Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

Results From the Research on Microturbine-CHP-Applications in Flanders

View through CrossRef
Since 2002, Vito is exploring the market opportunities for microturbine-CHP in Flanders. In the theoretical research, the effect of the efficiencies of microturbine-CHP on the economical feasibility of the project was investigated. In Flanders, cogeneration can obtain financial support proportional to the primary energy saving. The significant impact of this support will be shown from the results of three feasibility studies on microturbine-CHP. This paper also explains that microturbine based cooling does not realize primary energy savings and therefore will hardly be financially attractive in Flanders. In our Thermotechnical laboratory, we have performed tests on the C30 LF/DG-microturbine-CHP. These tests were done with different fuel gas compositions. The turbine performed very good, but emissions increased with lower methane content of the fuel. At the end, one turbine blade seemed to be broken. Nevertheless, the performance or vibrations of the turbine were not affected.
Title: Results From the Research on Microturbine-CHP-Applications in Flanders
Description:
Since 2002, Vito is exploring the market opportunities for microturbine-CHP in Flanders.
In the theoretical research, the effect of the efficiencies of microturbine-CHP on the economical feasibility of the project was investigated.
In Flanders, cogeneration can obtain financial support proportional to the primary energy saving.
The significant impact of this support will be shown from the results of three feasibility studies on microturbine-CHP.
This paper also explains that microturbine based cooling does not realize primary energy savings and therefore will hardly be financially attractive in Flanders.
In our Thermotechnical laboratory, we have performed tests on the C30 LF/DG-microturbine-CHP.
These tests were done with different fuel gas compositions.
The turbine performed very good, but emissions increased with lower methane content of the fuel.
At the end, one turbine blade seemed to be broken.
Nevertheless, the performance or vibrations of the turbine were not affected.

Related Results

Simulations of hybrid system varying solar radiation and microturbine response time
Simulations of hybrid system varying solar radiation and microturbine response time
Hybrid power systems, such as combinations of renewable power sources with intermittent power production and non-renewable power sources, theoretically increase the reliability and...
SAT234 Variations In Clinical Practice Patterns For Hypoparathyroidism
SAT234 Variations In Clinical Practice Patterns For Hypoparathyroidism
Abstract Disclosure: K.L. Deering: None. Q. Harshaw: None. D.M. Mitchell: None. N.J. Larsen: None. B. Weiss: None. P. Loustau: None. S. Allas: None. O...
Techno, Economic and Environmental Assessment of a Combined Heat and Power (CHP) System—A Case Study for a University Campus
Techno, Economic and Environmental Assessment of a Combined Heat and Power (CHP) System—A Case Study for a University Campus
Universities in the United Kingdom that have installed Combined Heat and Power (CHP) technology are making good moves towards achieving their CO2 reduction targets. However, CHP ma...
Numerical Investigation of a 3 Kw Microturbine Combustion Chamber
Numerical Investigation of a 3 Kw Microturbine Combustion Chamber
Numerical simulation is crucial the development of microturbines because it allows to investigate the combustion process in the combustion chamber without the need of manufacturing...

Back to Top