Talk:Fluidized bed combustion

Original research?
The following text by |anonymous editors was moved here from the article, and seems to indicate unsourced items. G.A.S talk 19:40, 2 August 2011 (UTC)


 * 1) Production of NOx is temperature depended as in FBC temperature is less than other combustion processes Hence it result in low production of NOx.
 * 2) No of production of SOx because SO2, SO3, etc. are captured by lime stone.
 * 3) FBC has 10 times more heat transfer then other combustion processes because of burning particles. Therefore, it has high combustion efficiency.
 * 4) FBC has low combustion temperature of 750C were as an ordinary boiler operates at 850C.
 * 5) FBC has low centering process (melting of Ash).
 * 6) Lesser area is required for FBC dew to high co-efficient of convective heat transfer.
 * 7) ISO thermal bed combustion as temperature in free belt and active belt remain constant.
 * 8) Low air pollution.
 * 9) power required for crushing is less. — Preceding unsigned comment added by 210.212.7.34 (talk) 14:01, 14 August 2011 (UTC)

Article overlaps
There is a note on the large number of overlaps in fluidization articles here: Talk:Fluidization. If anyone has comment, let's have the conversation there. J JMesserly (talk) 20:26, 4 June 2012 (UTC)

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