INDUSTRY APPLICATION
Transition to safe and sustainable CO₂ generation.
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
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.
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
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
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.
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.
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.
GET STARTED
Discover how our DAC technology delivers clean CO₂ from ambient air for a safer, more efficient alternative to traditional Water Treatment.