Insights into porous material can improve sustainability of industrial processes
Understanding the formation of porous boron nitride will help reduce the energy required for large-scale processes such as carbon capture.
Imperial researcher wins award for work on cryogenics
Imperial researcher Dr. Jingyuan Xu has received the George T. Mulholland Memorial Award for her work on cryogenics.
Academic awarded fellowships for outstanding contribution to biochemical sensors
Imperial academic Dr Ali Yetisen has received two fellowships for his innovations in detection technologies and medical devices.
How Imperial's chemical engineers are tackling COP26 goals
How can the field of chemical engineering help to achieve the climate goals outlined at COP26?
Computer modelling tool can optimise personalised medicine supply chains
A new computer modelling tool can help optimise the distribution of patient-specific cancer treatments.
Global data competition won by Imperial’s chemical engineers
Four Imperial College London researchers are among winners of GSK and NineSigma’s Bio-Manufacturing Omics Data Challenge.
New high-performance material could reduce air pollution by capturing pollutants
Scientists have developed a new scalable and low-cost material that captures pollutants from the air without absorbing unnecessary moisture.
New membrane offers a breakthrough for tackling global water scarcity issues
A new low-cost, efficient membrane could help to provide clean, safe and accessible water treatment across the globe.
Reusable sponge offers cheaper, sustainable solution for oil wastewater clear up
Scientists have engineered a reusable sponge that will help clear up wastewater generated from the oil industry, in line with Net Zero targets.
New research shows how carbon capture technology can trap almost all emissions
A recent study revealed that amine-based carbon capture technologies can capture 99 per cent of carbon emissions, a promising step towards net zero.
