About
Mission Zero Technologies is a climate-tech company pioneering the world's most versatile direct air capture (DAC) technology. Their electrochemical solution is designed to recover historic CO₂ emissions from the atmosphere anywhere with access to electricity, enabling a post-fossil-fuel economy. Unlike conventional carbon capture methods, Mission Zero's plug-and-play modular systems can be deployed at any location and scale, making atmospheric CO₂ the world's default carbon feedstock. The company serves three primary verticals: carbon sequestration (durably removing legacy CO₂ emissions by converting captured carbon into rock underground), sustainable building materials (locking atmospheric CO₂ into carbon-negative construction products), and e-fuels (producing sustainable aviation and transportation fuels from air rather than oil). Notable deployments include a carbon removal hub in Canada with Deep Sky (250 tCO₂/year capacity), a sustainable aviation fuel pioneer project with Sheffield University in the UK, and a carbon-negative building materials pathway with O.C.O Technology. Mission Zero is backed by media coverage from BBC News, Bloomberg, Sky News, and Sifted, and is actively partnering with CO₂ users, project developers, and engineers to scale the carbon revolution globally.
Key Features
- Electrochemical Direct Air Capture: A plug-and-play modular DAC system that uses electrochemistry to efficiently extract CO₂ from ambient air wherever electricity is available.
- Carbon Sequestration: Permanently removes legacy CO₂ emissions by mineralizing captured carbon into geological storage, such as converting it into rock.
- E-Fuels Production: Enables the creation of sustainable aviation and transportation fuels derived from atmospheric CO₂ rather than fossil oil.
- Sustainable Building Materials: Converts captured atmospheric carbon into carbon-negative building and construction materials, creating urban carbon sinks.
- Scalable Modular Deployment: Systems are designed for deployment at any location and any scale, from pilot projects to large-scale carbon removal hubs.
Use Cases
- Carbon removal project developers seeking high-quality, permanent CO₂ sequestration for carbon credit markets.
- Aviation and transportation companies looking to produce sustainable fuels (SAF) from atmospheric carbon instead of fossil sources.
- Construction and building materials manufacturers aiming to create carbon-negative products using captured atmospheric CO₂.
- Governments and climate funds establishing large-scale carbon removal hubs to meet national net-zero targets.
- Industrial companies seeking to replace fossil-derived carbon feedstocks with atmospheric CO₂ across their production processes.
Pros
- Versatile Multi-Application Technology: Captured CO₂ can be directed into sequestration, fuels, or materials, making the platform adaptable across multiple industries and revenue streams.
- Proven Operational Track Record: Multiple projects are already operational across the UK and Canada, demonstrating real-world deployment capability rather than just lab-stage research.
- Location-Agnostic Deployment: Plug-and-play modular design allows systems to be installed almost anywhere with electricity access, removing geographic constraints.
- High-Quality Carbon Removal: Technology delivers permanent, verifiable CO₂ removal, meeting the requirements of high-integrity carbon credit markets.
Cons
- Enterprise / B2B Focus Only: Mission Zero partners exclusively with project developers, engineers, and industrial CO₂ users — not accessible for individual or small-scale buyers.
- Electricity Dependency: System efficiency is tied to access to low-carbon electricity; performance and economics will vary depending on local energy grid conditions.
- Early-Stage Scale: Current operational capacities (50–250 tCO₂/year per project) are modest relative to the gigatonne-scale removal needed for climate impact.
Frequently Asked Questions
What is direct air capture (DAC)?
Direct air capture is a technology that extracts carbon dioxide directly from the ambient atmosphere, as opposed to capturing emissions at a point source like a factory chimney. Mission Zero's electrochemical DAC system can be deployed anywhere with electricity access.
What happens to the CO₂ that is captured?
The captured CO₂ can be permanently sequestered underground (turning into rock), used to manufacture carbon-negative building materials, or converted into sustainable e-fuels such as sustainable aviation fuel (SAF).
How does Mission Zero's technology differ from other DAC approaches?
Mission Zero uses an electrochemical process, which offers modular plug-and-play deployment and location flexibility. This contrasts with thermochemical DAC systems that typically require large-scale heat infrastructure.
Who does Mission Zero partner with?
The company partners with pioneering CO₂ users, project developers, and engineering firms. Existing partners include Deep Sky (Canada), Sheffield University, and O.C.O Technology (UK).
What is the current operational capacity of Mission Zero's projects?
Current operational projects range from 50 tCO₂/year (Sheffield University sustainable aviation fuel project, operational since 2023) to 250 tCO₂/year (Deep Sky Canada and O.C.O Technology projects, operational in 2025).
