ReGen Ventures

Differential Bio is integrating scale-down experiments with AI-based modeling to optimize how industry-relevant microbes grow ("biomass fermentation") and produce ("precision fermentation"). By optimizing bioprocesses and growth conditions, the company is not only increasing their clients' R&D efficiency but also dramatically improving bioproduction outcomes such as yield, cost efficiency, and product quality.

Anthrogen is a Biotechnology Research firm using bacteria and enzymes for reducing carbon in the air by transforming it into chemicals.

Ulysses Ecosystem Engineering focuses on rewilding the ocean and restoring marine ecosystems through innovative seagrass restoration services. The company employs specially designed autonomous robots to efficiently scale up seagrass restoration efforts worldwide, significantly enhancing biodiversity and facilitating the removal of carbon from the atmosphere. By offering advanced solutions, Ulysses aims to support governments, project developers, and non-profit organizations in achieving their restoration goals more effectively and economically compared to traditional diver-led methods. This approach not only addresses the urgent need to combat climate change but also contributes to the preservation of critical ocean ecosystems.

CREW Carbon focuses on the removal of greenhouse gas emissions from wastewater through engineered enhanced weathering. The company's technology harnesses the natural properties of minerals to effectively treat both municipal and industrial wastewater while permanently storing carbon dioxide. Operating in the environmental services sector, CREW Carbon is dedicated to greenhouse gas management and carbon removal, striving to contribute positively to environmental sustainability. Its innovative climate technology solutions are designed to assist businesses and governments in achieving their climate objectives.

PACT specializes in the development of sustainable biomaterials designed to minimize the environmental impact associated with conventional raw materials. The company focuses on creating leather-like, bio-based materials from food industry waste, transforming it into a customizable collagen-based leather substitute. This innovative approach results in a product that is cow-free, climate-friendly, non-plastic, and non-polluting. By utilizing natural resources such as collagen, herbal extracts, oils, and minerals, PACT aims to provide industries with tailored biomaterials that are both environmentally responsible and ethically produced.

Circe specializes in the development of a scalable fermentation platform that transforms carbon dioxide, water, and electricity into organic molecules. By utilizing fermentation, the company aims to revolutionize food production by creating sustainable and healthy ingredients for plant-based foods. Circe focuses on using carbon dioxide as a feedstock, which allows for economically viable and climate-friendly production methods. Through careful selection of fats and fermentation-derived ingredients, Circe produces food items that appeal to consumers while significantly reducing the carbon footprint associated with traditional food manufacturing processes.

Seqana is a developer of satellite-based software that provides monitoring solutions for soil organic carbon, aimed at combating climate change. The company offers a platform that enables project developers and agri-food corporations to accurately measure and understand soil carbon sequestration in a cost-effective and efficient manner. By utilizing remote sensing technology, Seqana delivers actionable insights into soil health, benefiting a diverse range of clients, including farmers, NGOs, and large corporations. This innovative approach supports the adoption of carbon sequestration practices, contributing to environmental sustainability on a global scale.

Circe specializes in the development of a scalable fermentation platform that transforms carbon dioxide, water, and electricity into organic molecules. By utilizing fermentation, the company aims to revolutionize food production by creating sustainable and healthy ingredients for plant-based foods. Circe focuses on using carbon dioxide as a feedstock, which allows for economically viable and climate-friendly production methods. Through careful selection of fats and fermentation-derived ingredients, Circe produces food items that appeal to consumers while significantly reducing the carbon footprint associated with traditional food manufacturing processes.

BurnBot is a provider of fuel treatment services aimed at preventing destructive wildfires and enhancing vegetation management. The company utilizes advanced forestry and fire technology to offer systematic wildfire mitigation solutions. Its services include safe smoke containment and a modular system designed to create precise burn areas near homes and other valuable assets. By employing high-temperature ignition methods, BurnBot helps protect communities from the threats posed by wildfires while improving firebreaks and defensible spaces that safeguard infrastructure and natural resources.

FORAY bioscience is a biotechnology company that uses biomanufacturing techniques to produce wood products.

Arch is building the System of Intelligence for the sales, design, and financing of home electrification.

Aigen is focused on transforming agriculture by integrating advanced technologies that promote sustainability and enhance human and planetary health. The company develops an autonomous, solar-powered robotics platform designed to manage crops without relying on chemical inputs that can harm soil carbon storage. By providing innovative alternatives to traditional farming practices, Aigen aims to help farmers regenerate soil health while addressing the ongoing labor shortages in the agricultural sector. This approach not only supports sustainable farming but also contributes to broader environmental goals.

Rhizocore Technologies produces locally-adapted mycorrhizal fungi to enhance tree planting success.

BurnBot is a provider of fuel treatment services aimed at preventing destructive wildfires and enhancing vegetation management. The company utilizes advanced forestry and fire technology to offer systematic wildfire mitigation solutions. Its services include safe smoke containment and a modular system designed to create precise burn areas near homes and other valuable assets. By employing high-temperature ignition methods, BurnBot helps protect communities from the threats posed by wildfires while improving firebreaks and defensible spaces that safeguard infrastructure and natural resources.

Arkeon Bio is a biotechnology company that captures CO2 from industry and converts inorganic gases into organic food.

Aigen is focused on transforming agriculture by integrating advanced technologies that promote sustainability and enhance human and planetary health. The company develops an autonomous, solar-powered robotics platform designed to manage crops without relying on chemical inputs that can harm soil carbon storage. By providing innovative alternatives to traditional farming practices, Aigen aims to help farmers regenerate soil health while addressing the ongoing labor shortages in the agricultural sector. This approach not only supports sustainable farming but also contributes to broader environmental goals.

Clean Crop Technologies, based in Haydenville, Massachusetts, specializes in food processing solutions aimed at enhancing food safety and reducing food waste. The company has developed a proprietary technology known as 'Clean Current,' which utilizes cold plasma generated from electricity and air to eliminate molds, toxins, and pests from grains and nuts. This method not only improves crop yields but also extends the shelf life of perishable foods without compromising their quality. Clean Crop's innovative approach is designed to be energy efficient and scalable, making it effective against a wide range of contaminants while leaving no harmful residues. Founded in 2020, Clean Crop Technologies is committed to addressing the challenges of food safety and waste in agriculture.