The bioeconomy at work: Dutch biorefinery project CATCHBIO receives first nod
As part of a €100 million investment program aimed at boosting innovation in the Netherlands, the ambitious research project CATCHBIO has received backing [*Dutch] from the commission responsible for screening the applications. It was selected as one of the best projects out of a total of 155 other submissions.
CATCHBIO - Catalysis for Sustainable Chemicals from Biomass [*Dutch] - is a project aimed at producing an integrated stream of innovative plant-based products, from fuels and bioplastics to green bulk and specialty chemicals. Built around the concept of biorefineries, the project focuses on optimising transformation and bioconversion processes that make use of all the components of plants.
The CATCHBIO project is a joint initiative of 23 of the Netherlands' leading research organisations, including the NIOK (Netherlands Institute for Research in Catalysis), most universities, led by the University of Utrecht, a host of public research institutes and private companies.
Research has shown that the Netherlands excel in innovation in emerrging fields like green chemistry and advanced biorefinery research (earlier post). By joining the expertise of the country's top researchers, the Netherlands is betting on pushing the 'bioeconomy' forward, in a way similar to how it stimulated the growth of its leading petrochemical industry. The Dutch government is now promoting the work of a high-level Focus Group on Chemistry which prepares the country for a future in which the country's chemical sector halves its consumption of fossil fuels. CATCHBIO is closely linked to this group and prepares the Netherlands for a post-oil world.
Green chemistry is a new field of research that opens tremendous opportunities for the creation of a sustainable economy, even though the challenges are considerable. After all, there are major differences between the new kind of chemistry and the traditional discipline, which was built for a large part on utilising petroleum. In each of the chemical industry's classic sectors - fine chemistry, bulk chemistry and fuels - new processes have to be developed and optimised.
Petroleum offered simple and robust raw materials such as ethane, the basis for robust, well-established chemical conversion paths. Biomass on the contrary offers a much wider variety of useful compounds, even though they are far more fragile and complex (these were lost when biomass underwent its transformation into fossil fuels):
bioenergy :: biofuels :: energy :: sustainability :: green chemistry :: biorefinery :: biomass :: Netherlands :: bioeconomy ::
Examples of these complex structures are bonds with oxygen, unsaturated bonds and compounds based on cyclic bonds. Transforming these into useful compounds requires sophisticated and subtle chemistry.
This is the challenge for the catalysis experts participating in the CATCHBIO project. Catalsysts will have to be developed that allow targetted and selective reactions under controlled and mild reaction-conditions.
New concepts for organic synthesis are being looked into, that will allow the integration of the stepts involved in separating compounds, purifying them and utilising them.
This presents a challenge to technology as such. In classic petrochemistry, the separation and purification (e.g. distillation) often requires considerable amounts of costly energy inputs. Chemistry based on biomass is not more cost or energy efficient from the start. Many reactions, for example, are carried out in water, which is is preferrable over using organic solvents, but if the product has to be obtained from a strongly diluted substance and consequently the water must be purified intensively, then we are hardly looking at a more sustainable process. In short, green chemistry is a complex new world that opens opportunities but tremendous challenges as well.
The CATCHBIO project is part of the SmartMix program of the Dutch government, which is aimed at stimulating scientific, technological, economical and socio-cultural innovation.
More information:
Joint release by the University of Utrecht, Nederlands Instituut voor Onderzoek in de Katalyse, and Advanced Chemical Technologies for Sustainability: Duurzame chemie ontwikkelen voor een duurzame samenleving, Positief advies Smart Mix voor CATCHBIO [dutch] - March 29, 2007.
University of Utrecht: Miljoenensubsidie voor onderzoeksproject naar biobrandstof [*Dutch] - March 28, 2007.
University of Groningen: CatchBio presentation [*Dutch]
AgriHolland: Positief advies voor onderzoeksprogramma CATCHBIO [*Dutch] - March 29, 2007.
CATCHBIO - Catalysis for Sustainable Chemicals from Biomass [*Dutch] - is a project aimed at producing an integrated stream of innovative plant-based products, from fuels and bioplastics to green bulk and specialty chemicals. Built around the concept of biorefineries, the project focuses on optimising transformation and bioconversion processes that make use of all the components of plants.
The CATCHBIO project is a joint initiative of 23 of the Netherlands' leading research organisations, including the NIOK (Netherlands Institute for Research in Catalysis), most universities, led by the University of Utrecht, a host of public research institutes and private companies.
Research has shown that the Netherlands excel in innovation in emerrging fields like green chemistry and advanced biorefinery research (earlier post). By joining the expertise of the country's top researchers, the Netherlands is betting on pushing the 'bioeconomy' forward, in a way similar to how it stimulated the growth of its leading petrochemical industry. The Dutch government is now promoting the work of a high-level Focus Group on Chemistry which prepares the country for a future in which the country's chemical sector halves its consumption of fossil fuels. CATCHBIO is closely linked to this group and prepares the Netherlands for a post-oil world.
Green chemistry is a new field of research that opens tremendous opportunities for the creation of a sustainable economy, even though the challenges are considerable. After all, there are major differences between the new kind of chemistry and the traditional discipline, which was built for a large part on utilising petroleum. In each of the chemical industry's classic sectors - fine chemistry, bulk chemistry and fuels - new processes have to be developed and optimised.
Petroleum offered simple and robust raw materials such as ethane, the basis for robust, well-established chemical conversion paths. Biomass on the contrary offers a much wider variety of useful compounds, even though they are far more fragile and complex (these were lost when biomass underwent its transformation into fossil fuels):
bioenergy :: biofuels :: energy :: sustainability :: green chemistry :: biorefinery :: biomass :: Netherlands :: bioeconomy ::
Examples of these complex structures are bonds with oxygen, unsaturated bonds and compounds based on cyclic bonds. Transforming these into useful compounds requires sophisticated and subtle chemistry.
This is the challenge for the catalysis experts participating in the CATCHBIO project. Catalsysts will have to be developed that allow targetted and selective reactions under controlled and mild reaction-conditions.
New concepts for organic synthesis are being looked into, that will allow the integration of the stepts involved in separating compounds, purifying them and utilising them.
This presents a challenge to technology as such. In classic petrochemistry, the separation and purification (e.g. distillation) often requires considerable amounts of costly energy inputs. Chemistry based on biomass is not more cost or energy efficient from the start. Many reactions, for example, are carried out in water, which is is preferrable over using organic solvents, but if the product has to be obtained from a strongly diluted substance and consequently the water must be purified intensively, then we are hardly looking at a more sustainable process. In short, green chemistry is a complex new world that opens opportunities but tremendous challenges as well.
The CATCHBIO project is part of the SmartMix program of the Dutch government, which is aimed at stimulating scientific, technological, economical and socio-cultural innovation.
More information:
Joint release by the University of Utrecht, Nederlands Instituut voor Onderzoek in de Katalyse, and Advanced Chemical Technologies for Sustainability: Duurzame chemie ontwikkelen voor een duurzame samenleving, Positief advies Smart Mix voor CATCHBIO [dutch] - March 29, 2007.
University of Utrecht: Miljoenensubsidie voor onderzoeksproject naar biobrandstof [*Dutch] - March 28, 2007.
University of Groningen: CatchBio presentation [*Dutch]
AgriHolland: Positief advies voor onderzoeksprogramma CATCHBIO [*Dutch] - March 29, 2007.
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