MTI Lab

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

[MTI Lab @LabMti]

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.

[Loughborough University @lborouniversity]

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:https://t.co/rq4SE8v8li

#GreenHydrogen #EPSRC_CDTs

[Amin Osatiashtiani @AOsatiashtiani]

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
https://t.co/1zopE32tT6

[MTI Lab @LabMti]

(3/3) The successful candidate will be a part of the Multiphase Transport & Interfaces (MTI) Research Group to complement current activities on carbon capture and use (#CCU) and low-carbon fuels.

[MTI Lab @LabMti]

(1/3) We are looking for a #postdoctoral researcher to work on #biohydrogen and #methanol process development at #cranfielduniversity.

Check out the job description and requirements here: https://t.co/4xCydw7Vsj

[MTI Lab @LabMti]

(2/3) Successful candidate will primarily work on “Bio-methanol Manufacturing Using Farming Biogas By-Products” project, co-founded by BBSRC, EPSRC, and Innovate UK.

[MTI Lab @LabMti]

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.

[MTI Lab @LabMti]

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