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

HeatBiomass furnace

Project ID 03EI5425

IdDiaPro - Identification of methods for diagnosis, prognosis and correction of non-nominal operating conditions in biomass-based supply systems

Duration

  • 01.03.2021 – 31.08.2022

Contact

DBFZ Deutsches Biomasseforschungszentrum gemeinnützige GmbH
Thermochemical Conversion Department
Torgauer Straße 116
04347 Leipzig

Dr.-Ing. Steffi Theurich – project leader
Telephone: +49-(0)341-2434 360
E-mail: steffi.theurich‍@‍dbfz.de

Dipl.-Ing. Kerstin Wurdinger
Telephone: +49-(0)341 2434-351
E-mail: kerstin.wurdinger‍@‍dbfz.de

Partner

03EI5425B - EIFER European Institute for Energy Research EDF-KIT EWIV

Associated partners

03EI5425 - Synostik GmbH
  • Address:
  • Synostik GmbH
    Gewerbegebiet West 3
    39646 Oebisfelde
  • Contact:
  • Telephone: (+49) 39002 81158
    E-mail: info‍@‍synostik.de

Cooperation partners

Subpartner

Results

Planned results:

Plant level: plant modules/system components, retrofitting existing plants

Concept level: information concepts

Data level: method (analytical/process descriptive etc.)

Publications: guidelines and manuals, scientific paper (ISI, peer-reviewed)

[Translate to English:]

Topic

The project IdDiaPro focuses on methods for diagnosing and predicting non-nominal operating conditions in biomass-based supply systems.

Aims

The short project IdDiaPro is concerned with the automatic analysis and evaluation of the operation by (i) model-based analysis methods, (ii) signal-based analysis methods, (iii) machine learning methods and possible combinations of them. As a result, the approaches and the concepts, which are developed, can potentially be implemented in existing plants via information and communication technologies in order to detect non-nominal operation and anticipate future operation.

Measures

DBFZ

In the IdDiaPro project, the DBFZ is responsible for the coordination of the project. Further important tasks are the analysis of fuel-based problems, the assignment of methods to the problem analysis with the focus on model-based and machine-learning methods as well as the final evaluation of the identified solution approaches. The DBFZ takes over the main responsibility for the exploitation of the project results.

EIFER

In the IdDiaPro project, EIFER supports the coordination of the project and ensures a close and regular exchange. Further important tasks are the analysis of plant-based problems, the assignment of methods to the problem analysis with the focus on signal-based and model-based methods as well as the final evaluation of the identified solution approaches. EIFER supports the exploitation of the project results.

Focus

DBFZ

  • Identification of methods for fuel-related problems
  • Use of model-based methods and machine learning methods for automatic fault detection
  • Project management and coordination
  • Exploitation of results

EIFER

  • Identification of methods for plant-related problems
  • Use of model-based methods and signal-based methods for automatic fault detection and diagnosis
  • Exploitation of results

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