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INDUSTRY CHALLENGES
Water Treatment plants use a combination of harmful and potentially corrosive acids - including Hydrochloric, Sulfuric, Citric and Nitric - to bring pH levels down, which can also be costly to source.
Water Treatment plants that utilize liquid CO₂ to lower pH levels often source that CO₂ from industrial processes - out of step with the industry’s shift toward sustainable infrastructure.
Long-haul CO₂ deliveries from industrial sources can be a costly process, adding unnecessary price volatility risk and complexity to daily operations.
DAC SOLUTIONS
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Our Direct Air Capture technology eliminates the need for harmful, corrosive acids in pH control—replacing them with a cleaner, safer, and sustainable source of CO₂.
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OUR DAC MACHINES
Our DAC machines offer seamless plug-and-play functionality to maximize CO₂ supply with minimal operational overhead.
The CO₂ transition in motion
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May 14 2025
DAC (Direct air capture) is a new and promising carbon capture technology that is increasingly recognized as having an important role in global governments’ net zero goals and in combating climate change. The
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Nov 29 2024
Direct Air Capture (DAC) is a groundbreaking and innovative technology that directly captures carbon dioxide (CO₂) rom ambient air. This pioneering technology is a beacon of hope in the fight against climate change, reducing CO₂, a major greenhouse gas, in the atmosphere. The captured carbon will be utilized in various industrial processes, presenting a sustainable and circular approach to carbon management.
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Recycling is a familiar concept for consumers around the world - but few would think it applies to natural gas or carbon dioxide. As global resources like CO₂ become more scarce, it’s increasingly important to find new ways to maintain a secure supply while acting responsibly to protect the planet, and economic progress.
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DAC PERSPECTIVES
Carbon dioxide (CO₂) is vital for life and many industries, yet excessive amounts in our atmosphere pose a significant climate problem. The "CO₂ transition" signals a shift in how we release, reuse, and remove carbon. In water treatment, this means using CO₂ to stabilize pH levels and reduce chemical use in a more sustainable way. Direct Air Capture (DAC) is a key technology supporting this transition by removing existing CO₂ from the air and transforming it into a valuable resource.
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GET STARTED
Discover how our DAC technology delivers clean CO₂ from ambient air for a safer, more efficient alternative to traditional Water Treatment.