High-Quality, Industrial-scale MOFs
Commercial MOF Products
ProMOF® 1100
An aluminium fumarate based metal-organic framework (MOF) designed for use in a wide range of applications including atmospheric water harvesting and dehumidification.
Metal Ions
Aluminium (Al)
Structure
Aluminium Fumarate
Applications
- Gas Storage
- Gas Separation
- Water Harvesting
- Dehumidification
Downloads
ProMOF® 1300
A MOF-303 structure, which is established as one of the best performing water harvesting materials discovered. This material particularly excels when harvesting water at low partial pressures.
Metal Ions
Aluminium (Al)
Structure
MOF-303
Applications
- Water harvesting
- Dehumidification
Downloads
ProMOF® 3100
An HKUST-1 based metal-organic framework (MOF) designed for use in a wide range of gas separation and storage applications. ProMOF 3100 exhibits high adsorption capacities for a range of small molecules and hydrocarbons.
Metal Ions
Copper (Cu)
Structure
HKUST-1
Applications
- Gas separation
- Gas storage
Downloads
ProMOF® 4200
A MIL-100 (Fe) based metal-organic framework (MOF) designed for use in a wide range of applications including atmospheric water harvesting and dehumidification. ProMOF 4200 exhibits very high adsorption of water, and particularly excels under conditions where the partial pressure of water is high.
Metal Ions
Iron (Fe)
Structure
MIL-100
Applications
- Water harvesting
- Dehumidification
Downloads
ProMOF® 9100
A UTSA-16 (Co/Zn) based metal-organic framework (MOF) designed for use in a wide range of carbon capture, including post-combustion, applications. ProMOF 9100 has high carbon dioxide (CO2) uptake capacity and selectivity.
Metal Ions
Cobalt (Co)
Zinc (Zn)
Structure
UTSA-16
Applications
- Post-combustion carbon capture
- Biogas upgrading
Downloads
The ProMOF® brand of metal-organic frameworks
ProMOF is more than a name, it’s our commitment to delivering unmatched material quality, proven real-world performance, and deep technical expertise. With the knowledge and assurance that their application is “powered by ProMOF®,” our customers are confident that they can benefit from the game-changing performance MOFs can bring to their applications.
Because not all MOFs are created equally
The combination of Promethean Particles’ proprietary continuous-flow manufacturing process and our deep expertise in MOF synthesis, enables the precise control of MOF structure, pore size, and morphology. This ensures our ProMOF range of metal-organic frameworks delivers the consistent chemical composition, physical properties, and performance that our customers rely on.
Figure 1: Lack of particle size distribution control and poor washing resulting in “dirty” MOFs
Figure 2: Excellent particle size distribution control (left), disc morphology (upper right), octahedral morphology (lower right)
Our ProMOF range of high-quality, cost-effective MOFs are supported by our team of research scientists and process engineers, ensuring our customers can access the technical support and assistance they need to successfully design and operate systems using our ProMOF products.
PRODUCT NEWS
Promethean Particles’ Awarded DESNZ Funding for MOF-based Carbon Capture
Promethean Particles (“Promethean” or the “Company”) is pleased to announce that it has been awarded a £445,848 grant...
James Stephenson and Selina Ambrose discuss MOF-based Carbon Capture with AZO Materials Network
After connecting with members of the AZO Materials Network at the 2022 Advanced Materials show, Chief Executive...
Promethean Particles Sponsors PhD Student to Advance Life Cycle Analysis of MOF-based Carbon Capture
Promethean Particles is sponsoring a further PhD studentship under the EPSRC Centre for Doctoral Training in Resilient...
Ready to discuss how Promethean Particles can help you with your next MOF-based challenge? Contact us to learn more.