Blogs & News

The Benefits of Real-Time Monitoring of Manganese in Groundwater

Manganese is a common contaminant in groundwater, especially in rural areas that rely on wells for their water supply.

The Importance of pH Measurement in Water Treatment with an Industrial pH Meter

Maintaining the optimal pH level is crucial for ensuring the effectiveness of industrial processes such as water purification, power generation, and production of commercial materials and chemicals.

What is biochemical oxygen demand (BOD) in waste water

Biochemical oxygen demand (BOD) is an increasingly important parameter in wastewater treatment that indicates how much dissolved oxygen is needed by aquatic microorganisms to break down organic matter.

Everything about turbidity in waste water treatment

Turbidity is a crucial parameter for any water treatment process that provides an indication of water clarity by measuring the degree to which suspended particles are present.

The Critical Need for Continuous Monitoring in Pulp and Paper Effluents

The pulp and paper industry is integral to our daily lives, supplying products from books and packaging to hygiene essentials...

Four benefits of industrial waste water monitoring system

Wastewater management is a key responsibility for industrial operations as it plays a pivotal role in safeguarding the environment and public health.

Safeguarding Human Health through Real-time Monitoring of Drinking Water

In the midst of deadlines, errands, and technological distractions, it's remarkably easy to overlook the clear elixir that flows effortlessly from our taps — water, the lifeblood that sustains us.

Minimizing False Alarms for a Seamless Water Monitoring Experience

Continuous online water quality monitoring has become a crucial tool for industries and municipalities as it improves safety, enables compliance, reduces costs, and enhances overall operational efficiency.

Ensuring water safety for stricken First Nations communities

Up until the 1970s, unchecked dumping of wastes from a chemical plant in Dryden, Ontario resulted in the release of thousands of tonnes of mercury into the English-Wabigoon river system.

Pilot Demonstration of TRITON in London, Ontario

The City of London, Ontario—a regional leader in water quality research—has identified a clear need for a large scale online drinking water monitoring infrastructure in order to realize flow prediction and contaminant detection throughout City's water distribution network.

TEDA demonstration of source water surveillance

From July to October of 2013, AUG Signals undertook a pilot demonstration project at the Tianjin Economic Development Area (TEDA) Water Treatment Plant in Binhai, Tianjin, China

Ensuring Water Safety for Remote First Nation Communities

Since 2012, AUG has been collaborating with Keewaytinook Okimakanak (KO), a tribal council serving six First Nations in Northern Ontario, to provide a drinking water monitoring solution customized for the unique challenges they face.