Solution to Carbon Transportation.
We repurpose existing natural gas pipelines for the dual transportation of CO2 and natural gas. Discover how our innovative technology can help solve tomorrow’s carbon capture challenges today.
Solution to Carbon Transportation.
We repurpose existing natural gas pipelines for the dual transportation of CO2 and natural gas. Discover how our innovative technology can help solve tomorrow’s carbon capture challenges today.
Solution to Carbon Transportation.
We repurpose existing natural gas pipelines for the dual transportation of CO2 and natural gas. Discover how our innovative technology can help solve tomorrow’s carbon capture challenges today.
problem
problem
As we advance in capturing CO2 to combat climate change, we face a growing challenge: an abundance of captured CO2 with limited means to transport it efficiently. Existing infrastructure is not equipped to handle the future volumes of CO2 we need to sequester, leading to significant bottlenecks. Traditional CO2 pipelines are costly and time-consuming to build, posing a significant hurdle in our sustainability efforts. Without a viable solution, we risk falling short of our environmental goals and exacerbating climate issues.
As we advance in capturing CO2 to combat climate change, we face a growing challenge: an abundance of captured CO2 with limited means to transport it efficiently. Existing infrastructure is not equipped to handle the future volumes of CO2 we need to sequester, leading to significant bottlenecks. Traditional CO2 pipelines are costly and time-consuming to build, posing a significant hurdle in our sustainability efforts. Without a viable solution, we risk falling short of our environmental goals and exacerbating climate issues.
2022
2022
0
0
100
100
200
200
300
300
400
400
Mt CO2
Mt CO2
2024
2024
2026
2026
2028
2028
2030
2030
Solution
Solution
Our pioneering technology transforms existing natural gas pipelines for bidirectional use, allowing the same infrastructure to transport both CO2 and natural gas. This dual-purpose approach maximizes the utility of current assets, avoiding the need for new CO2 pipelines. We conduct thorough assessments of pipelines to determine their suitability for repurposing, ensuring technical feasibility and safety. Our specialized relay stations manage the bidirectional flow, optimizing the performance and efficiency of the system. By leveraging existing infrastructure, we provide a cost-effective and sustainable solution to the CO2 transportation challenge.
Our pioneering technology transforms existing natural gas pipelines for bidirectional use, allowing the same infrastructure to transport both CO2 and natural gas. This dual-purpose approach maximizes the utility of current assets, avoiding the need for new CO2 pipelines. We conduct thorough assessments of pipelines to determine their suitability for repurposing, ensuring technical feasibility and safety. Our specialized relay stations manage the bidirectional flow, optimizing the performance and efficiency of the system. By leveraging existing infrastructure, we provide a cost-effective and sustainable solution to the CO2 transportation challenge.
Technology
Technology
The Capture to Removal Unit (CtR) efficiently manages bi-directional CO2 and natural gas flow in existing pipelines. Installed at strategic points, it integrates sensors and automated valves with minimal disruption. The station switches between CO2 and gas transport using automated systems, ensuring optimal pressure and flow. Safety is prioritized through leak detection and continuous data transmission to a central hub. It also handles CO2 compression and injection, maintaining system integrity. This leverages existing infrastructure for cost-effective, sustainable transport.
The Capture to Removal Unit (CtR) efficiently manages bi-directional CO2 and natural gas flow in existing pipelines. Installed at strategic points, it integrates sensors and automated valves with minimal disruption. The station switches between CO2 and gas transport using automated systems, ensuring optimal pressure and flow. Safety is prioritized through leak detection and continuous data transmission to a central hub. It also handles CO2 compression and injection, maintaining system integrity. This leverages existing infrastructure for cost-effective, sustainable transport.
This setup is scalable, allowing additional factories to be easily connected to both the CO2 collection system and the natural gas supply.
This setup is scalable, allowing additional factories to be easily connected to both the CO2 collection system and the natural gas supply.
Advantages
Advantages
Our technology, Repurposing Pipelines, stands out as an efficient solution for CO2 transport compared to other alternatives like new pipelines, road, and rail transportation. By leveraging existing infrastructure, it offers significant cost savings, minimal environmental impact, and high capacity for continuous transport. In contrast to new pipelines, which require high construction costs and long implementation times, our approach is both quicker and more cost-effective. Compared to road and rail, our technology provides greater flexibility and safety, making it an ideal choice for sustainable CO2 management.
Our technology, Repurposing Pipelines, stands out as an efficient solution for CO2 transport compared to other alternatives like new pipelines, road, and rail transportation. By leveraging existing infrastructure, it offers significant cost savings, minimal environmental impact, and high capacity for continuous transport. In contrast to new pipelines, which require high construction costs and long implementation times, our approach is both quicker and more cost-effective. Compared to road and rail, our technology provides greater flexibility and safety, making it an ideal choice for sustainable CO2 management.
Research
Research
Currently, we are gearing up for our pilot project and actively collaborating with experts and universities to ensure its successful development. Our commitment lies in facilitating a seamless transition in the natural gas pipeline network, addressing the future challenges of CO2 transportation. By leveraging innovative solutions and cutting-edge research, we aim to create a sustainable and efficient system that meets the needs of tomorrow.
Currently, we are gearing up for our pilot project and actively collaborating with experts and universities to ensure its successful development. Our commitment lies in facilitating a seamless transition in the natural gas pipeline network, addressing the future challenges of CO2 transportation. By leveraging innovative solutions and cutting-edge research, we aim to create a sustainable and efficient system that meets the needs of tomorrow.
FAQ
FAQ
Why is there a need to transport CO2?
What are the benefits of repurposing existing pipelines?
Is it safe to transport CO2 and natural gas in the same pipeline?
What types of pipelines can be repurposed for bidirectional use?
Why is there a need to transport CO2?
What are the benefits of repurposing existing pipelines?
Is it safe to transport CO2 and natural gas in the same pipeline?
What types of pipelines can be repurposed for bidirectional use?
©2023 Mormair Ltd, trading as Biflow, is a company registered in Scotland (Company Number: SC720176) at The Pentagon Centre, 36 Washington Street, 225e, Glasgow, G3 8AZ. All rights reserved. Use of this site constitutes acceptance of our Privacy Policy. The material on this site may not be reproduced, distributed, transmitted, cached, or otherwise used without prior written permission of Mormair Ltd.
©2023 Mormair Ltd, trading as Biflow, is a company registered in Scotland (Company Number: SC720176) at The Pentagon Centre, 36 Washington Street, 225e, Glasgow, G3 8AZ. All rights reserved. Use of this site constitutes acceptance of our Privacy Policy. The material on this site may not be reproduced, distributed, transmitted, cached, or otherwise used without prior written permission of Mormair Ltd.
©2023 Mormair Ltd, trading as Biflow, is a company registered in Scotland (Company Number: SC720176) at The Pentagon Centre, 36 Washington Street, 225e, Glasgow, G3 8AZ. All rights reserved. Use of this site constitutes acceptance of our Privacy Policy. The material on this site may not be reproduced, distributed, transmitted, cached, or otherwise used without prior written permission of Mormair Ltd.