and feed. The company has developed a fermentation platform that utilizes proprietary microbes and advanced gas fermentation systems to transform CO2, along with hydrogen and oxygen, into safe and natural single-cell protein ingredients. This innovative approach enables the food industry to access sustainable protein sources, addressing the needs of a growing global population while also contributing to climate change mitigation through effective carbon capture and utilization.

Capra Biosciences is a biotechnology company focused on the efficient and low-carbon production of everyday chemicals through innovative bioreactor technology. The company has developed a biofilm bioreactor platform that aims to enhance the bio-manufacturing process by significantly reducing downstream processing requirements and associated costs. This technology facilitates the production of a variety of bio-based chemicals, including hydrophobic products like retinol and performance lubricants, thus advancing sustainable practices in the chemical industry.

Tômtex specializes in recycling agricultural waste to develop sustainable and bio-based materials that serve as alternatives to traditional faux and animal leather. By utilizing resources such as shellfish waste, mushrooms, and coffee grounds, the company creates practical materials that minimize environmental impact and promote biodegradability. Tômtex's innovative approach not only provides economical solutions for businesses but also helps customers reduce their greenhouse gas emissions and overall carbon footprint, contributing to a more sustainable future.

ZymoChem, Inc. is a biotechnology company based in Emeryville, California, founded in 2013. It specializes in the development of eco-friendly chemicals and bioprocesses using engineered microbes to convert renewable feedstocks, such as sugars, into industrial chemicals. The company’s bio-manufacturing platform aims to produce bio-based materials while minimizing carbon emissions during production, thereby supporting a carbon-efficient economy. By establishing cost-effective bioprocesses and novel biosynthetic pathways, ZymoChem enables clients to reduce production costs and enhance their competitiveness in the market. Through its innovative approach, the company contributes to sustainable manufacturing practices and the advancement of a real-zero economy.

Solid Ox Motors offers carbon-neutral onboard generators for battery electric vehicle.

Tidal Vision Inc. is a manufacturer based in Ferndale, Washington, specializing in sustainable products derived from ocean waste, such as salmon skin and crab shells. Founded in 2015, the company focuses on producing chitosan, a biodegradable industrial biopolymer extracted from crab shells, using a zero-waste extraction process that ensures high quality and cost-effectiveness. Tidal Vision's product range includes Alaska Salmon leather goods, chitosan-based clarifying agents for beverages, water treatment solutions, antimicrobial polymers, and various eco-friendly plant foods and cleaning products. By leveraging proprietary technologies, Tidal Vision serves multiple industries, including textiles and agriculture, offering environmentally friendly alternatives that meet industry demands while promoting sustainability.

Pyrone Systems is a company focused on developing biopesticides that integrate biological and chemical principles to create safe and effective products. Founded in 2021, the company employs scalable methodologies to produce bio-based solutions that aim to replace harmful petrochemicals. By prioritizing sustainability, Pyrone Systems seeks to offer environmentally friendly alternatives in the agrochemical industry, thereby contributing to a reduction in the use of hazardous substances.

Pyrone Systems is a company focused on developing biopesticides that integrate biological and chemical principles to create safe and effective products. Founded in 2021, the company employs scalable methodologies to produce bio-based solutions that aim to replace harmful petrochemicals. By prioritizing sustainability, Pyrone Systems seeks to offer environmentally friendly alternatives in the agrochemical industry, thereby contributing to a reduction in the use of hazardous substances.

microTERRA is focused on creating sustainable food ingredients by utilizing the unique properties of Lemna, an aquatic plant known for its ability to purify water while generating valuable functional ingredients. One of its key products, Flora, enhances sweetness perception and allows for reduced sugar content in food formulations, effectively masking undesirable flavors from high-intensity sweeteners. This innovative approach positions microTERRA within a substantial market opportunity in the food industry. As an ingredient platform, the company aims to develop additional specialty ingredients in a sustainable manner, contributing to a more environmentally friendly food supply chain.

