Modelling and optimization of energy production based on biomass
This project has improved the process and methodology knowledge about dynamic operation and stability of biomass-fired units. The need for a high degree of regulation meant that project focus was shifted to include all burner-fired units, which can contribute to improved system stability. The project has improved generic knowledge about low-load operation of Benson boilers significantly. In terms of the process, evaporator stability was modelled and analysed, and the model integrated with the immediate process parts in a dynamic model. Simulation results look promising, and it makes good sense to continue work in this area.
This project has improved the process and methodology knowledge about dynamic operation and stability of biomass-fired units. The need for a high degree of regulation meant that project focus was shifted to include all burner-fired units, which can contribute to improved system stability. The project has improved generic knowledge about low-load operation of Benson boilers significantly. In terms of the process, evaporator stability was modelled and analysed, and the model integrated with the immediate process parts in a dynamic model. Simulation results look promising, and it makes good sense to continue work in this area.
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Participants
| Partner | Subsidy | Auto financing |
|---|---|---|
| No entries available. | ||
Contact
Frederik Bajers Vej 7 C
DK-9220 Aalborg, Denmark
Mølbak, Tommy DONG Energy A/S, 79233030, tommo@dongenergy.dk
Øvr. Partnere: Elsam Kraft a/s; FLS miljø A/S; Force Technology; Aalborg Universitet, Institut for Energiteknik; Babcock og Wilcox Vølund R og D Centre; DTU, Institut for Mekanik, Energi og Konstruktion; Ørsted -DTU; Energi E2 A/S
