Hydrolysis catalyst regenerated from reaction waste
Many expect biomass will play a key role in sustaining society’s future energy demands. The most abundant non-food biomass is lignocellulose, composed of cellulose, hemicellulose and lignin. To convert the biomass to energy, it is hydrolysed to monomeric sugars, which can be converted into other valuable compounds and used as fuel.
But leftovers from the catalytic conversion of biomass into biofuels and biochemicals need not go to waste. So say Japanese researchers who have devised a method using eucalyptus trees that regenerates residue from the process into fresh catalyst.
This article provides a link to coverage by Chemistry World.
Thanks for using Education in Chemistry. You can view one Education in Chemistry article per month as a visitor.
Registration is open to all teachers and technicians at secondary schools, colleges and teacher training institutions in the UK and Ireland.
Get all this, plus much more:
Already a Teach Chemistry member? Sign in now.
Not eligible for Teach Chemistry? Sign up for a personal account instead, or you can also access all our resources with Royal Society of Chemistry membership.