AIRpipe diameter calculated:
DN20
DN25
DN40
DN50
DN63
DN80
DN100
DN150
DN200
Select a diameter to calculate the pressure drop
For linear branch
For closed loop
Pressure drop calculation
Pressure drop calculation
Pressure drop calculation
Pressure drop calculation
Pressure drop calculation
Pressure drop calculation
for linear branch ΔP = bar
for linear branch ΔP = kPa
for linear branch ΔP = psi
final pressure = bar(g)
final pressure = kPa
final pressure = psig
velocity of the gas = m/s
velocity of the gas = ft/s
with new steel pipe ΔP = bar
with new steel pipe ΔP = kPa
with new steel pipe ΔP = psi
final pressure = bar(g)
final pressure = kPa
final pressure = psig
with rusted steel pipe ΔP = bar
with rusted steel pipe ΔP = kPa
with rusted steel pipe ΔP = psi
final pressure = bar(g)
final pressure = kPa
final pressure = psig
for closed loop ΔP = bar
for closed loop ΔP = kPa
for closed loop ΔP = psi
final pressure = bar(g)
final pressure = kPa
final pressure = psig
velocity of the gas = m/s
velocity of the gas = ft/s
with new steel pipe ΔP = bar
with new steel pipe ΔP = kPa
with new steel pipe ΔP = psi
final pressure = bar(g)
final pressure = kPa(g)
final pressure = psig
with rusted steel pipe ΔP = bar
with rusted steel pipe ΔP = kPa
with rusted steel pipe ΔP = psi
final pressure = bar(g)
final pressure = kPa
final pressure = psig