Pioneering a Paradigm Shift
Attitudes to climate change are driving more action to implement decarbonisation solutions.
Promethean, through its use of Continuous Flow Hydrothermal Synthesis (CFHS) and patented reactor systems, is delivering the materials and technology to meet these demands via MOF-based carbon capture.
Attitudes to climate change are driving more action to implement decarbonisation solutions.
Promethean, through its use of Continuous Flow Hydrothermal Synthesis (CFHS) and patented reactor systems, is delivering the materials and technology to meet these demands via MOF-based carbon capture.
CHALLENGE
CO2 EMISSIONS
With annual CO2 emissions in excess of 36 billion tonnes, climate change is perhaps the greatest challenge facing mankind today. Tackling a problem of this magnitude requires solutions from every sector – and every angle – and at an unimaginable scale. The result is an unprecedented demand for new carbon capture technology.
SOLUTION
COST-EFFECTIVE MOFs
MOFs have show significant promise as energy-efficient, selective carbon capture sorbents, yet have failed to gain traction due to perceptions of high cost and lack of industrial scale. Our cost-effective MOFs can be produced at scale to help meet the demand for new carbon capture technology – a true paradigm shift.
HIDDEN
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Carbon capture
Unprecedented demand
Demand is accelerating for viable, energy-efficient carbon capture solutions. Promethean has already demonstrated its capability to produce MOFs at scale and is now actively developing and demonstrating their use in carbon capture applications. We’re focused on developing cost-effective solutions for hard-to-abate emissions from the power and industrial sectors, but have also seen significant interest in MOFs for direct-air capture applications.
MOFs
Energy-efficient sorbent nanomaterials
Metal-organic frameworks (MOFs) are a class of materials with incredibly high surface areas, some of which have the ability to preferentially adsorb materials like carbon dioxide. By flowing air or post-combustion gas streams over beds of selected MOFs, carbon dioxide can be selectively removed and later recovered in a controlled manner. Our continuous flow process and patented reactor designs are breaking some of the scale and cost paradigms that have historically held back the use of these incredible materials.
Continuous flow synthesis
Cost-effective, scalable technology
As a world leader in continuous flow hydrothermal synthesis of nanomaterials, Promethean is enabling MOFs to be a viable carbon capture sorbent at an industrial scale, putting us at the forefront of the manufacture of MOFs for carbon capture. We’re uniquely positioned to provide industrial-scale, cost-effective MOFs for carbon capture applications.
Ready to discuss how Promethean can help with your next
MOF-based carbon capture challenge? Contact us to learn more.
New Collaboration
targeting energy-efficient
MOF-based Carbon Capture
Promethean announces new collaboration with the University of Nottingham and Drax power station, on novel approach to carbon capture.
Promethean Developing MOFs to Improve CO2 Capture as Part of CARMOF Project
Promethean Particles has announced it is currently developing metal-organic frameworks (MOFs) to enable highly efficient and cost-effective CO2 capture.
MOFs Carbon Capture
and Storage Applications
(White paper)
Novel approaches to carbon capture are a necessity to tackle the accelerating negative impacts of man-made climate change. Metal-organic frameworks (MOFs) are a promising, cost-effective candidate to help solve this problem.
New Collaboration
targeting energy-efficient
MOF-based Carbon Capture
Promethean announces new collaboration with the University of Nottingham and Drax power station, on novel approach to carbon capture.
Promethean Developing MOFs to Improve CO2 Capture as Part of CARMOF Project
Promethean Particles has announced it is currently developing metal-organic frameworks (MOFs) to enable highly efficient and cost-effective CO2 capture.
MOFs for Carbon Capture and Storage Applications
(White paper)
Novel approaches to carbon capture are a necessity to tackle the accelerating negative impacts of man-made climate change. Metal-organic frameworks (MOFs) are a promising, cost-effective candidate to help solve this problem
We’re ready to
discuss your next
nanomaterial project
We’re ready to discuss your next nanomaterial project
Have a nanomaterial challenge? Connect with our team of experts to see what we can bring to your product application.
