Cluster of Excellence "Tailor-Made Fuels from Biomass" (TMFB)
World-wide increasing carbon dioxide (CO2) emissions, a rising energy demand and limited availability of fossil energy resources constitute major challenges facing society today. Special emphasis is on transportation fuels, due to their specific requirements with respect to distribution, storage, preparation and combustion. Renewable raw materials are attaining increasing interest in this context. The Cluster of Excellence (CoE) “Tailor-Made Fuels from Biomass” (TMFB) takes an interdisciplinary research approach towards new synthetic fuels based on biomass feedstock. New target-designed synthesis pathways, employing novel catalytic systems and reaction solvents and tightly integrated production processes, which embed intensified process units for fuel production, are considered to create new tailor-made fuels most efficiently. The potential of the fuel as optimisation parameter for future low-temperature combustion technology for internal combustion engines will be fundamentally explored. By striving for a new catalytic, selective and targeted transformation of the whole plant (lignocellulose) into fuel components, tailored to the requirements of novel clean combustion processes, this CoE will provide the scientific basis to introduce the 3rd generation of biofuels. The integrated approach, clustering expertise from natural and engineering sciences, will follow a model-based design procedure: a mixture of a few well-defined candidate fuel components with tailored properties will be derived from the requirements of the combustion process. The viability of the desired blend of fuel components is therefore decided by technological, economic and ecological constraints, which critically depend on (bio-) chemical transformation, process engineering and combustion technology.Ongoing success within the TMFB Cluster from the field of resource pulping can be found in a recently published article of Nature Chemistry
Current research focus in the thematic area: Cluster of Excellence "Tailor-Made Fuels from Biomass" (TMFB)
Our current projects:
- Dissolution of lignocellulosic biomass in ionic liquids more
- Computer-Aided Molecular Design for biofuels more
- Conceptual Process Design from Biomass to Biofuel – Reaction networks more
- Conceptual Process Design from Biomass to Biofuel – Reaction networks more
- Electrodialysis of Ionic Liquids more
Environmental engineering, water and energy technologies
- Three step mechanical process for pre-treatment of biomass more
- Purification of ionic liquids for the TMFB process by extraction more
- Extraction in high-viscosity systems more
- Drop-behaviour based description of separation of liquid-liquid systems with settlers under the influence of solids and high viscosity more
Molecular Thermodynamics and Simulation
- Prediction of thermophysical properties bio-based pure substances more
Tailor-Made Fuels from Biomass (TMFB)
- Dissolution of lignocellulosic biomass in ionic liquids more
- Purification of ionic liquids for the TMFB process by extraction more
- Characterization of ionic liquid assisted enzymatic cellulose hydrolysis more
- Computer-Aided Molecular Design for biofuels more
- Extraction in high-viscosity systems more
- Recovery of itaconic acid from bioprocesses with membranes for the production of bio fuels more
- Conceptual Process Design from Biomass to Biofuel – Reaction networks more
- Drop-behaviour based description of separation of liquid-liquid systems with settlers under the influence of solids and high viscosity more
- Understanding mass transport of ionic liquids in nanofiltration membranes more
- Prediction of thermophysical properties bio-based pure substances more
- Industrial collaboration; Technical characterization of small scale cultivation vessels for a defined scaling more
- Direct Fermentation of Green Energy Plants to Platform Chemicals more
- Automated screening system for rational selection and characterization of most efficient biocatalysts and process parameters. more
- Characterization of ionic liquid assisted enzymatic cellulose hydrolysis more
- Reaction Engineering for Laccase-Catalyzed Lignin Degradation in Pure or Water-Miscible Ionic Liquids more
- Reaction Engineering for Laccase-Catalyzed Lignin Degradation more








