A pressure transient monitoring system gives water utilities high-speed visibility of surge events, helping protect assets and guide planned maintenance.

Industrial water quality sensors provide real-time visibility of treatment, trade waste and process water, supporting faster operational decisions daily.

Wireless water quality sensors deliver real-time visibility across potable, wastewater and environmental assets, helping teams detect change and act faster.

Protect water quality of drinking water with continuous monitoring, faster incident detection and trusted data across treatment and distribution networks.

Water quality protection depends on continuous measurement, fast alarms and field-ready systems that give utilities control across every distributed asset.

Water quality guidelines help utilities set key limits, verify compliance and act faster on risks across drinking, wastewater and environmental sites.

Build a water quality management plan that turns continuous field data into faster responses, compliant operations and stronger network resilience now.

A chlorine monitoring system delivers real-time residual visibility, faster response and practical control across distributed water networks for utility use.

A remote water quality monitoring system provides real-time visibility across distributed assets, helping utilities detect events and protect compliance proactively.

A practical look at water quality monitoring methods, from grab sampling to real-time remote systems for utilities, councils and industry.

Real time water quality monitoring gives utilities and industry faster fault detection, cleaner data, lower field costs and stronger compliance.

What is water quality monitoring? Learn how utilities and industry track water condition in real time to improve compliance, response and control.

Water quality monitoring stations deliver real-time network visibility, faster fault detection and utility-grade data for water, wastewater and sites.

A potable water monitoring system gives utilities real-time visibility of quality, pressure and flow to detect risk early and improve response.

In 2010, we built our first prototype real-time power quality monitoring robot in Australia with a then-radical conviction: that cloud-connected, autonomous sensors could do what laboratories and SCADA systems could not — deliver continuous, 24/7 intelligence about what was happening inside a power distribution network, right now, not yesterday. Fifteen years later, that conviction has been vindicated by billions of measurements, a peer-reviewed publication record, national r

A peer-reviewed study presented at OzWater 2025 — the Australian Water Association's premier national conference — has confirmed what TracWater has long demonstrated in the field: that real-time, continuous water quality monitoring reveals critical information about drinking water safety that traditional grab sampling simply cannot provide. The study, conducted in collaboration with Yarra Valley Water (YVW), used TracWater portable online sensors to monitor free chlorine resi

TracWater India Pvt Ltd exhibit, Municipalika 2026, New Delhi Brisbane, Australia / Chennai, India - TracWater Australia has formally established TracWater India Pvt Ltd, now fully operational and headquartered in Chennai, Tamil Nadu. The new entity serves as the exclusive authorised licensee in India for TracWater’s globally patented cloud-based water-quality robotic monitoring technology. The expansion marks a significant milestone in TracWater’s international growth strate

TracWater Australia: Global Expansion Announcement Press Release: 5th March 2026 TracWater India Pvt Ltd exhibit, Municipalika 2026, New Delhi Brisbane, Australia / Chennai, India - TracWater Australia has formally established TracWater India Pvt Ltd, headquartered in Chennai, Tamil Nadu, as the exclusive authorised licensee in India for TracWater’s globally patented cloud-based robotic water quality monitoring technology. The announcement follows TracWater India’s participat

The 4th SWAN Asia-Pacific Workshop was held in Sydney on the 10th & 11th November 2025. SWAN is a global not-for-profit organisation that runs events like this one to bring everyone in the water industry together, regionally and globally, from water experts to utilities, researchers and young water professionals to aid the digital transformation. The workshop provided a supportive, non-competitive environment where participants could share their experiences, lessons learned,

Globally, drinking water utilities face a common challenge: how to guarantee safety with monitoring methods designed for the last century. Manual grab sampling and laboratory testing capture only a handful of monthly data points.