
Dair Capture
DAIR Capture develops cost-effective, sustainable carbon capture technology that generates clean water, not byproducts.
DAIR Capture develops cost-effective, sustainable carbon capture technology that generates clean water, not byproducts.
Korall uses flexible Direct Air Capture technology to remove atmospheric CO₂, enabling scalable climate compensation and storage.
Avnos' HDAC technology captures CO₂ and produces water using energy-efficient, fully electrified systems.
Sustaera has developed a novel Direct Air Capture technology which uses renewable energy that will allow us to remove, replace, and reuse carbon at a massive scale to enable a cleaner future.
Spiritus' Carbon Orchard uses passive, modular DAC with low-energy sorbents for megaton-scale CO2 removal.
The CaptureBeam™: Direct Air Capture (DAC) via electrochemical pH-swing on an air-transparent air–liquid interface.
SosnaPod is a Cryogenic passive DIRECT AIR capture pod.
Skyrenu captures CO₂ using efficient DAC technology, enabling carbon credits and industrial applications.
Skyology sucks carbon out of the sky & fight ocean acidification
Emissol's DAC contactor reduces CO₂ removal costs with efficient, low sorbent technology.
SCW's novel technology efficiently and effectively removes carbon dioxide from the air and permanently stores it in geological formations or usable products.
Sirona develops Direct Air Capture (DAC) technology to remove CO2 from the air and combat climate change
PROVEN, SUSTAINABLE, SCALABLE – with our CO₂ removal, not only technology and service are premium. Our Net-Zero Technology sets the standards for decarbonization of tomorrow’s world.
We capture CO2 in water and unleash the potential of the oceans as the largest carbon sink on our planet.
iDeCarbon™ offers modular carbon capture, removing up to 99% of emissions for mid-sized industries sustainably.
E-quester’s electrochemical direct air capture uses renewable electricity, efficiently capturing CO₂ for utilization or sequestration globally.
DACMA delivers high-quality and large-scale DAC systems that are designed for a large variety of climate conditions
We capture carbon through enhanced weathering: a permanent solution that binds carbon dioxide chemically to stable solid minerals.
From logging residue to human biosolids, we use waste to capture carbon dioxide out of ambient air.
Aqualung’s membrane technology efficiently captures CO₂, reducing costs, saving energy, and enabling scalable carbon capture.
Verdygen's AlgaeBloom™ captures CO₂ from flue gas using microalgae for sustainable applications.
Captur Tower integrates Direct Air Capture with cooling towers for efficient CO₂ removal.
AIR TO EARTH develops Direct Air Capture (DAC) technologies to remove carbon dioxide from the atmosphere, enabling authentic climatic cooling
Zero Carbon System's Direct Air Capture technology provides a critical carbon dioxide removal solution.
Storegga is an independent champion for the development of carbon removal, storage and hydrogen
DeCarbon pioneers next-generation carbon capture and utlization solutions.
Soletair’s DAC system integrates into HVAC systems, capturing CO2.
Octavia Carbon uses Direct Air Capture and geothermal energy in Kenya to remove CO2 from the air, aiming to create a cost-effective hub for DAC machines by 2025
Mantel´s system captures CO2 and recovers useful energy as high quality steam or heat
Airhive's Direct Air Capture technology efficiently removes CO₂, offering scalable solutions for decarbonization and carbon credits.
Always Carbon produces biochar for permanent CO2 removal, offering credits, strategy advice, and productive uses.
Lithos Carbon captures carbon with basalt dust, improving soil, crops, and offering carbon credits.
Carbon Blade's Direct Air Capture systems are compact, self-contained, scaleable, and capable of rapid deployment and re-positioning with minimal environmental impacts.
WindCapture Technologies integrates Direct Air Carbon Capture (DAC) with wind turbines, capturing CO2 using the turbine blades while generating power
Air View Engineering Ltd is a Direct Air Capture Start-up aiming to provide smaller, more cost-efficient Carbon Capture Solutions
Mitico offers accessible carbon capture technology and services to mitigate the impact of industrial emissions on people and the climate.
Skytree Cumulus is a direct air capture system for small-scale applications.
Paying customers to manage methane emissions.
Electric carbon capture with enhanced efficiency and scalability.
NEXT Carbon Solutions offers end-to-end carbon capture and storage solutions for industrial sites, reducing CO2 emissions and enhancing value.
Carbon mineralization platform to captures CO2 from cement flue gas and transforms it into baking soda.
Second-gen CCUS solution with ultra-low penalty and carbon-negative impact.
Plug-and-play solution that can efficiently recover historic CO₂ emissions anywhere with access to water and electricity.
NeoCarbon reduces climate impact, enhances Direct Air Capture cost-effectiveness using European cooling towers.
Direct Air Capture Technology to create sustainable, green and carbon-neutral spaces.
