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- Q2012043 subject Q5873566.
- Q2012043 subject Q7484961.
- Q2012043 subject Q8723465.
- Q2012043 abstract "Flue gas condensation is a process, where flue gas is cooled below its water dew point and the heat released by the resulting condensation of water is recovered as low temperature heat. Cooling of the flue gas can be performed either directly with a heat exchanger or indirectly via a condensing scrubber.The condensation of water releases more than 2 gigajoules (560 kWh) per ton of condensed water, which can be recovered in the cooler for e.g. district heating purposes.Excess condensed water must continuously be removed from the process.The downstream gas is saturated with water, so even though significant amounts of water may have been removed from the cooled gas, it is likely to leave a visible stack plume of water vapor. The heat recovery potential of flue gas condensation is highest for fuels with a high moisture content (e.g. biomass and municipal waste), and where heat is useful at the lowest possible temperatures. Thus flue gas condensation is normally implemented at biomass fired boilers and waste incinerators connected district heating grids with relatively low return temperatures (below approximately 55 °C (131 °F)).".
- Q2012043 wikiPageExternalLink eng_rokgaskondensering.htm.
- Q2012043 wikiPageWikiLink Q11379.
- Q2012043 wikiPageWikiLink Q166583.
- Q2012043 wikiPageWikiLink Q178828.
- Q2012043 wikiPageWikiLink Q18538.
- Q2012043 wikiPageWikiLink Q189124.
- Q2012043 wikiPageWikiLink Q2556360.
- Q2012043 wikiPageWikiLink Q278784.
- Q2012043 wikiPageWikiLink Q5873566.
- Q2012043 wikiPageWikiLink Q622772.
- Q2012043 wikiPageWikiLink Q7484961.
- Q2012043 wikiPageWikiLink Q7990022.
- Q2012043 wikiPageWikiLink Q8723465.
- Q2012043 wikiPageWikiLink Q902126.
- Q2012043 wikiPageWikiLink Q943331.
- Q2012043 comment "Flue gas condensation is a process, where flue gas is cooled below its water dew point and the heat released by the resulting condensation of water is recovered as low temperature heat. Cooling of the flue gas can be performed either directly with a heat exchanger or indirectly via a condensing scrubber.The condensation of water releases more than 2 gigajoules (560 kWh) per ton of condensed water, which can be recovered in the cooler for e.g.".
- Q2012043 label "Flue-gas condensation".