Scrubber Design Calculation Excel Hot -

Hot gases occupy a larger volume than cooled gases. Once you have Tsatcap T sub s a t end-sub

, you must calculate the volumetric flow rate of the gas at this lower temperature to size the vessel correctly: scrubber design calculation excel hot

Qsat=Qin⋅TsatTin⋅PinPsat+Volume of Added Water Vaporcap Q sub s a t end-sub equals cap Q sub i n end-sub center dot the fraction with numerator cap T sub s a t end-sub and denominator cap T sub i n end-sub end-fraction center dot the fraction with numerator cap P sub i n end-sub and denominator cap P sub s a t end-sub end-fraction plus Volume of Added Water Vapor Hot gases occupy a larger volume than cooled gases

* 2.2.2.3 Calculation of % flooding. From Figure 1, K4 at flooding = 8. % flooding: 100*K4K4 flooding0.5=100*380.5=61.24% * 2.2.2. UKDiss.com % flooding: 100*K4K4 flooding0

s(Tin−Tsat)=λ(Hsat−Hin)s open paren cap T sub i n end-sub minus cap T sub s a t end-sub close paren equals lambda open paren cap H sub s a t end-sub minus cap H sub i n end-sub close paren : Humid heat of the gas. Tincap T sub i n end-sub : Inlet gas temperature. : Latent heat of vaporization at Tsatcap T sub s a t end-sub

The design of a scrubber for hot gases is an iterative process that begins with understanding the physical properties of the gas at its saturated state. 1. Calculate Adiabatic Saturation Temperature ( Tsatcap T sub s a t end-sub