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Scalable one-step syntheses of aluminium-based MOFs†

MIL-160 is described by numerous authors as a prime candidate material for low energy water harvesting from air. Farrusseng et al document the feasibility of the synthesis by spray drying , a technology provided by MOFapps [...]

2025-11-05T15:09:50+01:00July 11th, 2025|

Successful Cooling tests

Successful Cooling tests for Adsorbus next generation cooling technology for data centers replacing silica gel with MOFs. Together with Adsorbus new method of shaping the adsorbing material our tests showed an improvement of up to 9x [...]

2025-11-05T15:07:15+01:00May 5th, 2025|

Upscaled Al-Fumarate Synthesis and Shaping by Spray Drying

Large productivity can be achieved at spray-driers due to their important evaporation capacity (up to several hundreds of tons of/h), opening the perspectives of mass production of Al-fumarate. MOFapps Technology was tested for scalability in regards to [...]

2025-11-05T15:08:35+01:00March 11th, 2025|

Licensing agreement with BASF

MOFapps are happy to share that we have signed a licence agreement with our partners BASF regarding adsorption cooling processes

2025-11-05T15:05:48+01:00February 1st, 2025|

Prof. Susumi Kitagawa joins MOFapps scientific board

MOFapps are proud to annonce that Prof Kitagawa, University Kyoto has agreed to join our scientific board. Prof Kitagawa will support us with inspiration for our projects and experience from his superb research. We are looking [...]

2018-11-13T15:11:20+01:00November 12th, 2018|
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