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The economics of carbon capture.

Capture CO₂. Change the economics. Carbon capture works technically. The harder question is whether it works economically for your site.

Captivate Carbon is for industrial emitters where the energy, complexity and cost of conventional carbon capture can make deployment difficult.

A different approach to carbon capture.

Captivate uses highly selective solid adsorbents to separate CO₂ from other gases. CO₂ is captured onto the adsorbent and released through changes in pressure, reducing reliance on the high-temperature regeneration used by many conventional capture technologies.

This creates the potential for:

  • Lower capture energy

  • High CO₂ purity

  • High CO₂ recovery

  • Modular system design

  • Reduced process complexity

  • Competitive capture economics

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How Captivate Carbon Works

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Designed for industrial applications

Potential applications include:

  • Industrial combustion

  • Boilers

  • Process emissions

  • Geothermal gases

  • Cement

  • Wastewater and biogenic emissions

  • Other concentrated CO₂-containing gas streams

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Capture is only valuable if the whole system works.

We don't look at capture performance in isolation. Flow rate, CO₂ concentration, energy availability, equipment requirements, compression, utilisation or storage pathway and project economics all influence whether a carbon-capture project makes sense.

That's why we start with simulation.

Start with your emissions.

Give us your gas composition, flow rate and operating conditions. We'll simulate how Captivate Carbon could perform and estimate the potential purity, recovery and energy requirements for your application.

If the results are promising, Captivate Feasibility can then build the broader technical and economic case.

Find out whether Captivate Carbon could work at your site.