Counteract

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 converts captured carbon from local biomass residues into functional, carbon-negative construction materials. Their products permanently store CO2 in the built environment, reducing the need for fossil raw materials and delivering targeted functionalities such as thermal insulation.

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 provides soil carbon measurement and validation services to support climate mitigation and carbon markets. The company uses automated sampling, robotics-driven soil analysis, and carbon accounting methodologies to quantify soil carbon stocks for farms, landowners, and businesses. By following established scientific protocols and environmental standards, Agricarbon enables clients to view and validate soil carbon, monitor changes over time, and unlock opportunities in agricultural carbon removal programs.

Concrete4Change is a pioneering company developing technology to permanently capture and utilize CO2 in concrete production. It aims to reduce emissions by mineralizing CO2 within concrete, enhancing its strength and durability. The company has been recognized for its innovation, winning awards such as the United Nations' Most Innovative Net-Zero Technology award at COP26.

Adaptavate is a UK-based materials company that designs, manufactures, and commercialises bio-based composite construction materials aimed at reducing embodied carbon in buildings. Its Breathaboard offers a bio-composite alternative to plasterboard, and Breathaplasta provides bio-composite options for various plasters, with products sold through retailers and online channels. The company pursues carbon-negative technology and collaborates with partners to commercialise patented carbon-absorbing processes, enabling the production of performance wallboards with low, zero, or negative embodied CO2. Founded in 2014 and headquartered in Stonehouse, Adaptavate aims to disrupt conventional construction by delivering sustainable material solutions.

Chloris Geospatial leverages cutting-edge remote sensing, machine learning, and ecological science to provide accurate, global-scale measurements of natural capital. Its innovative technology focuses on monitoring carbon stocks and changes, empowering clients to tackle climate and environmental challenges.

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 converts captured carbon from local biomass residues into functional, carbon-negative construction materials. Their products permanently store CO2 in the built environment, reducing the need for fossil raw materials and delivering targeted functionalities such as thermal insulation.

BX is an AI-driven platform empowering farmers worldwide. It optimizes farm management through real-time data, predictive analytics, and verified supply chain reporting. This promotes sustainable agriculture, enhances crop performance, and addresses global climate and nutritional challenges.

Adaptavate is a UK-based materials company that designs, manufactures, and commercialises bio-based composite construction materials aimed at reducing embodied carbon in buildings. Its Breathaboard offers a bio-composite alternative to plasterboard, and Breathaplasta provides bio-composite options for various plasters, with products sold through retailers and online channels. The company pursues carbon-negative technology and collaborates with partners to commercialise patented carbon-absorbing processes, enabling the production of performance wallboards with low, zero, or negative embodied CO2. Founded in 2014 and headquartered in Stonehouse, Adaptavate aims to disrupt conventional construction by delivering sustainable material solutions.

Chloris Geospatial leverages cutting-edge remote sensing, machine learning, and ecological science to provide accurate, global-scale measurements of natural capital. Its innovative technology focuses on monitoring carbon stocks and changes, empowering clients to tackle climate and environmental challenges.

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 provides soil carbon measurement and validation services to support climate mitigation and carbon markets. The company uses automated sampling, robotics-driven soil analysis, and carbon accounting methodologies to quantify soil carbon stocks for farms, landowners, and businesses. By following established scientific protocols and environmental standards, Agricarbon enables clients to view and validate soil carbon, monitor changes over time, and unlock opportunities in agricultural carbon removal programs.

BX is an AI-driven platform empowering farmers worldwide. It optimizes farm management through real-time data, predictive analytics, and verified supply chain reporting. This promotes sustainable agriculture, enhances crop performance, and addresses global climate and nutritional challenges.

Cquestr8 is an accelerated weathering company that helps decarbonize cement, lime, and steel production and reduce ocean acidification. It sequesters CO2 by leveraging nature's largest carbon sink and deploys marine bicarbonate to draw down atmospheric and oceanic CO2, supporting the UN's SDG13.