Plantruption builds a brand of sustainability to develop products using seaweed and microalgae. The company is on a mission to create the first plant-based seafood. It researches and collaborates with universities and food technologists to provides Plant-based seafood that’s close in taste and texture to the real deal. Plant-based seafood provides a host of environmental benefits, including alleviating pressures on rapidly depleting fisheries, providing relief to fragile ocean ecosystems, reducing the impact of fishing nets on the ocean plastic problem, and reducing production emissions. The company was founded in 2019 in Dublin, Dublin.

Khepra is a company based in San Francisco, California, that focuses on transforming plastics and agricultural waste into renewable fuels using innovative technology. The company employs a proprietary process that combines ultrasonic technology, frictive heating, cavitation, and acoustic pressure to efficiently break down waste streams. This method utilizes excess renewable electricity generated from solar and wind sources, particularly during times of low energy generation or curtailment. By converting waste into drop-in fuels and renewable chemicals without extraction, Khepra aims to support industries in their transition towards cleaner energy solutions and promote sustainability.

Plantruption builds a brand of sustainability to develop products using seaweed and microalgae. The company is on a mission to create the first plant-based seafood. It researches and collaborates with universities and food technologists to provides Plant-based seafood that’s close in taste and texture to the real deal. Plant-based seafood provides a host of environmental benefits, including alleviating pressures on rapidly depleting fisheries, providing relief to fragile ocean ecosystems, reducing the impact of fishing nets on the ocean plastic problem, and reducing production emissions. The company was founded in 2019 in Dublin, Dublin.

OzoneBio is a cleantech company based in Calgary, Canada, founded in 2021. The company specializes in the production of bio-plastics derived from lignocellulosic waste, utilizing a unique dead cell fermentation technology known as "Zombie cells." This innovative approach allows OzoneBio to convert challenging and toxic feedstocks into high-value products while circumventing the significant costs and complexities associated with traditional live-cell fermentation methods. The company's offerings include wood-waste derived adipic acid and vanillin, which serve as sustainable alternatives in various industries. By focusing on waste reduction and the conversion of waste products into usable materials, OzoneBio contributes to environmental sustainability while providing valuable applications for its clients.

Prolific Machines is a biotechnology company based in San Francisco, California, founded in 2020. It specializes in developing advanced cell technologies aimed at transforming the production of cells for sustainable applications, particularly in the cultivated meat industry. The company focuses on high-scale precision cell-differentiation techniques that enhance the efficiency, quality, reproducibility, and sustainability of cell production. Additionally, Prolific Machines is engaged in research and development efforts related to clean meat and cell therapies, utilizing innovative approaches to create better sustainable options. Through its work, the company aims to promote a healthier future for both humanity and the planet.

Nyoka Design Labs leverages advances in clean tech to build inspiring, earth-friendly innovations. Starting with the Nyoka Light Wand, a non-toxic glow stick powered with bioluminescence, to prevent the billion toxic, single-use plastic glow sticks that enter our environment every single year.

Nyoka Design Labs leverages advances in clean tech to build inspiring, earth-friendly innovations. Starting with the Nyoka Light Wand, a non-toxic glow stick powered with bioluminescence, to prevent the billion toxic, single-use plastic glow sticks that enter our environment every single year.

NovoNutrients is focused on converting industrial waste carbon dioxide emissions into high-value protein and additives for food and feed. The company has developed a fermentation platform that utilizes proprietary microbes and advanced gas fermentation systems to transform CO2, along with hydrogen and oxygen, into safe and natural single-cell protein ingredients. This innovative approach enables the food industry to access sustainable protein sources, addressing the needs of a growing global population while also contributing to climate change mitigation through effective carbon capture and utilization.

Plantruption builds a brand of sustainability to develop products using seaweed and microalgae. The company is on a mission to create the first plant-based seafood. It researches and collaborates with universities and food technologists to provides Plant-based seafood that’s close in taste and texture to the real deal. Plant-based seafood provides a host of environmental benefits, including alleviating pressures on rapidly depleting fisheries, providing relief to fragile ocean ecosystems, reducing the impact of fishing nets on the ocean plastic problem, and reducing production emissions. The company was founded in 2019 in Dublin, Dublin.

microTERRA is focused on creating sustainable food ingredients by utilizing the unique properties of Lemna, an aquatic plant known for its ability to purify water while generating valuable functional ingredients. One of its key products, Flora, enhances sweetness perception and allows for reduced sugar content in food formulations, effectively masking undesirable flavors from high-intensity sweeteners. This innovative approach positions microTERRA within a substantial market opportunity in the food industry. As an ingredient platform, the company aims to develop additional specialty ingredients in a sustainable manner, contributing to a more environmentally friendly food supply chain.

