Abstract
One aim was to investigate and explain the nature of the problems related to the use of operation profiles using ``OML`` calculations for power plants. This method reckons out the extent of actual air pollutant emission per hour. Another aim was to formulate future principles in this relation. Previous reckonings on the spread of air pollutants in the atmosphere have, it is claimed, been based on the supposition that a power plant operates optimally and continuously throughout each 24-hour day, and that the desulphurization equipment is consistently out of function. The new model is recommended by the working group under the conditions that each 24-hr. period is reckoned as an ordinary day without interruptions in operation. Profiles should vary according to the season. Each profile should contain 3 load levels answering to the three levels of tariffs. The operation of the desulphurization system is simulated realistically, and in detail. It is also recommended that the Danish authorities should monitor the calculation procedure and that these conditions are adhered to. Measured emissions must be compared to assumed (allowed) emissions and, if the former exceeds the latter, the allowed amount of emissions should be re-evaluated by the power plants and the authorities
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Citation Formats
None.
Utilization of operation profiles for the calculation of air quality with regard to power plants. Final report; Anvendelse af driftsprofiler ved luftkvalitetsberegninger for kraftvaerker. Slutrapport.
Denmark: N. p.,
1990.
Web.
None.
Utilization of operation profiles for the calculation of air quality with regard to power plants. Final report; Anvendelse af driftsprofiler ved luftkvalitetsberegninger for kraftvaerker. Slutrapport.
Denmark.
None.
1990.
"Utilization of operation profiles for the calculation of air quality with regard to power plants. Final report; Anvendelse af driftsprofiler ved luftkvalitetsberegninger for kraftvaerker. Slutrapport."
Denmark.
@misc{etde_10140661,
title = {Utilization of operation profiles for the calculation of air quality with regard to power plants. Final report; Anvendelse af driftsprofiler ved luftkvalitetsberegninger for kraftvaerker. Slutrapport}
author = {None}
abstractNote = {One aim was to investigate and explain the nature of the problems related to the use of operation profiles using ``OML`` calculations for power plants. This method reckons out the extent of actual air pollutant emission per hour. Another aim was to formulate future principles in this relation. Previous reckonings on the spread of air pollutants in the atmosphere have, it is claimed, been based on the supposition that a power plant operates optimally and continuously throughout each 24-hour day, and that the desulphurization equipment is consistently out of function. The new model is recommended by the working group under the conditions that each 24-hr. period is reckoned as an ordinary day without interruptions in operation. Profiles should vary according to the season. Each profile should contain 3 load levels answering to the three levels of tariffs. The operation of the desulphurization system is simulated realistically, and in detail. It is also recommended that the Danish authorities should monitor the calculation procedure and that these conditions are adhered to. Measured emissions must be compared to assumed (allowed) emissions and, if the former exceeds the latter, the allowed amount of emissions should be re-evaluated by the power plants and the authorities in cooperation. If this evaluation shows that future measured emissions will have a tendency to increase in relation to those allowed, steps (such as re-dimensioning of chimneys or the future use of coal with a low sulphur content) will have to be taken in order to improve the situation. (AB).}
place = {Denmark}
year = {1990}
month = {Sep}
}
title = {Utilization of operation profiles for the calculation of air quality with regard to power plants. Final report; Anvendelse af driftsprofiler ved luftkvalitetsberegninger for kraftvaerker. Slutrapport}
author = {None}
abstractNote = {One aim was to investigate and explain the nature of the problems related to the use of operation profiles using ``OML`` calculations for power plants. This method reckons out the extent of actual air pollutant emission per hour. Another aim was to formulate future principles in this relation. Previous reckonings on the spread of air pollutants in the atmosphere have, it is claimed, been based on the supposition that a power plant operates optimally and continuously throughout each 24-hour day, and that the desulphurization equipment is consistently out of function. The new model is recommended by the working group under the conditions that each 24-hr. period is reckoned as an ordinary day without interruptions in operation. Profiles should vary according to the season. Each profile should contain 3 load levels answering to the three levels of tariffs. The operation of the desulphurization system is simulated realistically, and in detail. It is also recommended that the Danish authorities should monitor the calculation procedure and that these conditions are adhered to. Measured emissions must be compared to assumed (allowed) emissions and, if the former exceeds the latter, the allowed amount of emissions should be re-evaluated by the power plants and the authorities in cooperation. If this evaluation shows that future measured emissions will have a tendency to increase in relation to those allowed, steps (such as re-dimensioning of chimneys or the future use of coal with a low sulphur content) will have to be taken in order to improve the situation. (AB).}
place = {Denmark}
year = {1990}
month = {Sep}
}