Cost Savings
Time Savings
Space Savings
Increased Mobility
A specialized variation of the dual-phase carbon capture system, redesigned for small-scaled projects and specific use cases. This system offers enhanced space efficiency, mobility, time savings, and cost-effectiveness for projects capturing under 10,000 tons of CO2 per year.
Our modular capture systems are highly compact and can help save a lot of on-site space. It is also very mobile, allowing for quick and easy rearrangement or relocation as needed.
Thanks to their modular design, these systems significantly reduce engineering and on-site construction costs. Additionally, they offer shorter delivery and project completion times compared to traditional systems.
These modular capture systems are flexible and can also be used in a variety of special scenarios. For instance, they can be installed on cargo ships to capture transportation emissions. It can also be used in offshore or isolated locations to capture and immediately utilize CO2 in the surrounding area.
Typically our modular solutions cover emissions profiles less than 10,000 tons of CO2 captured per annum. The initial cost will vary and would depend on several factors such as CO2 concentration, Project Size, and Utilization Options. However, when compared to our traditional large scale systems, the capital cost of our modular solution would cost significantly less overall.
Not necessarily. When deciding between a modular and traditional built in system, it is important to realize each of their benefits in their corresponding environments. Our modular systems typically excel in smaller projects, providing versatility and cost-effectiveness while traditional systems are generally for larger scale industrial projects that have very high flow rates of flue gas which would normally overwhelm a modular setup.
Yes. In terms of financing or leasing modular systems, we are always flexible in providing a custom solution that suits the financial goals of our clients.
Yes. If our client's emissions increase drastically and need a larger system to compensate, we would be open to discussing the implementation of a larger capture solution that adapts to the new conditions. Once approved, the modular system can be easily detached and replaced.
