IndieBio

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.

Re-Fresh Global develops textile waste management technologies and creates raw materials from textile waste to support the circular economy in textiles. It initiates and implements circular economy projects, provides training and international cooperation programs, and enables clients to perform smart collection, separation, and low-cost upcycling of large volumes of low-value textile waste. The company handles customer inquiries through multiple channels, including phone, email, and online applications.

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.

Re-Fresh Global develops textile waste management technologies and creates raw materials from textile waste to support the circular economy in textiles. It initiates and implements circular economy projects, provides training and international cooperation programs, and enables clients to perform smart collection, separation, and low-cost upcycling of large volumes of low-value textile waste. The company handles customer inquiries through multiple channels, including phone, email, and online applications.

Re-Fresh Global develops textile waste management technologies and creates raw materials from textile waste to support the circular economy in textiles. It initiates and implements circular economy projects, provides training and international cooperation programs, and enables clients to perform smart collection, separation, and low-cost upcycling of large volumes of low-value textile waste. The company handles customer inquiries through multiple channels, including phone, email, and online applications.

MAA'VA is focused on creating next-generation green building materials that serve as functional alternatives to traditional concrete. The company incorporates recycled plastics, carbon sequestration techniques, and the upcycling of manufacturing waste into its products. By addressing critical issues such as the shortage of river sand, water scarcity, climate change, and waste management, MAA'VA aims to promote sustainable construction practices. Its materials are designed for use in both conventional construction and 3D printing applications, thereby enabling clients to adopt eco-friendly options for their building needs.

MAA'VA is focused on creating next-generation green building materials that serve as functional alternatives to traditional concrete. The company incorporates recycled plastics, carbon sequestration techniques, and the upcycling of manufacturing waste into its products. By addressing critical issues such as the shortage of river sand, water scarcity, climate change, and waste management, MAA'VA aims to promote sustainable construction practices. Its materials are designed for use in both conventional construction and 3D printing applications, thereby enabling clients to adopt eco-friendly options for their building needs.

Mirá Biotech manufactures sustainable, formaldehyde-free engineered wood products using waste materials like sugar cane bagasse. This process promotes a circular economy by reducing deforestation and enabling users to access natural, eco-friendly wood-based products.

Vader Nanotechnologies focuses on developing innovative organisms and enzymes aimed at addressing environmental challenges, particularly in recycling plastics and degrading persistent chemicals like PFAS. The company employs advanced techniques such as automation, image processing, computer vision, and analytical chemistry to identify and optimize strains capable of thriving on these difficult-to-break-down substances. By utilizing directed evolution methods, Vader enhances the performance of these organisms, contributing to solutions that tackle pressing environmental and health issues.

Infinite Elements develops biological recovery processes to reclaim critical metals from electronic waste and low-grade ores, enabling fossil fuel-free metal reclamation at competitive costs. The technology concentrates, purifies, and recovers rare earth elements and other critical metals from e-waste, supporting a circular supply chain and reducing environmental impact. The approach offers an alternative to traditional metal recovery by delivering a carbon-neutral, ecologically friendly pathway for high-tech manufacturers to secure a closed-loop metals lifecycle.

Mirá Biotech manufactures sustainable, formaldehyde-free engineered wood products using waste materials like sugar cane bagasse. This process promotes a circular economy by reducing deforestation and enabling users to access natural, eco-friendly wood-based products.

TômTex specializes in recycling agricultural waste, primarily focusing on seafood shells, mushrooms, and coffee grounds. The company transforms these materials into sustainable, practical alternatives to conventional commercial materials, aiming to minimize environmental impact.

Khepra is a company based in San Francisco, California, that specializes in converting plastics and agricultural waste into renewable fuels and chemicals. Utilizing proprietary technology, Khepra employs ultrasonic methods, including frictive heating, cavitation, and acoustic pressure, to break down waste streams without extraction, thus preserving their integrity. This innovative, electrified process leverages excess renewable electricity, particularly from solar and wind sources, during periods of energy curtailment. By transforming waste into valuable resources, Khepra aims to support industries in adopting clean energy solutions and contribute to a sustainable future.

Khepra is a company based in San Francisco, California, that specializes in converting plastics and agricultural waste into renewable fuels and chemicals. Utilizing proprietary technology, Khepra employs ultrasonic methods, including frictive heating, cavitation, and acoustic pressure, to break down waste streams without extraction, thus preserving their integrity. This innovative, electrified process leverages excess renewable electricity, particularly from solar and wind sources, during periods of energy curtailment. By transforming waste into valuable resources, Khepra aims to support industries in adopting clean energy solutions and contribute to a sustainable future.

Khepra is a company based in San Francisco, California, that specializes in converting plastics and agricultural waste into renewable fuels and chemicals. Utilizing proprietary technology, Khepra employs ultrasonic methods, including frictive heating, cavitation, and acoustic pressure, to break down waste streams without extraction, thus preserving their integrity. This innovative, electrified process leverages excess renewable electricity, particularly from solar and wind sources, during periods of energy curtailment. By transforming waste into valuable resources, Khepra aims to support industries in adopting clean energy solutions and contribute to a sustainable future.

Scindo is a cleantech company developing innovative enzyme systems to enable sustainable feedstocks to replace petrochemical ingredients in various industries. This includes upcycling plastic waste into high-value molecules and transforming agricultural feedstocks into natural ingredients.

Electro-Active Technologies LLC, founded in 2017 and based in Knoxville, Tennessee, specializes in the development of a modular bioelectrochemical system designed to produce renewable hydrogen from organic waste. The company employs advanced microbial and electrochemical processes to convert organic materials, including food waste and high-strength wastewater, into low-cost hydrogen while creating a carbon-negative energy solution. This innovative approach addresses the significant environmental concerns associated with organic waste, which contributes to global greenhouse gas emissions. By enabling onsite deployment of its systems, Electro-Active Technologies facilitates a sustainable method for communities and businesses to transform waste into valuable renewable energy, promoting improved sustainability and resource efficiency.

Electro-Active Technologies LLC, founded in 2017 and based in Knoxville, Tennessee, specializes in the development of a modular bioelectrochemical system designed to produce renewable hydrogen from organic waste. The company employs advanced microbial and electrochemical processes to convert organic materials, including food waste and high-strength wastewater, into low-cost hydrogen while creating a carbon-negative energy solution. This innovative approach addresses the significant environmental concerns associated with organic waste, which contributes to global greenhouse gas emissions. By enabling onsite deployment of its systems, Electro-Active Technologies facilitates a sustainable method for communities and businesses to transform waste into valuable renewable energy, promoting improved sustainability and resource efficiency.

Hexafly is a biotech company based in Kells, Ireland, established in 2016. It specializes in the sustainable farming of insects, particularly the Black Soldier Fly larvae, to produce various products for the aquaculture, animal feed, and plant nutrition sectors. The company focuses on converting food waste into protein meals, oils, and fertilizers, promoting a circular economy. Its product range includes insect oil for fish feed, protein additives for aquaculture, Frass for plant nutrition, and Chitin, a versatile bio-polymer utilized in medicine, cosmetics, and food. Hexafly sells its products online, aiming to provide environmentally friendly solutions in agriculture and contribute to a sustainable food system.