Improved process for synthesizing ammonia under ambient conditions significantly reducing energy requirements and carbon emissions.
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Porous Boron Nitride (BN) synthesis and shaping
Methods to tune the porosity of boron nitride and shape porous boron nitride into densified ready-to-use macrostructures
Edmond Yau
Edmond joined Imperial in February 2022 as an Industry Partnerships and Commercialisation Executive. He primary takes care of IP and licensing cases from the Faculty of Natural Sciences. Prior to joining Imperial, Edmond worked in Royal College of Art as Intellectual...
Metal complexes for promoting growth in a photosynthetic organism
The invention A suite of novel zinc carbonic anhydrase (CA) mimics have been developed, based upon the structure of the previously published mimic ZnL1S. By changing the atoms within the ligand structure i.e. from nitrogens to sulfurs, and with various arrangements of...
Dr Laura Barter
Catalytic materials for wastewater treatment
The invention A functional catalytic material that selectively oxidises organic molecules utilising molecular oxygen from the air is presented. The materials allow for heterogeneous reactions of molecules of interest within a liquid or in the gas phase with high yield...
Professor Alexander Bismarck
Professor Anthony Kucernak
Nacre-like decorated fibre for hierarchical ductile composite
A novel nacre-like fibre coating and application method that can improve the mechanical qualities of high performance composites, enabling lightweight nanocomposites with high strength, stiffness and toughness.
Catch up: Transition to zero pollution
Imperial.Tech.Pitch: Transition to zero pollution saw researchers and inventors from Imperial showcase their technologies and innovations that are helping companies and sectors to transition to a zero pollution future.
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