Counteract One

Mote's carbon-negative hydrogen solution is a one-of-a-kind method of eliminating CO2 from the environment. This second facility, like its first in Bakersfield, will use carbon capture and geological sequestration to produce carbon-negative hydrogen.

CREW Carbon is a company dedicated to removing greenhouse gas emissions, particularly carbon dioxide, from wastewater through innovative technology. Utilizing engineered enhanced weathering, the company's approach harnesses the natural power of minerals to treat both municipal and industrial wastewater while permanently storing CO2. Operating within the environmental services sector, CREW Carbon focuses on greenhouse gas management and carbon removal, aiming to support businesses and governments in achieving their climate objectives. Through its climate tech solutions, the company strives to make a positive environmental impact.

ecoLocked is a company focused on transforming buildings into carbon sinks by converting captured carbon from local biomass residues into carbon-negative construction materials. The company specializes in developing a biocarbon platform that produces tailored recipes and drop-in-ready biocarbon admix materials, offering technical support to clients. By enabling the permanent storage of captured CO2 in the built environment, ecoLocked reduces the reliance on fossil raw materials, particularly cement clinker, allowing concrete producers to create climate-friendly concrete without sacrificing performance. Their innovative approach combines carbon storage and utilization, establishing a self-sustaining business model in carbon dioxide removal.

Seqana is a developer of satellite-based software that focuses on monitoring soil organic carbon (SOC) to support nature-based climate services. The company provides an innovative, cost-effective solution for project developers, agribusinesses, NGOs, and large corporations, allowing them to obtain actionable insights into soil health and carbon sequestration practices. By leveraging remote sensing technology, Seqana enables clients to measure and understand soil carbon levels quickly and accurately, contributing to efforts in combating climate change at a global scale. Through its cutting-edge monitoring platform, Seqana supports the transition to sustainable agricultural practices and enhances the value of environmental initiatives.

Parallel Carbon develops a hardware platform for a post-fossil-fuel economy by combining direct air capture of carbon dioxide with clean hydrogen production. The company designs technologies to remove CO2 from the atmosphere while producing hydrogen, including carbon-negative hydrogen via integrated water electrolysis and DAC processes. Its approach aims to offer a scalable and affordable pathway to carbon removal that reduces the cost of achieving net-zero emissions and enables industries to decarbonize using renewable power. By pairing DAC with electrolysis, the company seeks to operate with intermittent electricity and better utilize low-cost renewables, lowering capital costs and expanding deployment of carbon removal and hydrogen production at scale.

Agricarbon is a company that specializes in soil carbon measurement services aimed at enhancing climate mitigation and bolstering food system resilience. Utilizing advanced robotics and artificial intelligence, Agricarbon automates the quantification of soil carbon stock, providing farmers, businesses, and landowners with detailed insights into their soil carbon levels. This innovative approach not only aids in the validation of soil carbon capture and storage for agricultural purposes but also creates opportunities for CO2 removal within carbon markets. By offering a unique perspective on soil carbon management, Agricarbon supports the transition towards more sustainable agricultural practices and contributes to environmental conservation efforts.

Concrete4Change is a research and development company focused on creating innovative technology to capture and permanently mineralize carbon dioxide (CO2) in concrete. By integrating CO2 into the concrete mix, the company improves the material's strength while providing an environmentally sustainable solution to one of the largest sources of greenhouse gas emissions. Concrete4Change aims to contribute to the reduction of 2 billion tonnes of CO2 emissions in the concrete industry by 2040, positioning concrete as an effective and safe carbon sink. The company has received prestigious accolades, such as the UN Most Innovative Net-Zero Technology award at COP26 and the Royal Academy of Engineering Enterprise Award, underscoring its commitment to transforming concrete from an emission source into a sustainable solution for climate change.

Adaptavate Ltd is a company based in Stonehouse, United Kingdom, that specializes in the development, manufacturing, and commercialization of bio-composite materials for the construction industry. Founded in 2014, Adaptavate offers innovative products such as Breathaboard, a bio-composite alternative to traditional plasterboards, and Breathaplasta, a substitute for various plasters including gypsum and lime. These products are designed for easy application on solid masonry walls and effectively absorb vapor and moisture, promoting healthy indoor environments. By providing low-carbon construction solutions, Adaptavate aims to disrupt conventional practices in the construction sector and contribute to the creation of sustainable and long-lasting buildings. The company's offerings are available through retailers and an online shop.

Chloris Geospatial specializes in innovative remote sensing technology aimed at monitoring natural resources and addressing critical natural capital issues. By leveraging advanced remote sensing, machine learning, and ecological science, the company provides precise measurements of carbon stocks, gains, and losses, while also quantifying uncertainty. Their sensor fusion technology offers insights with global scale and accuracy, empowering clients to make informed decisions regarding natural capital management in the face of global climate and environmental challenges. Through these capabilities, Chloris Geospatial plays a vital role in helping organizations understand and mitigate the impacts of climate change and natural resource depletion.

