by Staff Writers
Copenhagen, Denmark (SPX) Jul 03, 2012
The industry is interested in establishing a biorefinery sector in Denmark that can replace oil-based products with biofriendly materials, chemicals, energy and fuel. But this requires a larger biomass production than we are currently achieving. Scientists from University of Copenhagen and Aarhus University have published an extensive report that shows how we can increase the production of biomass by more than 200% in an environmentally friendly way.
The report called "The ten-million-tonne plan" shows how we can increase the Danish production of biomass from agriculture and forestry by 10 million tonnes per year without affecting the current production of feed and food.
The plan also shows how we can substantially reduce the environmental impact compared with current levels.
"It sounds too good to be true, but it is quite realistic. By concentrating on a number of areas we can in practice double plant production and improve the utilisation of existing resources so there is enough both for food and feed production and for an additional 10 million tonnes of biomass in 2020," says Morten Gylling, senior advisor at the Faculty of Science, University of Copenhagen.
The report contains a number of specific subelements that combined provide a solution for how we can use sustainable biology and technology to get an additional 10 million tonnes of biomass a year by 2020 without incorporating more agricultural land.
"One of the options is to double crop yield per hectare in selected areas. This can be done by converting to cropping systems with improved perennial crops and break crops to extend the growing season and thus more fully exploit the solar radiation. This will be sufficient to meet the requirements for both feed and food production and for the biomass production for a number of biofriendly products," explains Uffe Jorgensen, senior scientist at Aarhus University.
New biorefinery sector possible
"A future Danish biorefinery sector would create around new 20,000 jobs in production and industry, primarily in the provinces," says Professor Claus Felby from University of Copenhagen and continues:
"10 million tonnes of biomass actually corresponds to 20 percent of our current consumption of natural gas and to 30-50 percent of our consumption of petroleum and diesel. To this should be added a significantly higher feed production that to a large extent will be able to replace what we currently import from countries such as South America," says Claus Felby.
Biomass venture reduces impact on environment
"A focus on biomass production alone will help meet our obligations in the EU Water Framework Directive, which is one of the most important tasks of Natur og Landbrugskommissionen (Agriculture and Nature Council) at the moment. It is particularly a better utilisation of animal manure that will help us to significantly reduce nitrate leaching," emphasises Morten Gylling.
Biodiversity in Denmark will also be enhanced:
"We can increase biodiversity by harvesting the grass from approx. 70,000 ha of lowland meadows so they do not become smothered in nettles and willow as a result of nutrient overloads. Another option is to increase the area with natural woodland by 47,000 ha, and it is also possible to cut and remove the biomass and nutrients from approx. 7,000 ha of road verges to increase floral diversity," adds Uffe Jorgensen.
In order to realise the biomass potential, a massive investment in research and development will be needed in future years, particularly within agriculture and forestry, but also within the biological and chemical conversion of biomass.
The project is part of the collaboration between University of Copenhagen, Aarhus University and DONG set up in December 2011 to help launch special initiatives within research and education in green energy.
University of Copenhagen
Bio Fuel Technology and Application News
|The content herein, unless otherwise known to be public domain, are Copyright 1995-2014 - Space Media Network. AFP, UPI and IANS news wire stories are copyright Agence France-Presse, United Press International and Indo-Asia News Service. ESA Portal Reports are copyright European Space Agency. All NASA sourced material is public domain. Additional copyrights may apply in whole or part to other bona fide parties. Advertising does not imply endorsement,agreement or approval of any opinions, statements or information provided by Space Media Network on any Web page published or hosted by Space Media Network. Privacy Statement|