Saltwater disposal wells take produced water off operators' hands, and they run under strict permit limits on injection pressure and volume. Exceed the pressure limit and you risk the permit; overflow a receiving tank and you risk a spill. Monitoring keeps an SWD inside its limits and its tanks under control, remotely.
SWD monitoring software tracks injection pressure, injection rate, and receiving-tank levels at saltwater disposal wells, with alarms that fire before pressure exceeds the permit limit or a tank overflows - keeping the well compliant and spill-free from a cloud dashboard.
An SWD permit caps maximum injection pressure and often daily volume. Continuous monitoring of injection pressure and rate, with an alarm set safely below the permit limit, gives the operator time to throttle or shut in before a violation - and the historian provides the pressure and volume record regulators expect. Pump and pressure data typically come from a PLC or RTU over Modbus, which Merobix reads.
SWDs also receive water into tanks before injection, so high-level and overflow alarms matter here as much as at a production battery. And because an SWD that goes down backs up water across the operators feeding it, a pump-fault or offline alarm delivered in seconds protects both the disposal well's uptime and everyone depending on it.
Injection pressure, injection rate, and receiving-tank levels, plus pump status. Alarms fire before pressure exceeds the permit limit or a tank overflows, and the historian keeps the pressure and volume record for compliance.
Yes. An alarm set safely below the permit's maximum injection pressure gives time to throttle or shut in before a violation, and the historized pressure and volume data supports the record regulators expect.
Yes. A pump-fault or offline state triggers a sub-30-second alarm with escalation, protecting the SWD's uptime and the operators whose produced water backs up when it stops.
A cellular gateway reads the SWD's PLC or RTU (typically over Modbus) and connects outbound to the cloud - no fixed IP or on-premise server. Merobix is managed and live in days.
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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