LabMti's profile picture. Multiphase Transport & Interfaces Lab at Cranfield University | Advancing CCUS and low-carbon fuels

MTI Lab

@LabMti

Multiphase Transport & Interfaces Lab at Cranfield University | Advancing CCUS and low-carbon fuels

MTI group at #Cranfield is delighted to be part of #EPSRC_CDT in Engineering Hydrogen Net Zero! Studentships will be advertised here soon, stay tuned.

We're proud to launch EnerHy, the UK’s only Centre for Doctoral Training (CDT) in Engineering Hydrogen Net Zero👏 In collaboration with @CranfieldUni @UniStrathclyde supported by @EPSRC and 60+ industry and civic partners Read:lboro.uk/43cESff #GreenHydrogen #EPSRC_CDTs

lborouniversity's tweet image. We're proud to launch EnerHy, the UK’s only Centre for Doctoral Training (CDT) in Engineering Hydrogen Net Zero👏

In collaboration with @CranfieldUni @UniStrathclyde supported by @EPSRC and 60+ industry and civic partners

Read:lboro.uk/43cESff

#GreenHydrogen #EPSRC_CDTs


MTI Lab 已轉發

Most global H2 comes from methane reforming. New research led by @siqiwang55 & @PTClough finds Ni3Cu1/alumina catalyst is highly efficient, achieving 97% methane reforming at 700°C. Addition of Cu & Ge further enhances the activity. @NabaviAli sciencedirect.com/science/articl…


We are delighted to announce (with a bit of delay!) that Sunera Athauda, from MTI Lab, was awarded #UKCCSRC’s ‘Early Career Researchers Poster Award’ for their research on ‘Structured Functional Polymeric Sorbents for Carbon Capture’, during the Autumn UKCCSRC Conference.

LabMti's tweet image. We are delighted to announce (with a bit of delay!) that Sunera Athauda, from MTI Lab, was awarded #UKCCSRC’s ‘Early Career Researchers Poster Award’ for their research on ‘Structured Functional Polymeric Sorbents for Carbon Capture’, during the Autumn UKCCSRC Conference.

Hello from the official Multiphase Transport & Interfaces (MTI) lab!


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