A technology that transforms plastic waste into green H2 and high value, sustainable chemicals at low cost.

A technology that transforms plastic waste into green H2 and high value, sustainable chemicals at low cost.
Miguel is Industry Partnerships and Commercialisation Officer for the Faculty of Engineering at Imperial College London
A novel method to fabricate porous metal mats with high porosity, variable/controllable thicknesses, high surface area and good mechanical strength
Improved process for synthesizing ammonia under ambient conditions significantly reducing energy requirements and carbon emissions.
A novel approach to light-sheet fluorescence microscopy that uses a folded optical configuration to achieve both sample scanning and dual-view image acquisition.
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.
Imperial.Tech.Pitch: Infrastructure resilience brought together inventors from Imperial to present their technology solutions to improve and enhance infrastructure around the world, from sensing and systems security through to carbon neutral concrete, corrosion prevention and design thinking innovations.
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