INPUTS
Hot stream flow rate	mhot		g/s kg/hr kg/s lb/hr lb/min lb/s tonne/d tonne/hr tonne/yr UK ton/d UK ton/hr UK ton/yr
Hot fluid inlet temperature	Tin		C F K R
Hot fluid outlet temperature	Tout		C F K R
Cold fluid inlet temperature	tin		C F K R
Cold fluid outlet temperature	tout		C F K R
Hot fluid specific heat capacity	Cphot		Btu/lbF ft lbf/lbF J/kgK kcal/kgK kgf m/kgK kJ/kgK
Cold fluid specific heat capacity	Cpcold		Btu/lbF ft lbf/lbF J/kgK kcal/kgK kgf m/kgK kJ/kgK
Overall heat transfer coefficient	U		Btu/ft2hF Btu/ft2sF cal/cm2sK kcal/ft2hK kcal/m2hK kW/m2K W/m2K
Heat exchanger type		Counter-current Co-current Mixed
OUTPUTS
Heat exchanger duty	Q	4338.889	Btu/h ft lbf/s hp kcal/h kgf m/s kW metric hp MW W
Cold stream flow rate	mcold	247936.5	g/s kg/hr kg/s lb/hr lb/min lb/s tonne/d tonne/hr tonne/yr UK ton/d UK ton/hr UK ton/yr
Terminal temperature difference 1	ΔT1	55.0	C F K R
Terminal temperature difference 2	ΔT2	15.0	C F K R
Mean temperature difference	ΔTM	30.8	C F K R
R factor	R	3.6667
S factor	S	0.2143
LMTD correction factor	F	0.812
Effective mean temperature difference	ΔTMeff	25.0	C F K R
Heat transfer area required	A	289.2	acre cm2 ft2 hectare in2 km2 m2 mile2 mm2 yd2