Hydrogen Gas header
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- Posts: 1
- Joined: Thu May 05, 2011 9:46 pm
Hydrogen Gas header
I am trying to size a hydrogen/nitrogen gas (dissociated ammonia) header. The pressure on the system is 3psi and the flow rate to the process is 2000 ft^3/hr.
Re: Hydrogen Gas header
Here are results that I get from pressure drop calculator at:
http://www.pipeflowcalculations.com/pressuredrop/
Pipe pressure drop calculator
1. volume flow rate (q):
q : 33.81094 ft3/min
2. weight flow rate (w):
w : 44.290142 kg/h
3. pipe length (L):
L : 1 ft
4. pipe diameter (D):
D : 0.385 in
5. pipe roughness (kr):
kr : 0.1 mm
6. density (ρ):
ρ : 0.771 kg/m3
7. kinematic viscosity (ν):
ν : 11.906614 mm2/s
8. dynamic viscosity (μ):
μ : 9.18E-006 Pas
9. K factor - minor lossed coefficient (K ):
K : 0.0
10. velocity (V):
V : 212.45734 m/s
11. cross section area (A):
A : 75.10671 mm2
12. friction coefficient (f):
f : 0.03813881
13. Reynolds number (Re):
Re : 174492.95
14. boundary layer (δ):
δ : 0.015885698 mm
15. pressure on the pipe start (p1):
p1 : 17.698 psi
16. pressure on the pipe end (p2):
p2 : 14.698 psi
17. pressure drop (p1-p2):
p1-p2 : 3 psi
Please check values for pipe length (you did not tell me the length of it).
http://www.pipeflowcalculations.com/pressuredrop/
Pipe pressure drop calculator
1. volume flow rate (q):
q : 33.81094 ft3/min
2. weight flow rate (w):
w : 44.290142 kg/h
3. pipe length (L):
L : 1 ft
4. pipe diameter (D):
D : 0.385 in
5. pipe roughness (kr):
kr : 0.1 mm
6. density (ρ):
ρ : 0.771 kg/m3
7. kinematic viscosity (ν):
ν : 11.906614 mm2/s
8. dynamic viscosity (μ):
μ : 9.18E-006 Pas
9. K factor - minor lossed coefficient (K ):
K : 0.0
10. velocity (V):
V : 212.45734 m/s
11. cross section area (A):
A : 75.10671 mm2
12. friction coefficient (f):
f : 0.03813881
13. Reynolds number (Re):
Re : 174492.95
14. boundary layer (δ):
δ : 0.015885698 mm
15. pressure on the pipe start (p1):
p1 : 17.698 psi
16. pressure on the pipe end (p2):
p2 : 14.698 psi
17. pressure drop (p1-p2):
p1-p2 : 3 psi
Please check values for pipe length (you did not tell me the length of it).
Pipe flow calculations - since 2000