MycoWorks is a biotechnology company focused on developing sustainable, non-plastic and non-animal materials. Utilizing fungal mycelium, the company creates biodegradable alternatives to plastic foams, synthetic textiles, engineered woods, and leather. Their innovative products are designed for various applications, including aerospace, automobiles, apparel, and architectural interiors. By leveraging agricultural byproducts in a carbon-negative process, MycoWorks enables clients to access new types of leather that are grown rapidly and sustainably. This approach not only addresses environmental concerns but also offers practical solutions for industries seeking eco-friendly materials.

Capra Biosciences is a biotechnology company focused on the efficient and low-carbon production of everyday chemicals through innovative bioreactor technology. The company has developed a biofilm bioreactor platform that aims to enhance the bio-manufacturing process by significantly reducing downstream processing requirements and associated costs. This technology facilitates the production of a variety of bio-based chemicals, including hydrophobic products like retinol and performance lubricants, thus advancing sustainable practices in the chemical industry.

Allied Microbiota, LLC, is a unique biotechnology company that is developing a family of microbial products and their enzymes to break down harmful organic chemicals faster and more economically than current remediation technologies. AMB was formed based on technology developed at Columbia University which is now being developed into AMB’s launch product, PacBac. PacBac is a microbial-based remediation solution that can rapidly reduce the levels of recalcitrant contaminants in soil without having to resort to energy-intensive incineration methods, potentially disrupting the landscape of the $20B a year soil-remediation industry. We offer cost savings of up to 80% compared to existing remediation technologies and our protocol can reduce difficult contaminants like poly-chlorinated biphenyls (PCB) by 80 percent in days. The rapidity of this treatment rivals remediation approaches like expensive incineration and unlike the use of a dwindling number of classified landfills, we destroy contaminants so that they are no longer a liability. We also have an active R&D program for new strain identification and the development of new bio-products using high throughput screening, synthetic biology, proteomics, data science, and analytical chemistry.

microTERRA is focused on creating sustainable food ingredients by utilizing the unique properties of Lemna, an aquatic plant known for its ability to purify water while generating valuable functional ingredients. One of its key products, Flora, enhances sweetness perception and allows for reduced sugar content in food formulations, effectively masking undesirable flavors from high-intensity sweeteners. This innovative approach positions microTERRA within a substantial market opportunity in the food industry. As an ingredient platform, the company aims to develop additional specialty ingredients in a sustainable manner, contributing to a more environmentally friendly food supply chain.

AvantGuard creats innovative solutions that manage surfaces and provide long-term protection against viruses, bacteria, and fungi/mold, in a variety of applications.

Khepra is a company based in San Francisco, California, that focuses on transforming plastics and agricultural waste into renewable fuels using innovative technology. The company employs a proprietary process that combines ultrasonic technology, frictive heating, cavitation, and acoustic pressure to efficiently break down waste streams. This method utilizes excess renewable electricity generated from solar and wind sources, particularly during times of low energy generation or curtailment. By converting waste into drop-in fuels and renewable chemicals without extraction, Khepra aims to support industries in their transition towards cleaner energy solutions and promote sustainability.

Khepra is a company based in San Francisco, California, that focuses on transforming plastics and agricultural waste into renewable fuels using innovative technology. The company employs a proprietary process that combines ultrasonic technology, frictive heating, cavitation, and acoustic pressure to efficiently break down waste streams. This method utilizes excess renewable electricity generated from solar and wind sources, particularly during times of low energy generation or curtailment. By converting waste into drop-in fuels and renewable chemicals without extraction, Khepra aims to support industries in their transition towards cleaner energy solutions and promote sustainability.

