Global utilities lose an estimated 126 billion cubic meters of treated water each year through leaks, process drift and manual error (International Water Association, 2023). Industrial facilities record parallel losses in chemical overuse and unplanned downtime. Stricter discharge limits, lean staffing and higher energy costs demand a smarter approach. A modern smart water management system enables continuous insight, rapid intervention and documented compliance without expanding headcount.
WOG installs field sensors, edge controllers and secure data pathways that feed into a single control platform. Operators gain real‑time visibility into every critical parameter, from flow and pressure to nutrient removal performance.
Machine learning models analyze incoming data to fine‑tune aeration, pumping and smart chemical dosing systems before deviations impact product quality and permit compliance.
Automated logs track all alarms, corrective actions and effluent metrics. Reports align with ISO, EPA and WHO guidelines, streamlining external audits and ESG disclosure.
This integrated platform converts any conventional plant into a fully automated water treatment facility.
Up to 30% lower chemical spend through adaptive dosing.
25% average energy savings by optimizing blowers and pumps.
Fewer operator interventions and faster root‑cause analysis.
Consistent permit compliance supported by data integrity and traceability.
Scalable deployment for single plants or multi‑site networks.
Upgrade to data‑driven performance. Contact WOG Technologies Limited for a live demonstration of our smart water management system and learn how automated monitoring can unlock measurable savings from day one.
Flow, pH and ORP sensors feed dosing pumps in real time. Algorithms adjust rates within seconds in response to changing operating conditions, reducing excess feed and improving treatment stability through smart chemical dosing systems.
Yes. Modular sensor racks and PLC panels are installed and hooked up during routine maintenance windows, converting legacy assets into a fully automated water treatment environment.
The architecture follows ISA 62443 guidelines. Data tunnels use encrypted VPN channels and user roles restrict access to vetted personnel. Firmware patches are applied on a fixed schedule.
Continuous data capture flags shifts in effluent quality, hours before lab sampling would confirm issues. Tailored algorithms and/or operators correct trends immediately, avoiding permit excursions and regulatory penalties.
A cloud portal consolidates data from every location, giving corporate teams unified visibility into water intensity, carbon impact and key risk indicators.
