Condensate Load from Heating Liquid Continuous

on 30 December 2018. Posted in Fluid Dynamics

conduction convection radiant 4

Condensate Load from Heating Liquid Continuous Formula
\( m_c \;=\; 1000 \cdot c_l \cdot SG_l \cdot Q_l \cdot \dfrac{ T_o - T_i }{ L_s } \)
Symbol	English	Metric
\( m_c \) = condensate load	\(lbm\)	\(kg\)
\( Q_l \) = flow rate of liquid	\(ft^3 \;/\; sec\)	\(m^3 \;/\; s\)
\( L_s \) = latent heat of steam	\(Btu \;/\; lbm\)	\(kJ \;/\; kg\)
\( SG_l \) = specific gravity of liquid	\(dimensionless\)	\(dimensionless\)
\( c_l \) = specific heat of liquid	\(Btu \;/\; lbm-F\)	\(J \;/\; kg-K\)
\( T_i \) = inlet temperature of liquid	\(F\)	\(K\)
\( T_o \) = outlet temperature of liquid	\(F\)	\(K\)

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