We represent the world's leading CCUS technologies, from skid-based COâ‚‚ recovery systems to large-scale industrial deployments designed to integrate with your existing infrastructure without a greenfield build.
Taking COâ‚‚ from a liability to a resource, we help industrial operators capture it at the source and convert it into measurable value, whether that means compliance coverage, new revenue streams, or a stronger ESG story.
The result is carbon reduction that pays for itself, and a competitive position that establishes you as a leader in the communities you serve and the markets you compete in.
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Large-Scale Carbon Capture
Our large-scale CCUS solutions are a post-combustion technology that reduces carbon emissions from fossil energy power plants, waste-to-energy facilities, cement, pulp and paper, iron and steel facilities as well as certain chemical production plants.
KEY BENEFITS​
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High-Efficiency Capture: Achieve up to 99% CO₂ removal from flue gases, effectively reducing emissions and meeting stringent environmental regulations.​
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Purity and Versatility: Produces high-purity liquid CO₂ suitable for various applications, including reuse in industrial processes, saleable commodity revenue stream, or secure sequestration.​
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Pollutant Reduction: Simultaneously remove other harmful pollutants such as NOₓ, SOₓ, and mercury, enhancing overall air quality and reducing environmental impact.​
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Energy Optimization: Integrate with existing energy systems, leveraging waste heat and other efficiencies.​
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Scalable and Modular Design: Adaptable systems that can be tailored to various industrial scales, from small manufacturing units to large-scale facilities.​
Small-Scale Carbon Capture
Fermentation is central to brewing, distilling, and winemaking but it also releases significant amounts of COâ‚‚ — a resource often wasted. Our small-scale carbon capture solutions transform this byproduct into a valuable asset, enabling beverage producers to reduce emissions, lower costs, and enhance product quality.​
KEY BENEFITS​
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Operational Efficiency: Capture and purify COâ‚‚ directly from fermentation processes, achieving over 99.9% purity suitable for beverage-grade applications.
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Cost Reduction: Decrease reliance on external COâ‚‚ suppliers, mitigating risks associated with supply shortages and price volatility.
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Revenue Generation: Excess captured CO₂ can be sold to other industries, creating new income streams. ​
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Enhanced Product Quality: Utilizing high-purity, recaptured COâ‚‚ can improve carbonation consistency, mouthfeel, and overall taste.
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On-Site Dry Ice Production: Convert reclaimed COâ‚‚ into dry ice directly at the point of use, eliminate the need for costly deliveries, reduce delivery emissions, and ensure reliable food-grade supply of dry ice on demand.
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Sustainability Leadership: Implementing carbon capture demonstrates a commitment to environmental responsibility, resonating with eco-conscious consumers.​
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Increase Employee Safety: Prevent hazardous COâ‚‚ buildup in confined spaces like fermentation rooms and cellars.
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