A gathering system is the web of lines that collects gas from many wells and moves it to processing - and its pressures tell the story of the whole network. A pressure excursion can mean a blockage, a freeze, or a compressor problem rippling upstream. Monitoring the gathering system's pressures and flows across every point catches those problems early.
Gathering system monitoring software tracks line pressures and flows at points across a gas gathering network from one cloud dashboard, alarming on pressure excursions that signal blockages, freezes, or compression problems - so a network issue is seen where it starts, not where it ends.
In a gathering network, pressure at each point is the diagnostic. Rising pressure upstream of a compressor can mean the compressor is struggling; a sudden pressure change at a point can mean a blockage, a hydrate/freeze, or a valve problem. Watching pressures and flows across the network - from RTUs and transmitters at each point, read over DNP3 or Modbus - lets an operator localize a problem to a segment instead of hunting the whole system.
The operational win is a single dashboard of the entire gathering system, so an operator sees how pressures relate across points and can respond to an excursion before it cascades - a backed-up gathering line eventually shuts in the wells feeding it. Alarms on pressure limits deliver in seconds, and the historian shows how a network event developed for root-cause analysis.
Line pressures and flows at points across the gathering network, plus valve and compression status where present. It alarms on pressure excursions that can indicate blockages, freezes, or compression problems.
Because pressure at each point is the diagnostic for the network - excursions localize problems (a struggling compressor, a blockage, a freeze) to a segment, so an operator can respond before an issue backs up and shuts in wells.
Yes. Merobix reads RTUs and transmitters across every point over DNP3 and Modbus and presents the whole network on one cloud dashboard, so related pressures are visible together.
Pressure-limit alarms are delivered by SMS and email in under 30 seconds with escalation, so a network excursion is addressed before it cascades across the system.
This page references the protocol specifications published by the organizations below. Editions, product capabilities, and documentation change over time - confirm current requirements and specifications directly with the source.
Last reviewed: July 27, 2026. Merobix is not affiliated with, endorsed by, or sponsored by these organizations; their names are used only to identify the standards and products discussed.
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