The ST80 Series Thermal Flow Meter utilises Wet Gas MASSter technology, designed to deliver accurate and reliable measurement in moist, dirty and demanding environments.
The Australian Water Quality Centre has rapidly developed and deployed a monitoring tool capable of detecting future outbreaks of COVID-19 using South Australia's sewage.
The event — titled Virtual Water — features new technologies, equipment, services and ideas related to the water industry.
The Series IEFB Insertion Thermal Energy Meter uses electromagnetic technology to measure fluid velocity and energy consumption.
The Multiparameter handheld Liquiline Mobile CML18 from Endress+Hauser is a mobile device for pH/ORP, conductivity, oxygen and temperature measurement.
Endress+Hauser has introduced the Turbimax CUS50D sensor, a robust turbidity and suspended solids measurement tool for industrial applications.
The ColoSSoS Project aims to integrate sewage testing results for SARS-CoV-2 with national COVID-19 health data to inform where the disease is present in the population.
There is no longer any need to wait — IIoT technology has matured and is ready to bring value to your operation.
Midwest Piggery installs Gorman-Rupp T2A3-B wastewater pumps to help reduce maintenance costs associated with its pig waste recycling.
The Katronic KATflow 180 clamp-on flowmeter for gases is designed to provide reliable clamp-on measurement of gaseous flow.
The Thermo Scientific Orion 7070iX Total Residual Oxidant (TRO) analyser is designed to measure low ppb chlorine concentrations in wastewater.
The NIWA investigates whether we need to monitor nitrate concentration continuously and looks at progress in practical nitrate monitoring.
The rugged ST100 Series Thermal Flow Meter from Fluid Components International (FCI) provides precision mass flow measurement, making it useful for engineers and operators responsible for measuring gas production from digester tanks at municipal or industrial wastewater treatment operations.
DCM Process Control's toxic shock risk study is a comprehensive analysis of influent composition and concentration. The tool provides operators and plant management with a clear picture of the activity and discharge patterns of industries and, more importantly, the process response of the receiving WWTP.
Activated sludge systems combined with the use of engineered and natural plants creates an aesthetically pleasing wastewater treatment plant.