Media coverage
3
Media coverage
Title Novel material can capture and convert toxic pollutant into industrial chemical: Study Media name/outlet Business Standard Media type Web Country/Territory India Date 23/11/19 Description Researchers have developed a novel material that can capture the toxic air pollutant nitrogen dioxide which is produced during the combustion of fossil fuels, an advance that can lead to better air pollution control, and remediation technologies. URL https://www.business-standard.com/article/pti-stories/novel-material-can-capture-and-convert-toxic-pollutant-into-industrial-chemical-study-119112300679_1.html Persons Sihai Yang Title Toxic fumes from car exhausts could be worth a FORTUNE as scientists develop a new technology to convert the pollutants into a chemical used in fertiliser, rocket fuel and nylon Media name/outlet Mail Online Media type Web Country/Territory United Kingdom Date 22/11/19 Description Toxic fumes from the exhaust of a diesel or biofuel engine could be worth a fortune as scientists discover a way to trap and convert them into nitric acid.
The resulting chemical is used in a range of industries from the production of nylon fabrics and fertiliser to rocket fuel and explosives.
University of Manchester scientists developed a 'metal-organic-framework' (MOF) system that uses water and air to capture and convert the pollutant.URL https://www.dailymail.co.uk/sciencetech/article-7715209/Toxic-fumes-car-exhausts-converted-fertiliser.html Persons Martin Schröder, Jiangnan Li Title Scientists turn fossil fuel pollutant into usable industrial chemical Media name/outlet UPI Media type Web Country/Territory United States Date 22/11/19 Description Nov. 22 (UPI) -- Scientists have developed a new material, called a metal-organic framework, that successfully captures nitrogen dioxide, or NO2, a toxic pollutant produced by fossil fuel combustion. URL https://www.upi.com/Science_News/2019/11/22/Scientists-turn-fossil-fuel-pollutant-into-usable-industrial-chemical/8741574452508/ Persons Sihai Yang, Jiangnan Li
Research Beacons, Institutes and Platforms
- Advanced materials
Keywords
- materials
- chemistry
- air pollution