Pressure network modelling
Define pressure networks of junctions, tanks, reservoirs, pipes, pumps and valves, and run them through bundled EPANET.
MODULE 07 / 12 · WATER & PRESSURE NETWORKS
Pressure networks,
solved and traced.
Run pressure network scenarios on the EPANET solver as background jobs you can follow and cancel, then read pressures and flows over time at every node and link. Each run stays verifiable against the network and scenario that produced it.
6 capabilities1 in developmentAgent-ready
WHAT IT DOESWater & pressure networks
Water & pressure networks
capabilities.
Your engineers work in the desktop workbench; your agent reaches the same project through typed local tools. Items tagged In development are being built now.
Pressure networks
EPANET pressure runs
Run saved networks and scenarios on the bundled EPANET 2.2 solver as background jobs you can follow and cancel.
Node and link results over time
Read node and link result series across the whole run period.
Run verification
Check that a retained run still matches the network and scenario that produced it.
Run history and archives
List every pressure run and job for the open project, with each run archived for later review.
Separate hydraulic scenarios
Hydraulic parameters stored in scenario files separate from the solver run.
In development
Pressure parts and fittings catalogue
A catalogue of pressure pipes, fittings and layout rules for drawing networks in plan.
HAND IT TO YOUR AGENT
Three briefs to start with.
BRIEF 01
“Run the peak-hour scenario and list every node below 25 m of pressure.”
BRIEF 02
“Compare node pressures between the average-day and peak-hour scenarios.”
BRIEF 03
“Verify yesterday’s run still matches the saved network before I issue the report.”
Put Water & pressure networks to work.
Reserve your early-access seat. We confirm your MCP client, seat count and commercial details before access opens.
Reserve your seat ↗