BACKGROUND

India and the UK face similar challenges in producing sustainable and cost-effective biofuels from lignocellulose. Following a BBSRC/DBT sponsored Bioenergy Workshop in New Delhi (October 2011), two synergistic BBSRC India partnership awards, concerned with the bacterial conversion of biomass-derived sugars into advanced biofuel, were secured by Minton/Lali and Fell/Yazdani/Mukherjee. The complementary objectives of these awards, and the principle UK and Indian partners involved, form the basis of this project, RICEFUEL.

Rice is the third biggest crop grown in the world and the major staple crop for most tropical nations. Rice straw is produced in large quantities because tropical agriculture allows 2-4 crops per year to be produced.

In many regions of India and elsewhere in South East Asia, millions of tons of straw are anually burned on the field for disposal, causing large scale emissions of black carbon, CO2, methane and leads to ozone generation. 

  • aims

    AIMS
    Our overall aim is the pilot-scale development of a microbial based process able to convert rice straw-derived sugars into the advanced biofuels butanol and alkanes.

     

    Read More
  • activities

    ACTIVITIES
    Our overall aim will be accomplished by implementing 3 workpackages.





    Read More
  • interactions

    INTERACTIONS







    Read More
  • outputs

    OUTPUTS
    The outcome of RICEFUEL will be Indian-based, cost-effective, scaled fermentation processes for the microbial (Geobacillus and Clostridia)  production of butanol and alkanes using rice straw as a feedstock.

    Read More