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Faculty 04: Production Engineering - Mechanical Engineering and Process Engineering: Chemical Process Engineering
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      • Electrochemistry
        • Electrochemical CO2 reduction through NADH regeneration
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        • Metal Oxide Modeling
        • PICC Power Induced Catalytic Combustor
        • QUARREE100
        • Electrodeless dielectrophoretic filtration
        • Dielectrophoretic particle chromatography
        • Dielectrophoretic Effects in Porous Media
        • Gas transport in mesopores
        • Sabatier reaction with changing feed loads
        • Rarefied gas flows
        • Reactive Bubble Flow
        • Electrochemical metal characterization
        • REMEMBER
        • Inorganic mineral foam
    • Vacancies and Projects
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  1. Chemical Process Engineering
  2. Research
  3. Finished Projects

Finished Projects

Extraterrestrial iron production (APF Initiative)

Oxide layer modeling

REDUCTO: Electrochemical CO2 reduction

PICC - Power Induced Catalytic Combustor

QUARREE 100: Operando MRI and dynamic Fischer-Tropsch synthesis

GRK 1860: Heat and mass transport in porous media

Highly permeable, switchable filter for the separation of suspended sub-micron particles according to shape and properties (SPP2045)

Dielectrophoretic particle chromatographie (DPC) at preparative scale (SPP 2045)

Dielectrophoretic Particle Filtration in Porous Media (GRK 1860)

Gas transport in functionalized mesopores

Long term stable Co-based catalysts for Sabatier reaction under changing feed loads

To bridge rarefied gas flow phenomena between macro- and microscale – Model development and experimental validation

Spatially resolved experimental analysis and modeling of mass transfer from rising gas bubbles under the influence of swarm turbulence with superimposed chemical reaction

REMEMBER

Electrochemical high-throughput characterization of metallic micro samples

Inorganic mineral foam

Updated by: Georg Pesch
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University of Bremen
Faculty of Production Engineering
Department Chemical Process Engineering

Leobener Str. 6 (UFT)
28359 Bremen
Germany

Office Phone +49 421 218 63301
Fax +49 421 218 98 63302
E-Mail: uftprotect me ?!uni-bremen.de

 

 

 

 

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