The development of biorefinery concepts and systems in which the provision of biomass and its conversion into products are integrated represent a key element for the transformation from an oil-based economy to a bioeconomy. Different bio-based raw materials must be utilized for the process: plants specifically cultivated for energy or material use, which may have been improved for later use by breeding, aquatic plants, waste materials or side streams from agriculture, the food industry and forestry, as well as residual materials from the paper industry. For energy or material use, perennial plants might be preferred if these can provide appropriate yields on otherwise unused poor soils that are unsuitable for agricultural production of food.
A biorefinery must not only be able to process a broader and more variable range of feedstocks than conventional oil refineries. Rather, completely new processes and procedures must be developed. In established petrochemical processes, the feedstocks are transformed in organic solvents, often at high temperatures, whereas the components of biomass require conversion processes at low temperatures in electrolytic solvents. Bio-technological processes for the production of platform chemicals require large quantities of auxiliaries and water. In order to allow up-scaling to production scale, methods are needed for recycling of solvents, catalysts and process water within a biorefinery. For residual material from the processed biomass, such as minerals or organic residues, opportunities must be created for recycling into material cycles, such as agricultural fertilizer.
AP3 - Advanced Pulping for Perennial Plants: A holistic and sustainable integrated lignocellulose biorefinery concept
April 2017 - December 2020
HyImPAct - Hybrid processes for Important Precursor and Active pharmaceutical ingredient
January 2018 - September 2021
Bio² - Integration of next generation biosurfactant production into biorefinery processes
May 2017 - December 2020
BEProMod - Incremental multi-scale and multi-disciplinary Modeling of Processes in Bioeconomy
July 2014 - June 2017
InducTomE - Induction of secondary metabolites in tomato by-products for extraction and economic evaluation of the model process
November 2015 - December 2017
PectiLyse - Activation of intrinsic enzymes for degradation of plant biomass side-streams
November 2015 - October 2017
BIOExpresSPro - Research and technology platform for the identfication, production, secretion and optimization of enzymes
January 2014 - December 2016
UstiLyse
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Improving plant biomass conversion by Ustilago maydis for sustainable production of platform chemicals
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Microbiology (HHU)
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EnZIP
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Enzymatic cell wall modification in plants to improve biomass utilization
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Molecular Biotechnology, Botany and Molecular Genetics (RWTH)
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GLUFACT
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Gluconobacter-Factory: strains and processes for stereoselective oxidative conversion of renewable carbon sources to industrial products
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Systemic Microbiology (FZJ)
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BIOExpresSPro
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Research and technology platform for the identification, production, secretion and optimization of enzymes
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Molecular Enzyme Technology (HHU)
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OrCaCel
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OrganoCat plant & pulping combinations for the full valorization of lignocellulose from perennial plants from marginal land
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Botany and Molecular Genetics, Technical Chemistry and Petrochemistry (RWTH)
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BEProMod
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Incremental multi-scale and multi-disciplinary modeling of processes in Bioeconomy
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Systems Biotechnology (FZJ)
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BioBreak
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Enzymes for biomass breakdown
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Molecular Enzyme Technology, Biochemistry I (HHU)
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MoniCon
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Establishing online methodology to monitor growth of single species in fungal consortia
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Biochemical Engineering (RWTH)
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PectiLyse
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Activation of intrinsic enzymes for degradation
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Microbiology (HHU)
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InducTomE
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Induction of secondary metabolites in tomato by-products for extraction and economic evaluation of the model process
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Botany and Molecular Genetics, Fluid Process Engineering (RWTH)
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SPREAD
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Silphium Perfoliatum – resource evaluation
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Developmental and Molecular Biology of Plants (HHU)
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MetEvo
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Metabolic evolution of microorganisms for the efficient utilization of carbon sources
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Biochemical Engineering (RWTH)
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AquaPro
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Using invasive alien aquatic plant biomass for bioenergy production
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Biochemistry of Plants (HHU)
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BioDeg
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Boosting plant biomass degradation by combined use of lignin- and cellulose-degrading enzymes
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Biochemistry II (HHU)
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AP3
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Advanced pulping for perennial plants: a holistic and sustainable integrated lignocellulose biorefinery concept
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Plant Sciences (FZJ)
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Bio2
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Integration of next generation biosurfactant production into biorefinery processes
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Bioprocess Engineering , Microbiology, Fluid Process Engineering, Chemical Process Engineering (RWTH)
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HyImPAct
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Hybrid processes for important precursor
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Systems Biotechnology (FZJ)
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XyloSens
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Development of a xylose sensor toolbox for microbial process monitoring and control
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Systems Biotechnology (FZJ)
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iBiomass
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Improve maize biomass for processing applying OrganoCat technology
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Microbiology, Plant Cell Biology and Biotechnology (HHU)
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Lignin2Value
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Valorization of lignin from agricultural residues for integrated biorefinery
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Biochemistry II (HHU)
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DesignR
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Tailoring Biosurfactants – Production of Designer Rhamnolipids
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Biochemical Engineering (RWTH)
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LIFT
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Lignin fractionation and separation to produce different technical lignins
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Plant Sciences (FZJ)
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SurfIn |
Surface Active Biomolecules for the Chemical Industry
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Molecular Enzyme Technology (HHU) |
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BioPlasticycle |
Transitioning bioplastics to the circular economy
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Systems Biotechnology, Synthetic Microbiology and Agrosphere (FZJ) |
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NextVegOil |
Production of a sustainable and tailor-made microbial palm oil substitute from agricutural residues
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Plant Cell and Biotechnology and Microbiology (HHU) |
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MK-ScaLoop |
Towards an industrial-scale process for a biotechnological production of methyl ketones in a novel multiphase loop reactor |
Fluid Process Engineering and Applied Microbiology (RWTH) |
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LignoTex |
Integrated Biorefinery for Sustainable Production and Processing of Lignin for Textile Application
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Plant Sciences (FZJ) |
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ToxPot |
Evaluation of the potential of utilizing potato-side streams for extraction of alkaloids |
Bioinformatics (FZJ) |
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PREDIG |
Modelling software to predict the enzymatic digestion of biomass |
Computational Cell Biology (HHU) |