RepAir specializes in large-scale carbon removal technology. Its fully electric, zero-heat process efficiently separates CO2 from air using minimal energy, producing no hazardous waste or liquids.

ecoLocked is a company focused on transforming buildings into carbon sinks by converting captured carbon from local biomass residues into carbon-negative construction materials. The company specializes in developing a biocarbon platform that produces tailored recipes and drop-in-ready biocarbon admix materials, offering technical support to clients. By enabling the permanent storage of captured CO2 in the built environment, ecoLocked reduces the reliance on fossil raw materials, particularly cement clinker, allowing concrete producers to create climate-friendly concrete without sacrificing performance. Their innovative approach combines carbon storage and utilization, establishing a self-sustaining business model in carbon dioxide removal.

BX is a climate technology company that focuses on transforming food production to combat climate change. It offers an AI-powered environmental farm management software that assists farmers in enhancing their revenues by investing in soil health and adopting regenerative agricultural practices. BX utilizes real-time data, predictive analytics, and blockchain technology to provide verified supply chain reporting, enabling growers and retailers to measure their carbon impact. The platform encourages the implementation of climate-smart practices by incentivizing farmers with carbon credit tokens, thereby financially rewarding them for reducing their carbon footprint. Through these innovations, BX aims to optimize crop performance while promoting sustainability and transparency within the agricultural sector, addressing global challenges related to climate and nutrition.

Adaptavate Ltd is a company based in Stonehouse, United Kingdom, that specializes in the development, manufacturing, and commercialization of bio-composite materials for the construction industry. Founded in 2014, Adaptavate offers innovative products such as Breathaboard, a bio-composite alternative to traditional plasterboards, and Breathaplasta, a substitute for various plasters including gypsum and lime. These products are designed for easy application on solid masonry walls and effectively absorb vapor and moisture, promoting healthy indoor environments. By providing low-carbon construction solutions, Adaptavate aims to disrupt conventional practices in the construction sector and contribute to the creation of sustainable and long-lasting buildings. The company's offerings are available through retailers and an online shop.

Chloris Geospatial specializes in innovative remote sensing technology aimed at monitoring natural resources and addressing critical natural capital issues. By leveraging advanced remote sensing, machine learning, and ecological science, the company provides precise measurements of carbon stocks, gains, and losses, while also quantifying uncertainty. Their sensor fusion technology offers insights with global scale and accuracy, empowering clients to make informed decisions regarding natural capital management in the face of global climate and environmental challenges. Through these capabilities, Chloris Geospatial plays a vital role in helping organizations understand and mitigate the impacts of climate change and natural resource depletion.

RepAir specializes in large-scale carbon removal technology. Its fully electric, zero-heat process efficiently separates CO2 from air using minimal energy, producing no hazardous waste or liquids.

Agricarbon is a company that specializes in soil carbon measurement services aimed at enhancing climate mitigation and bolstering food system resilience. Utilizing advanced robotics and artificial intelligence, Agricarbon automates the quantification of soil carbon stock, providing farmers, businesses, and landowners with detailed insights into their soil carbon levels. This innovative approach not only aids in the validation of soil carbon capture and storage for agricultural purposes but also creates opportunities for CO2 removal within carbon markets. By offering a unique perspective on soil carbon management, Agricarbon supports the transition towards more sustainable agricultural practices and contributes to environmental conservation efforts.

BX is a climate technology company that focuses on transforming food production to combat climate change. It offers an AI-powered environmental farm management software that assists farmers in enhancing their revenues by investing in soil health and adopting regenerative agricultural practices. BX utilizes real-time data, predictive analytics, and blockchain technology to provide verified supply chain reporting, enabling growers and retailers to measure their carbon impact. The platform encourages the implementation of climate-smart practices by incentivizing farmers with carbon credit tokens, thereby financially rewarding them for reducing their carbon footprint. Through these innovations, BX aims to optimize crop performance while promoting sustainability and transparency within the agricultural sector, addressing global challenges related to climate and nutrition.

Cquestr8 is an accelerated weathering company focused on decarbonizing the production processes of cement, lime, and steel while also addressing ocean acidification. The company utilizes a method that sequesters carbon dioxide by harnessing nature's largest carbon sink, which not only helps reduce atmospheric CO2 levels but also promotes marine ecosystem benefits through the deployment of marine bicarbonate. Cquestr8's initiatives align with global sustainability goals, specifically targeting the United Nations' Sustainable Development Goal 13, which aims to combat climate change and its impacts. By providing innovative solutions, Cquestr8 contributes to a more sustainable future and addresses critical environmental challenges.