Abstract
The measurements were made on four small house boilers. Three of them were environmentally approved with improved combustion technology, while the fourth was a traditional boiler. Investigated parameters were: * CO, CO{sub 2}, NO{sub x} and CH{sub x}, * tar and dusts, * 12 volatile organic compounds (VOC), * polycyclic aromatic hydrocarbons, * chlorobenzenes and chlorophenols, * dioxins. Tar content fell below current limit value, 30 mg/MJ, in the approved boilers. The traditional boiler release was 30 times higher than those from the approved ones. Emission of NO{sub x} was 60-76 mg/MJ for the traditional and 100-140 mg/MJ for the approved. Regarding VOC, the traditional boiler release was 2-4 times higher when ackumulator firing, but with direct firing there was no difference. (Numerous figs. and tabs.).
Citation Formats
Karlsson, M L, and Gustavsson, L.
Characterization of flue gases from wood fired boilers; Karaktaerisering av roekgaser fraan vedpannor.
Sweden: N. p.,
1992.
Web.
Karlsson, M L, & Gustavsson, L.
Characterization of flue gases from wood fired boilers; Karaktaerisering av roekgaser fraan vedpannor.
Sweden.
Karlsson, M L, and Gustavsson, L.
1992.
"Characterization of flue gases from wood fired boilers; Karaktaerisering av roekgaser fraan vedpannor."
Sweden.
@misc{etde_10141796,
title = {Characterization of flue gases from wood fired boilers; Karaktaerisering av roekgaser fraan vedpannor}
author = {Karlsson, M L, and Gustavsson, L}
abstractNote = {The measurements were made on four small house boilers. Three of them were environmentally approved with improved combustion technology, while the fourth was a traditional boiler. Investigated parameters were: * CO, CO{sub 2}, NO{sub x} and CH{sub x}, * tar and dusts, * 12 volatile organic compounds (VOC), * polycyclic aromatic hydrocarbons, * chlorobenzenes and chlorophenols, * dioxins. Tar content fell below current limit value, 30 mg/MJ, in the approved boilers. The traditional boiler release was 30 times higher than those from the approved ones. Emission of NO{sub x} was 60-76 mg/MJ for the traditional and 100-140 mg/MJ for the approved. Regarding VOC, the traditional boiler release was 2-4 times higher when ackumulator firing, but with direct firing there was no difference. (Numerous figs. and tabs.).}
place = {Sweden}
year = {1992}
month = {May}
}
title = {Characterization of flue gases from wood fired boilers; Karaktaerisering av roekgaser fraan vedpannor}
author = {Karlsson, M L, and Gustavsson, L}
abstractNote = {The measurements were made on four small house boilers. Three of them were environmentally approved with improved combustion technology, while the fourth was a traditional boiler. Investigated parameters were: * CO, CO{sub 2}, NO{sub x} and CH{sub x}, * tar and dusts, * 12 volatile organic compounds (VOC), * polycyclic aromatic hydrocarbons, * chlorobenzenes and chlorophenols, * dioxins. Tar content fell below current limit value, 30 mg/MJ, in the approved boilers. The traditional boiler release was 30 times higher than those from the approved ones. Emission of NO{sub x} was 60-76 mg/MJ for the traditional and 100-140 mg/MJ for the approved. Regarding VOC, the traditional boiler release was 2-4 times higher when ackumulator firing, but with direct firing there was no difference. (Numerous figs. and tabs.).}
place = {Sweden}
year = {1992}
month = {May}
}