neqsim-production-network-routing

Use a linear productivity-index inflow where rate equals PI times the drawdown between reservoir pressure and flowing bottomhole pressure. The ProductionNetworkModel computes this per well and flags wells with no drawdown as high severity.

Subtract the flowline pressure drop (gradient times length) and riser pressure drop from the manifold collection pressure, then compare against the required arrival pressure. Margins below zero flag high, below 10 percent of the requirement flag watch.

No. It is an educational placeholder with no real IPR, multiphase hydraulics, phase split, or thermal calculation. Any quantitative or design use must be escalated to NeqSim PipeBeggsAndBrills, SimpleReservoir, or the MCP runPipeline and runProcess workflows.

No. The model is pure Python with no required packages and runs on Python 3.10 or later. It only reports whether the optional neqsim package is importable via the neqsim_available output flag.

Call regulate_flow_from_inlet_pressure with a target inlet pressure and each well's reservoir pressure and productivity index. Each well's flowing bottomhole pressure is the inlet pressure plus a screening sum of segment pressure drops, and rates follow from the linear inflow.

It assumes linear inflow, a fixed pressure gradient for flowlines, and the lowest well tubing-head pressure as the manifold pressure. It performs no phase split, temperature, or hydrate checks, so results are only valid as a first-pass screening within stated input ranges.