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Share your ideas to create a more sustainable UCL

The Sustainability Team are gathering ideas, views and insights into how we can all create a more sustainable UCL. After all, no one knows your departments, buildings and your work like you do.  More...

Published: Oct 29, 2014 10:34:00 AM

Become an ambassador for the Mayor of London's Low Carbon Entrepreneur 

The Mayor of London's Low Carbon Entrepreneur has returned to find more student-led sustainable business ideas. And London City Hall is looking for ambassadors to promote the competition.  More...

Published: Oct 27, 2014 3:45:00 PM

Gearing up for a new year

A cycling university More...

Published: Sep 30, 2014 5:32:00 PM

UCL's response to Transport for London's proposed Cycle Superhighways

UCL is currently preparing a formal response to Transport for London's proposals for both a new segregated East-West Cycle Superhighway through Central London and a North-South Cycle Superhighway between Elephant & Castle and King's Cross. If you'd like to make any make any suggestions to be considered as part of this response, please contact Joanna Marshall-Cook before Friday 3rd October.  More...

Published: Sep 26, 2014 10:28:00 AM

Massimiliano Materazzi (Chemical Engineering Department): Clean energy from waste: fundamental investigations on high temperature bubbling fluid bed gasifiers

Biomass is the third largest primary energy resource in the world, after coal and oil. Wide scale use of biomass could help postpone fossil fuel depletion and reduce global warming. Gasification of biomass is an attractive technology which utilizes municipal solid waste-based fuels to produce syngas (CO2 and H2) suitable for power production using energy gas engines or turbines. Fluidized bed gasification, because of its fuel flexibility, high efficiency and low environmental impact, is one of the most promising means for biomass energy conversion.
This work is centered on gaining a more fundamental understanding of particulate behaviour in the fluid bed and how this may impact operational issues including the fate of the ash forming components (ie agglomeration and defluidization) and the behaviour of the volatile matter. This will provide improvements and enhancements to be made to the design of gasification plants, hence enabling their successful development and take up.