Skip to main content

Innovative project for producing fuel from microbes

An innovative project in the UK is aimed at replicating photosynthesis in a bid to produce biofuels. This project is being carried out by a team at the University of East Anglia (UEA), with assistance from the University of Cambridge and the University of Leeds. The intention is to find a simple and efficient process for producing hydrogen, with funding coming from the UK’s Biotechnology and Biological Sciences research council. The hydrogen produced using this technology then be used either as a fuel for i
January 23, 2013 Read time: 1 min
An innovative project in the UK is aimed at replicating photosynthesis in a bid to produce biofuels. This project is being carried out by a team at the University of East Anglia (UEA), with assistance from the University of Cambridge and the University of Leeds. The intention is to find a simple and efficient process for producing hydrogen, with funding coming from the UK’s Biotechnology and Biological Sciences research council. The hydrogen produced using this technology then be used either as a fuel for internal combustion engine cars or for vehicles with fuel cells. The process is complex and requires fitting micro solar energy converters onto microbes and extensive research will be required before it will be ready for field trials.

Related Content

  • Advances in asphalt paving equipment coming to market
    June 27, 2018
    Some of the key manufacturers are improving asphalt paving technology with key developments to machines as well as the electronics and telematics systems fitted – Mike Woof writes. Several of the major asphalt paver manufacturers have unveiled new machines and systems that can optimise operations. Improved operating features for the BOMAG BF 800 C-2 paver are said to help increase its output and efficiency when working on-site. An important development is the new traffic light system, which helps improve co
  • China plans to boost use of electric vehicles
    December 6, 2012
    The authorities in China are keen for increased use of electric vehicles as part of a plan to reduce pollution in major cities, and as part of a wider programme aimed at lowering the environmental impact from mobility. Fuel costs are comparatively high in China, further encouraging drivers to switch to electric vehicles, at least for urban trips. And electric-assist bicycles as well as scooters are already popular in Chinese cities, highlighting the strong potential market for electric cars in the country.
  • Lowering the carbon footprint of asphalt production
    September 28, 2023
    Advances in asphalt production will reduce carbon emissions and energy consumption.
  • University of Zagreb and SWARCO evaluate road paint for toxins
    April 29, 2015
    The Faculty of Transport and Traffic Sciences, Department for Traffic Signalization, University of Zagreb has carried out extensive research into markings in partnership with SWARCO. The two bodies have evaluated the performance of waterborne and solvent based paints under normal usage conditions. The aim is evaluate the use of waterborne road markings in Croatia, to reduce the emissions of volatile organic compounds and increase the safety of applicators by eliminating toxic and flammable materials. Te