The Hot Lime Labs CO2 capture system converts wood waste biomass into clean CO2 for commercial greenhouses, increasing crop productivity and growth.
Affordable Direct Air Carbon Capture and Clean Hydrogen Technologies
Low-cost, robust technology that captures atmospheric CO2 and produce precious hydrogen in the process.
Skytree Stratus is a direct air capture system for large-scale applications including greenhouses, underground storage etc.
NEXT Carbon Solutions offers comprehensive industrial carbon capture and storage (CCS) solutions, optimizing efficiency and sustainability.
Direct air capture tech to capture carbon dioxide from cooling towers and transform it into a high-quality form.
CO₂-absorbing technology storing carbon in recycled concrete to promote sustainable, cost-effective construction.
By combining millennia-old bacteria with cutting edge technology, we turn CO2 into carbon negative chemicals.
Carbon Atlantis offers versatile patented technology for efficient carbon capture.
Holy Grail combines electrochemistry, modular CO2 scrubbers and above-ground storage to deliver high-quality carbon removal.
CarbonOrO utilizes proprietary bi-phasic solvent for efficient CO2 capture from gases.
KC8 specializes in cost-effective, eco-friendly, high-performance CO2 capture solutions for global industries.
Developing carbon capture tech for industrial scale, enabling efficient waste mineralization
44.01 earth's technology eliminate CO2 by turning it into rock using the natural power of mineralisation.
Svanteinc employs innovative solid sorbents for efficient and scalable CO2 capture.
D-CRBN converts CO2 into useful products like e-fuels, chemicals, or polymers to ultimately achieve circular economy.
Qaptis combat climate change by capturing CO2 at source with up to 90% efficiency.
Heimdal builds compact machines for permanent atmospheric CO2 capture and ocean stabilization.
Microalgae-based CO2 capture and air purification technology for industrial and urban areas.
Direct air capture technology for efficient carbon removal.
Expert in CO2 removal using mineral carbonation for stable storage
Portable carbon capture demonstration unit with end-to-end services.
Stand-alone, retrofit-friendly, pressurized absorber carbon capture unit with small footprint.
Carbyon's fast swing process captures CO2 efficiently and cost-effectively.
DAC City develops novel Direct Air Capture technology for industrial CO2 utilization.
Innovative technology using electrochemical device for CO₂ separation from air at gigaton scale.
Limenet technology allows the permanent storage of carbon dioxide in sea water through calcium bicarbonate.
Graviky Labs harvests carbon emissions and tranforms it into useful materials like plastics, ethanol, liquors, air-ink paints.
AirMyne develops large-scale machine for industrial-scale CO2 air capture.
Unrivaled Energy Efficiency Process Uniting Carbon Capture, Carbon Utilization, and Green Hydrogen Production.
Cambridge Carbon Capture captures CO2 from the point source to produce low-carbon products.
Carbon Upcycling use CO2 to create concrete and advanced materials
Carbon removal service for proactive climate leadership and comprehensive net-zero goals.
Carbon removal services for a sustainable community.
Proprietary solvent-based technology to capture CO2 from power plant emissions for storage and utilization.
Blancair cleans the air and capture CO2.
World's first cell-free direct carbon capture technology.
Biorecro remove carbon dioxide from the atmosphere utilizing BECCS (Bioenergy with Carbon Capture & Storage).
Charm utilizes fast pyrolysis to convert biomass into bio-oil, enabling permanent carbon storage
Sustainable, carbon-negative aviation fuel made from carbon dioxide captured from the atmosphere.
Carbon-negative antibacterial spray made from air and 80% ethyl alcohol.
Carbon-negative fragrance/scent made from captured CO2.
Nuada decarbonizes industries with its vertical Metallic Organic Frameworks (MOF-based) carbon capture technology.
Sustainable cement technology reduces emissions and enables efficient production.
Remora develops and sells devices that capture carbon dioxide effectively from semi-truck tailpipes.
Industrially-scalable, modular technology for carbon capture systems to yield carbon-negative raw materials
CO2 removal technology for diverse concrete producers, improving strength and reducing carbon footprint.
Global leader in biosurfactants, innovating carbon negative chemicals sustainably.
Carbon Infinity develops modular direct air capture technology to curb CO2 emissions.
Mitigate biogas plants emissions via comprehensive carbon capture, transportation, and storage.
Direct Air Capture enables scalable CO2 removal for net zero and climate restoration.
Aircapture is creating and scaling a circular carbon economy through Direct Air Capture (DAC) technology.
Modular Onboard Carbon Capture for Maritime Shipping.
Heirloom develops limestone-based direct air capture technology for large-scale carbon removal.
Eion removes atmospheric CO2, permanently and verifiably, with enhanced rock weathering on the soil.