Scindo is a cleantech start-up focused on developing innovative enzyme systems aimed at creating sustainable alternatives to petrochemical ingredients across various industries. The company specializes in upcycling plastic waste into valuable molecules and converting agricultural feedstocks into natural ingredients. By utilizing a novel biological platform, Scindo enables low-energy and economically viable recycling solutions, transforming low-value waste products into high-value compounds. This approach offers clients and stakeholders a practical alternative to landfill disposal and incineration, contributing to more sustainable waste management practices.

Carbix is a company focused on converting atmospheric carbon dioxide into carbonates, which serve as raw materials for various industrial products. Utilizing innovative bioreactor technology, Carbix captures CO2 from industrial flue gas and rapidly transforms it, along with mineral inputs, into usable raw materials within hours. The company employs advanced weathering techniques powered by renewable energy or energy-from-waste, enhancing the sequestration of CO2 emissions. This process not only helps mitigate climate change by reducing atmospheric carbon but also enables businesses to source industrial materials sustainably.

Chi Botanic specializes in the production of plant stem cells that can be cultivated into various plant products and ingredients at an industrial scale. The company focuses on developing plant cell cultures that contain only the desired components, allowing for faster growth compared to traditional plants. This innovative approach enables the synthesis of products using the entire culture, overcoming the limitations posed by climate, geography, and seasonal changes. Additionally, Chi Botanic's method eliminates the need for fertilizers, pesticides, and herbicides, significantly reducing water and energy consumption as well as shipping requirements. By harnessing the power of synthetic biology, Chi Botanic aims to provide cleaner and often enhanced natural products while minimizing waste in the production process.

Electro-Active Technologies LLC is focused on developing a modular system for producing renewable hydrogen from organic waste. Founded in 2017 and headquartered in Knoxville, Tennessee, the company employs a bioelectrochemical process that degrades organic materials into electrons and protons, generating low-cost hydrogen. This innovative approach not only provides a renewable energy source but also addresses environmental concerns, as it offers a carbon-negative pathway to hydrogen production. The company specifically targets food waste, which significantly contributes to global greenhouse gas emissions, as well as high-strength wastewater. By transforming waste into renewable products, Electro-Active Technologies aims to enhance sustainability for businesses and communities alike.

Chi Botanic specializes in the production of plant stem cells that can be cultivated into various plant products and ingredients at an industrial scale. The company focuses on developing plant cell cultures that contain only the desired components, allowing for faster growth compared to traditional plants. This innovative approach enables the synthesis of products using the entire culture, overcoming the limitations posed by climate, geography, and seasonal changes. Additionally, Chi Botanic's method eliminates the need for fertilizers, pesticides, and herbicides, significantly reducing water and energy consumption as well as shipping requirements. By harnessing the power of synthetic biology, Chi Botanic aims to provide cleaner and often enhanced natural products while minimizing waste in the production process.

MycoWorks is a biotechnology company focused on developing sustainable, non-plastic and non-animal materials. Utilizing fungal mycelium, the company creates biodegradable alternatives to plastic foams, synthetic textiles, engineered woods, and leather. Their innovative products are designed for various applications, including aerospace, automobiles, apparel, and architectural interiors. By leveraging agricultural byproducts in a carbon-negative process, MycoWorks enables clients to access new types of leather that are grown rapidly and sustainably. This approach not only addresses environmental concerns but also offers practical solutions for industries seeking eco-friendly materials.

NovoNutrients is focused on converting industrial waste carbon dioxide emissions into high-value protein and additives for food and feed. The company has developed a fermentation platform that utilizes proprietary microbes and advanced gas fermentation systems to transform CO2, along with hydrogen and oxygen, into safe and natural single-cell protein ingredients. This innovative approach enables the food industry to access sustainable protein sources, addressing the needs of a growing global population while also contributing to climate change mitigation through effective carbon capture and utilization.

Electro-Active Technologies LLC is focused on developing a modular system for producing renewable hydrogen from organic waste. Founded in 2017 and headquartered in Knoxville, Tennessee, the company employs a bioelectrochemical process that degrades organic materials into electrons and protons, generating low-cost hydrogen. This innovative approach not only provides a renewable energy source but also addresses environmental concerns, as it offers a carbon-negative pathway to hydrogen production. The company specifically targets food waste, which significantly contributes to global greenhouse gas emissions, as well as high-strength wastewater. By transforming waste into renewable products, Electro-Active Technologies aims to enhance sustainability for businesses and communities alike.

