Moist Air - Cooling and Dehumidifying

Calculate cooling and dehumidifying processes for moist air, including contact factor, bypass factor, and heat flow rates (sensible and latent)

Calculator

Volume Flow (v) (m³/s)

Air Density (ρ) (kg/m³)

Initial Temperature - Point A (tA) (°C)

Final Temperature - Point B (tB) (°C)

Cooling Surface Temperature - Point C (tC) (°C)

Enthalpy - Point A (hA) (kJ/kg)

Enthalpy - Point B (hB) (kJ/kg)

Enthalpy - Point C (hC) (kJ/kg)

Specific Humidity - Point A (xA) (kg/kg)

Specific Humidity - Point B (xB) (kg/kg)

Specific Humidity - Point C (xC) (kg/kg)

Specific Heat of Air (cp) (kJ/kg·°C)

Water Evaporation Enthalpy (hwe) (kJ/kg)

Contact Factor (β)--

Bypass Factor (BPF)--

Total Heat Flow (q)-- kW

Sensible Heat Flow (qs)-- kW

Latent Heat Flow (ql)-- kW

Change in Specific Humidity (Δx)-- kg/kg

State Point	Temperature (°C)	Enthalpy (kJ/kg)	Specific Humidity (kg/kg)
A (Initial)	inputs.temp_a	inputs.enthalpy_a	inputs.spec_humidity_a
B (Final)	inputs.temp_b	inputs.enthalpy_b	inputs.spec_humidity_b
C (Coil Surface)	inputs.temp_c	inputs.enthalpy_c	inputs.spec_humidity_c