Project meeting of STEP at the site of the company ATS - Agro Trading & Solutions in Hardegsen (Photo: DBFZ)

HeatPowerCHP | Biomass technologiesBiomass gasification

Project ID 03KB163

OpToKNuS - Optimization-Toolbox with Kinetic Numerical Simulation

Graphical Abstract Projekt OpToKNuS (Source: University of Applied Science Hof)

Duration

  • 01.01.2020 – 31.12.2022

Contact

University of Applied Science Hof
Engineering, Institute for Water and Management
Alfons-Goppel-Platz 1
95028 Hof

Prof. Dr.-Ing, Tobias Plessing - Project leader
Telephone: +49-(0)9281 409 4402
E-Mail: tobias.plessing‍@‍hof-university.de

Maximilian Heinrich (M. Eng.) - Direct contact / Project coordination
Telephone: +49-(0)9281 409 4583
E-Mail: maximilian.heinrich.2‍@‍hof-university.de

Partner

03KB163B - DBFZ Deutsches Biomasseforschungszentrum gemeinnützige GmbH

Associated partners

Cooperation partners

Subpartner

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Topic

Gasification of biomass as future technology is state of the art for wooden feedstock in the CHP-application. With regards to a flexible plant operation for an energy supply on demand and the use of alternative fuels, there is still a requirement for research and development. In this project a numerical simulation tool with a kinetic database should be developed, which results in a common applicable and usable “Toolbox”. With this Toolbox the thermochemical processes may be fuel specific predicted while being developed or to optimize running plants.

Planned results:

  • Plant level: procedure, pilot plant, demonstration plant
  • Concept level: plant concept, information concept
  • Market level: Market-ready technologies
  • Data level: models / modelling, database, measurement series / program, software
  • Publications: Scientific Papers

Aims

Target is the advancing development of a numerical simulation of thermochemical gasification process. The simulation should be capable to represent the influence of different solid biofuels by their kinetic characteristics and is validated with a laboratory scale reactor and a commonly used reactor. With a combined database the project should result in a Toolbox for plant manufacturer and user to fuel specifically develop and optimize gasification plants.

Measures

University of Applied Science Hof, Engineering

  • Advanced development of a simulation
  • Creating and combining a database with the simulation

DBFZ

  • Providing the defined fuels for testing
  • Providing kinetic data from experiments at laboratory scale reactor

Spanner Re² GmbH

  • Enhancing a commonly used plant with sensors and measurement devices
  • Operation and experiments with the test fuels

Focus

University of Applied Science Hof, Engineering

  • Science and Research
  • Modeling & Simulation
  • Analytics

DBFZ

  • Science and Research
  • Analytics
  • Measurement and Control Technology

Spanner Re² GmbH

  • Plant manufacturer
  • Plant operator

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