PO.VFP.Liq.Pout.SI
Description
Calculates outlet pipe pressure for single phase pipe flow of incompressible, Newtonian fluid, [kPa] (SI units).
Formula
=LAMBDA(Ql, P_in, Rho_l, Ul, pipe_ID, pipe_length, pipe_roughness, pipe_angle, LET(
Ql_bbld, PO.UnitConverter(Ql, "m3/d", "bbl/d"),
P_in_psi, PO.UnitConverter(P_in, "kPa", "psi"),
Rho_l_lbft3, PO.UnitConverter(Rho_l, "kg/m3", "lb/ft3"),
pipe_ID_in, PO.UnitConverter(pipe_ID, "cm", "in"),
pipe_length_ft, PO.UnitConverter(pipe_length, "m", "ft"),
result_psi, PO.VFP.Liq.Pout(Ql_bbld, P_in_psi, Rho_l_lbft3, Ul, pipe_ID_in, pipe_length_ft, pipe_roughness, pipe_angle),
PO.UnitConverter(result_psi, "psi", "kPa")))Parameters
| Parameter | Unit | Description |
|---|---|---|
Ql |
m3/d | Liquid rate, [m3/d] |
P_in |
kPa | Inlet pipe pressure, [kPa] |
Rho_l |
kg/m3 | Liquid density, [kg/m3] |
Ul |
- | Liquid viscosity, [cP] |
pipe_ID |
cm | Pipe inner diameter, [cm] |
pipe_length |
m | Pipe length, [m] |
pipe_roughness |
- | Pipe relative roughness, [dimensionless] |
pipe_angle |
- | Pipe angle from horizontal, [degrees]. Horizontal flow: angle = 0; Vertical well producer: angle = 90; Vertical well injector: angle = -90 |
Examples
| Invocation | Expected |
|---|---|
=PO.VFP.Liq.Pout.SI(159, 17237, 800, 2, 6.35, 914.4, 0.0006, 90) |
10006.75 |