Mission Zero has officially begun deploying its third direct air capture (DAC) system at Deep Sky’s carbon removal innovation and commercialization centre, Deep Sky Labs, in Innisfail, Alberta.
This project marks a significant milestone as it is the company’s first international initiative and the third first-of-a-kind system delivered within the last year.
Deep Sky owns and operates the electrochemical DAC system, which harnesses renewable solar energy to capture up to 250 tonnes of CO2 annually for permanent underground storage.
This system is integral to Deep Sky’s ambitious project, which aims to enhance high-quality DAC and carbon removal technologies to combat the climate crisis effectively.
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The facility will validate Mission Zero’s technology before progressing to plans for a commercial facility capable of removing up to one million tons of CO2 yearly.
Building on the company’s earlier implementations in the UK, this project represents Mission Zero’s first international venture and highlights the rapid deployment capabilities of their technology.
The earlier systems support the production of sustainable aviation fuel and carbon-negative building materials from atmospheric CO2.
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Mission Zero’s product development strategy focuses on a modular, platform-based system that leverages existing mature technologies and supply chains, ensuring reliability and scalability across various industries.
This approach is exemplified by the swift transition of the Deep Sky system from contract to delivery and installation in just 12 months.
As the first plant designed to operate in sub-zero temperatures, this deployment will enrich the company’s expanding database of real-world performance data.
This data collection is crucial for increasing financial confidence and accelerating technological optimization across diverse use cases and climates.
Access to reproducible, field-based data is vital for rapid optimization, demonstrated by the over 60% reduction in the levelized cost of this system compared to Mission Zero’s initial deployment in Sheffield, UK, in December 2023.
This data is also essential for proving project viability and securing the financing needed for future investments and scaling operations.