Advanced Carbon Capture

Industrial-scale atmospheric CO₂ removal technology

Feature

Our carbon capture systems use advanced sorbent materials and optimised process design to remove CO₂ from industrial emissions and ambient air. Designed for continuous operation in demanding industrial environments, our technology delivers consistent performance whilst meeting European environmental standards.

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How It Works

Our carbon capture process

A systematic approach to removing CO₂ from industrial processes and ambient air through proven chemical absorption technology.

  1. 01

    Air Intake and Filtration

    Industrial air streams or ambient air enter our capture system through optimised intake designs that filter particulates whilst maintaining efficient flow rates for maximum CO₂ contact.

  2. 02

    Chemical Absorption

    CO₂ molecules bind with our proprietary sorbent materials in specially designed reaction chambers that maximise surface area contact and absorption efficiency.

  3. 03

    Regeneration and Collection

    Captured CO₂ is released from sorbent materials through controlled heating cycles, creating pure CO₂ streams ready for storage or utilisation applications.

  4. 04

    System Monitoring

    Continuous monitoring systems track capture rates, energy consumption, and system performance to ensure optimal operation and provide detailed reporting for compliance requirements.

Technical Advantages

Engineered for industrial performance

Our technology combines proven chemistry with innovative engineering to deliver reliable carbon capture in real-world industrial conditions.

Energy Efficient Operation

Optimised thermal cycles and heat recovery systems minimise energy consumption whilst maintaining high capture rates throughout continuous operation.

Modular System Design

Scalable modules allow systems to be sized precisely for specific applications, from small industrial processes to large-scale manufacturing facilities.

Robust Industrial Construction

All components are designed for continuous industrial operation with minimal maintenance requirements and extended service intervals.

Technical Information

Frequently asked questions about our technology

Common questions about carbon capture implementation, performance, and integration with existing industrial systems.

What CO₂ capture efficiency can your systems achieve?
Our systems typically achieve 95-99% capture efficiency from concentrated industrial streams and 85-95% from ambient air, depending on operating conditions and system configuration. Performance is continuously monitored and optimised for each specific application.
How does the technology integrate with existing industrial processes?
Our systems are designed for seamless integration with existing infrastructure. We conduct detailed site assessments to design custom integration solutions that minimise disruption to current operations whilst maximising capture efficiency.
What happens to the captured CO₂?
Captured CO₂ can be compressed and stored for permanent sequestration, used as feedstock for chemical processes, or sold to industrial users. We help clients develop the most appropriate utilisation strategy for their specific situation and location.
What are the energy requirements for operation?
Energy consumption varies by application but typically ranges from 1.5-3.0 GJ per tonne of CO₂ captured. Our systems incorporate heat recovery and process optimisation to minimise overall energy requirements whilst maintaining high capture rates.