Water Infrastructure Monitoring

Supply and Distribution

Water supply and distribution is one of the most important application areas in water infrastructure management. Distribution systems need visibility into ground water availability, pipeline pressure, network stability, tank and reservoir levels, and, where relevant, meter totals or water flow interfaces. Operators need to know where pressure drops are occurring, which sections are unstable during peak demand, where leakage risk is highest, and whether storage levels are supporting reliable supply.

This is where Ellenex fits strongly. Ellenex already has pre-configured solutions for underground water pipeline pressure monitoring and water pipeline pressure and leakage-related use cases, as well as an industrial water meter interface designed to digitize existing meters without a full replacement program. For distributed supply networks, this creates a practical path toward remote pressure observation, storage visibility, and meter-based monitoring through LPWAN connectivity.

For this segment, the most relevant Ellenex products are the pressure sensor families such as PTS2, PTC2, PTD2, PTF2, and PTS3, as well as differential pressure products like PDS2 where low-range or comparative pressure conditions matter. On the storage side, level products such as PLS2, PLS3, PLM2, and PLC2 support tanks and wells. For digitizing existing water meters, Ellenex offers the FMS2 water meter interface.

The real value in supply and distribution is not just remote visibility. It is the ability to convert pipelines, meters, tanks, and storage points into a monitored infrastructure layer that supports earlier intervention, lower water loss, and better operational awareness across the network.

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Industrial Water

Industrial water systems have a different operating profile from municipal distribution. They often involve process water, treatment loops, cooling systems, wastewater-related circuits, filter performance, storage tanks, and metered consumption inside industrial sites. In these environments, water monitoring is not only about reliability. It is directly tied to productivity, cost control, compliance, and process efficiency.

Ellenex’s product portfolio suits this environment because it spans pressure, level, water quality, temperature and water meter interface categories. That combination allows industrial sites to add visibility around process water pressure, liquid storage levels, quality-related parameters at remote treatment points, and conventional meter data that can be digitized for remote observation. Ellenex also lists water filter performance monitoring and industrial water meter digitalization among its official solution set.

In industrial water applications, the priority is often to close instrumentation gaps rather than rebuild the entire control system. Many sites have strong monitoring inside the core plant but weak visibility at remote tanks, peripheral lines, wastewater points, or older metering assets. LPWAN becomes useful here because it enables retrofit monitoring at those blind spots without requiring every point to be hardwired into a full automation architecture.

Relevant Ellenex products for industrial water include pressure sensors such as PTS2, PTC2, PTD2, PTF2, and PTS3; level sensors such as PLS2, PLC2, PLC3, PLD2, DUS3, and DRC3; water quality sensors including CSD2, CTR2, CPH2, and CDO2; and the FMS2 industrial water meter interface for digitization of installed meters.

Industrial water monitoring should therefore be framed as an operations tool. It adds visibility to water use, water movement, treatment conditions, and storage status in a way that reduces blind spots and helps teams act earlier.

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Irrigation and Agriculture

Irrigation infrastructure is one of the clearest examples of why low-power, wide-area monitoring matters. Assets are dispersed, field conditions vary across large areas, and manual inspections do not scale well. Operators need visibility into irrigation line pressure, storage levels, channel or reservoir conditions, and sometimes environmental context such as rain or soil moisture.

Ellenex already has a dedicated solution for pressure monitoring in irrigation systems. The official solution page describes battery-operated pressure sensors using NB-IoT or LoRaWAN technologies for near real-time pressure data and better water distribution control. In the wider Ellenex portfolio, that irrigation story can be extended with level monitoring for tanks or channels and, where relevant, supporting environmental sensors such as rainfall or soil moisture.

For irrigation and agriculture, the strongest water-infrastructure message is not “smart farming” in generic terms. It is water delivery performance. Are pressure conditions stable? Are tanks or reservoirs at the right operating levels? Is water reaching the right areas with enough consistency to prevent waste? Ellenex pressure and level devices support that story more naturally than a broad generic IoT narrative.

Relevant Ellenex products here include PTS2, and PTS3 for line pressure; PLS2, PLS3, and DUS3 for tanks, ponds, or channels; and supporting environmental products such as MSS2 soil moisture and MRS2 rain where a broader water-use picture is needed.

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Water Quality

Water quality monitoring presents a critical role within water infrastructure monitoring, especially for rivers, waterways, remote treatment units, aquaculture-related environments, and distributed sites where manual sampling alone is insufficient.

Ellenex has both a dedicated Water Quality Monitoring Solutions page and a dedicated Water Quality Sensors page. The current official lineup includes CSD2 for conductivity, salinity, and temperature; CTR2 for turbidity and temperature; CPH2 for pH, ORP, and temperature; and CDO2 for dissolved oxygen and temperature. The official solution content positions these for rivers, waterways, remote treatment plants, and aquaculture-related environments.

Water quality becomes more useful when it is connected to the same monitoring framework that already tracks pressure, level, and meter-based water movement. Operators do not manage quality in isolation. They manage water systems where hydraulic conditions, storage behavior, and quality indicators influence each other. That is why this section should reinforce the broader water infrastructure story rather than compete with it.

The strongest Ellenex message here is not “we do chemistry.” It is “we help remote water systems become measurable across quality, pressure, level, and connected infrastructure conditions.”

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Stormwater and Flood

Stormwater and flood monitoring is one of the clearest application domains for remote level sensing in public infrastructure. These systems require visibility into rivers, waterways, underground stormwater channels, manholes, and other flood-prone points where delayed information leads directly to operational and public safety risk.

Ellenex has official solution pages for Remote Storm Water and Flood Monitoring, Flood Monitoring on Rivers, and Remote Underground Waterway Storm Water Level Monitoring. Our battery-operated Radar, submersible level and ultrasonic sensing using LoRaWAN, NB-IoT or Cat-M1/LTE-based connectivity to monitor water levels in rivers, lakes, and underground waterways.

For this segment, operators need early warning of rising water, better awareness of blockage or overflow risks, and near real-time visibility for response teams. Ellenex’s DRC3-N and DRC3-L Radar level-monitoring hardware is our flagship product designed for such application and operate in harsh or remote deployments.

Stormwater and flood monitoring should be framed as resilience infrastructure. The message is not simply “measure level.” It is “create timely visibility in assets that are otherwise checked too late.”

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How Ellenex is positioned for water infrastructure monitoring?

Ellenex is well positioned for this cluster because the official portfolio already covers the core measurement domains required for modern water infrastructure monitoring: pressure for distribution and hydraulic behavior, level for tanks, wells, and waterways, water quality for treatment and environmental points, and meter interfaces for retrofit digitization of installed meters. These categories sit on top of LPWAN connectivity options including LoRaWAN, NB-IoT, and LTE-M/Cat-M1, which are particularly relevant for remote and distributed deployments.

Just as important, Ellenex already has official solution coverage across many of the use cases that should reinforce this page: underground water pipeline pressure monitoring, pressure monitoring in irrigation systems, water quality monitoring, water supply-related monitoring, water wells and tanks, and stormwater or flood monitoring. This is exactly why Water Infrastructure Monitoring should exist as a dedicated cluster page. It allows Ellenex to tell a system-level story that no single product page can tell on its own.