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Best ways to cut carbon emissions from the cement industry explored


20 May 2021
A new Imperial report identifies alternative materials and carbon capture technologies as critical in decarbonising the cement industry. 
Around 3.5 billion tonnes of Ordinary Portland Cement, a critical building material worldwide, are produced annually – but every tonne emits up to 622 kg of carbon dioxide (CO2) The cement industry contributes seven per cent of global anthropogenic CO2 emissions, with the amount of CO2 released depending on differences in the materials used in production, the types of cement kiln used, and the fuels being burned.
This could be done using a combination of carbon capture and storage (CCS) and fuel and intermediate product substitutes. However, they say the most sensible solution might be to combine burning municipal solid waste with CCS, which could slash emissions to minus 20 per cent of their current level.In a new paper, researchers at Imperial College London have considered the potentially most effective ways to deca ....

City Of , United Kingdom , Stevenj Davis , Pauls Fennell , Aseel Mohammed , Paul Fennell , Imperial Department Of Chemical Engineering , Imperial College London , Ordinary Portland Cement , Professor Paul Fennell , Chemical Engineering , Omain B , Carbon Emissions , நகரம் ஆஃப் , ஒன்றுபட்டது கிஂக்டம் , பால் ஃபெநல் , ஏகாதிபத்தியம் துறை ஆஃப் இரசாயன பொறியியல் , ஏகாதிபத்தியம் கல்லூரி லண்டன் , ஆர்டிநரீ போர்டிலந்ட் சிமென்ட் , இரசாயன பொறியியல் ,

Blood clot-busting nanocapsules could reduce existing treatment's side effects


Date Time
Blood clot-busting nanocapsules could reduce existing treatment’s side effects
Imperial researchers have designed drug delivery nanocapsules that could reduce the side effects of a major blood clot dissolving drug.
Tested on human blood in the lab, the selective nanocapsules could reduce the side effects of a major blood clot dissolving drug, which include bleeding on the brain. If confirmed with animal tests, the nanocapsules could also make the drug more effective at lower doses.
We have wrapped (the drug) in a package that extends this therapeutic window and minimises the required dose. Our results are exciting but animal and clinical studies are required for validation. Dr Rongjun Chen Department of Chemical Engineering ....

City Of , United Kingdom , Xiao Yun Xu , Simon Thom , Rongjun Chen , Dr Rongjun Chen Department Of Chemical Engineering , Imperial National Heart , Lung Institute , Imperial Department Of Chemical Engineering , Imperial College Healthcare , Professor Simon Thom National Heart , Sciences Research Council , Imperial Biomedical Research Centre , National Institute For Health Research , Imperial College London , Department Of Health , Chemical Engineering , Professor Simon Thom , National Heart , National Institute , Health Research , Social Care , Physical Sciences Research Council , Department Of Health , Science Advances , Research Council ,

Best ways to cut carbon emissions from cement industry explored


Date Time
Best ways to cut carbon emissions from cement industry explored
A new Imperial report identifies alternative materials and carbon capture technologies as critical in decarbonising the cement industry.
Around 3.5 billion tonnes of Ordinary Portland Cement, a critical building material worldwide, are produced annually – but every tonne emits up to 622 kg of carbon dioxide (CO
2) The cement industry contributes seven per cent of global anthropogenic CO
2 emissions, with the amount of CO
2 released depending on differences in the materials used in production, the types of cement kiln used, and the fuels being burned.
CO2 is a key greenhouse gas driving climate change, and it’s released by several aspects of cement production. Professor Paul Fennell Department of Chemical Engineering ....

City Of , United Kingdom , Stevenj Davis , Pauls Fennell , Aseel Mohammed , Paul Fennell , Professor Paul Fennell Department Of Chemical Engineering , Imperial Department Of Chemical Engineering , Imperial College London , Ordinary Portland Cement , Paul Fennell Department , Professor Paul Fennell , Chemical Engineering , Imperial College , Energy Efficiency , Carbon Emissions , Carbon Dioxide , Climate Change , Carbon Capture , நகரம் ஆஃப் , ஒன்றுபட்டது கிஂக்டம் , பால் ஃபெநல் , ஏகாதிபத்தியம் துறை ஆஃப் இரசாயன பொறியியல் , ஏகாதிபத்தியம் கல்லூரி லண்டன் , ஆர்டிநரீ போர்டிலந்ட் சிமென்ட் , இரசாயன பொறியியல் ,