Abstract
A SlMSCRIPT simulation code named POLLSIM was realized in order to test the performance of a pollutant material (e.g., sulfur, cadmium, chromium, fly ash) accountancy system within a material balance area with a one point-like emission source. The reference plant was a 660 MW(e) coal fired power plant with a fuel feeding rate of 200 tonnes/hour of less than 1% sulfur - 15% ash content coal. The main feature of this code is that it integrates continuous simulation with a list of impulsive events such as malfunctions of safeguard systems and/or intentional violations of stack emission rules.
Citation Formats
Dionisi, M, and Remetti, R.
POLLSIM pollutant material accountancy code; POLLSIM: Un codice di simulazione per la contabilita` degli elementi inquinanti.
Italy: N. p.,
1991.
Web.
Dionisi, M, & Remetti, R.
POLLSIM pollutant material accountancy code; POLLSIM: Un codice di simulazione per la contabilita` degli elementi inquinanti.
Italy.
Dionisi, M, and Remetti, R.
1991.
"POLLSIM pollutant material accountancy code; POLLSIM: Un codice di simulazione per la contabilita` degli elementi inquinanti."
Italy.
@misc{etde_10111764,
title = {POLLSIM pollutant material accountancy code; POLLSIM: Un codice di simulazione per la contabilita` degli elementi inquinanti}
author = {Dionisi, M, and Remetti, R}
abstractNote = {A SlMSCRIPT simulation code named POLLSIM was realized in order to test the performance of a pollutant material (e.g., sulfur, cadmium, chromium, fly ash) accountancy system within a material balance area with a one point-like emission source. The reference plant was a 660 MW(e) coal fired power plant with a fuel feeding rate of 200 tonnes/hour of less than 1% sulfur - 15% ash content coal. The main feature of this code is that it integrates continuous simulation with a list of impulsive events such as malfunctions of safeguard systems and/or intentional violations of stack emission rules.}
place = {Italy}
year = {1991}
month = {Sep}
}
title = {POLLSIM pollutant material accountancy code; POLLSIM: Un codice di simulazione per la contabilita` degli elementi inquinanti}
author = {Dionisi, M, and Remetti, R}
abstractNote = {A SlMSCRIPT simulation code named POLLSIM was realized in order to test the performance of a pollutant material (e.g., sulfur, cadmium, chromium, fly ash) accountancy system within a material balance area with a one point-like emission source. The reference plant was a 660 MW(e) coal fired power plant with a fuel feeding rate of 200 tonnes/hour of less than 1% sulfur - 15% ash content coal. The main feature of this code is that it integrates continuous simulation with a list of impulsive events such as malfunctions of safeguard systems and/or intentional violations of stack emission rules.}
place = {Italy}
year = {1991}
month = {Sep}
}