Oakbio creates technologies that transform carbon emissions from harmful waste into high value products. Oakbio is a “Carbon Capture and Utilization/Conversion” (CCU) company. Our Vision is to profitably convert CO2 and other green house gases (GHGs) into valuable products. Unlike other companies who are producing relatively low value biofuels, Oakbio is focused on renewable products that are inherently valuable and profitable in and of themselves, with or without a carbon tax or subsidy. Oakbio’s core competency is its deep understanding of microbial metabolism and pathways, and its proven technology platforms. Oakbio’s business model is to partner with established industrial businesses to develop low capex/opex carbon capture and utilization biofactories based on Oakbio’s core technologies.

ViaeX creates biological nanofiltration systems for water and air which are 400% more efficient than current solutions and enable selective pollutant and bacteria targeting. These systems are biodegradable, low cost, and rapidly scalable to enable fast deployment in cities around the world facing serious pollution issues. Advances in nanotechnology have paved the way for innovations that can combat the 9 million annual deaths caused by water and air pollution and reduce the $1.4 trillion global economic loss due to pollution annually. At ViaeX Technologies, they are focused on developing nanofiltration solutions to provide industrial and municipal customers with energy efficient, environmentally friendly, and selective filtration systems. Their technological platform has been developed over many years of fundamental research at UC Berkeley and UC San Diego. Based on novel physical-chemistry breakthroughs they have designed a system that overcomes many disadvantages of traditional filters by utilizing the potential of nanotechnology.

ViaeX creates biological nanofiltration systems for water and air which are 400% more efficient than current solutions and enable selective pollutant and bacteria targeting. These systems are biodegradable, low cost, and rapidly scalable to enable fast deployment in cities around the world facing serious pollution issues. Advances in nanotechnology have paved the way for innovations that can combat the 9 million annual deaths caused by water and air pollution and reduce the $1.4 trillion global economic loss due to pollution annually. At ViaeX Technologies, they are focused on developing nanofiltration solutions to provide industrial and municipal customers with energy efficient, environmentally friendly, and selective filtration systems. Their technological platform has been developed over many years of fundamental research at UC Berkeley and UC San Diego. Based on novel physical-chemistry breakthroughs they have designed a system that overcomes many disadvantages of traditional filters by utilizing the potential of nanotechnology.

MycoWorks is a biotechnology company focused on developing sustainable, non-plastic and non-animal materials. Utilizing fungal mycelium, the company creates biodegradable alternatives to plastic foams, synthetic textiles, engineered woods, and leather. Their innovative products are designed for various applications, including aerospace, automobiles, apparel, and architectural interiors. By leveraging agricultural byproducts in a carbon-negative process, MycoWorks enables clients to access new types of leather that are grown rapidly and sustainably. This approach not only addresses environmental concerns but also offers practical solutions for industries seeking eco-friendly materials.

Amino Labs is a biotechnology company that aims to make genetic engineering accessible to everyone. It works to enable the next industrial revolution of personalized manufacturing using biology and help solve the world's biggest problem from fuel to food to medicine. Driven by ground-breaking technology and UX, Amino Labs' easy-to-use kits are giving rise to the next 99 million bioengineers, from the ages of 8 and up. The company was founded in 2015 and is based in Lethbridge, Canada.

ZymoChem, Inc. is a biotechnology company based in Emeryville, California, founded in 2013. It specializes in the development of eco-friendly chemicals and bioprocesses using engineered microbes to convert renewable feedstocks, such as sugars, into industrial chemicals. The company’s bio-manufacturing platform aims to produce bio-based materials while minimizing carbon emissions during production, thereby supporting a carbon-efficient economy. By establishing cost-effective bioprocesses and novel biosynthetic pathways, ZymoChem enables clients to reduce production costs and enhance their competitiveness in the market. Through its innovative approach, the company contributes to sustainable manufacturing practices and the advancement of a real-zero economy.