Wertek AI for municipal water

This page describes how the Wertek AI platform applies to municipal water, sewerage, and sanitation utilities: which sector pain points it addresses, with which modules, and over which assets. It is an applicability guide, not a catalog of executed projects.

Market context

Municipal water utilities in Mexico and Latin America run a 24/7 service that admits no pause — in Mexico, access to water is a constitutional right — with limited public budgets and pumping assets that in many cases exceed their design life. The electricity for pumping is usually the utility's largest operating expense, so every point of efficiency lost in a worn pump is paid every day on the bill. Infrastructure is dispersed: wells, booster sumps, and treatment plants spread across the entire municipality, many without permanent staff, where a failure is discovered once users are already out of water — or once the WWTP is already discharging out of spec. The typical result is maintenance dominated by emergency corrective work, the most expensive and least plannable kind.

Sector pain points

The pain points Wertek AI addresses in water utilities, in the words of those who run them:

• Pump failures at remote, unattended sites. Wells and sumps without staff where the first sign of failure is the citizen report of low pressure or no water.
• Energy eats the budget. A pump with a worn impeller pumps less water on the same electricity; without metering, that inefficiency is invisible for months.
• Redundancy that goes unverified. The sump's backup pump "should" work — no one confirms it until the main one fails.
• WWTP with critical equipment at the limit. Blowers and pumps at the treatment plant whose failure compromises discharge compliance.
• No maintenance history. Each equipment's life lives in paper logs and crew memory; every administration starts from scratch.
• Expensive corrective work crowding out preventive. The budget is exhausted firefighting, and justifying investment in prevention requires data that does not exist today.

The Wertek solution

For municipal water, Wertek AI combines its modules over a single digital asset identity:

• Digital asset identity with QR/NFC: every well, pump, blower, and switchboard exists digitally with its full history — a record that survives changes of staff and administration. Asset registration is unlimited and free.
• Energy and power quality: metering per pumping site with multi-brand meters (including direct cellular connectivity for remote sites), consumption trending against baseline — the earliest way to see a pump losing efficiency —, power factor, and Grid Code monitoring for large loads.
• Diagnostics and condition monitoring: wireless vibration and temperature sensors on well heads, sump pumps, and WWTP blowers, with remote alerts handled as incidents (onset, escalation, recovery); on-demand diagnostics with the phone on crew routes.
• CMMS and field service: work orders with photographic evidence and inspection routes with a mobile checklist for the crews — the history that justifies budget with data.
• Drive Service Intelligence: status and service plan of the pumping variable frequency drives.

What Wertek does NOT do in this sector: it is not the utility's process SCADA telemetry (it does not control valves, starts, or levels — it observes the condition of the equipment and its consumption), it does not measure water quality, and it does not manufacture sensors: it integrates third-party hardware.

Typical assets and sensors

Equipment Wertek AI is designed to monitor at a water utility, and with which modality:

The energy signal deserves special mention in this vertical: the electrical consumption trend of a pump against its baseline reveals impeller wear and efficiency loss without needing instrumentation at the bottom of the well. Combining it manually with the utility's flow data allows building energy-cost-per-volume-pumped indicators.

Compliance and standards

In municipal water, Wertek AI helps generate evidence against these frameworks:

• Discharge standards (wastewater NOMs): Wertek does not measure discharge quality, but it keeps available the equipment that compliance depends on — WWTP blowers and pumps — with condition monitoring and alerts before failure, and documents their maintenance history.
• Grid Code (Mexico): large pumping sites are load centers subject to the regulation; the platform monitors power factor, imbalance, and THD against the limits and generates the compliance report.
• Vibration severity (ISO 10816): the health index of monitored equipment is based on the standard's criteria.
• Management indicators: the history of availability, failures, and consumption per asset feeds verifiable data into the indicators utilities report to their regulators and governing bodies, and supports the technical justification for predictive-maintenance procurement.
• ISO 55001 (asset management): the digital record per asset builds the documentary foundation an implementation requires — relevant for utilities professionalizing their management. Dedicated module under development ROADMAP.

Reference case

Reference case in municipal water in progress — Wertek has not yet published a case for this sector. If you operate a water utility, contact Wertek for a demo with your own assets; a problem sump or the WWTP blowers are the natural pilot. Published cases from other sectors are in success stories and example applications. </content>