01.16.26 -- AI's Water Demand To Surge Nearly 130% By 2050

Because groundwater accounts for upwards of 40% of the world’s drinking water, it is imperative that these areas are treated and the pollutants removed and converted into harmless products. This process is known as groundwater remediation.

A private company that provides water via privately-owned-and-operated well fields with enough annual water supply to provide sustainable drinking water to more than 200,000 people faced a number of sampling, testing, and monitoring challenges. Lab tests and environmental monitoring costs were high and the data collected was not easily integrated with their SCADA system.

Explore examples showcasing infrastructure projects around the world that are helping to manage groundwater. 

By utilizing digital tools, wastewater utilities can optimize their odor control program, which can reduce chemical usage, minimize compliance risks, and protect the community.

A common misconception when a pump goes down in wastewater applications is that the pump is always the source of the problem. The reality is that many — if not most — failures occur because of the system’s impact on the pump or because of other external environmental/operational factors.

Vero Beach is a small but densely populated city adjacent to the Indian River Lagoon on Florida’s east coast. Many of the city’s approximately 1,500 on-site septic tanks and drainfields were failing, and the excess nitrogen, phosphorus, and bacteria were considered primary contributors of pollution to the watershed.

For utilities with aging infrastructure, modernizing metering is a field-driven challenge. In this webinar, Dan Zeamer of Columbia Water Company shares how a small Pennsylvania utility reimagined metering around faster installation, actionable data, and real-world leak detection. Joined by Kamstrup’s Jake Piccioni, the session shows how modern AMI delivers daily visibility, operational confidence, and customer conversations. Click here to learn more.

A leading semiconductor foundry in Taiwan, internationally renowned for its advanced manufacturing technology and continuous innovation, needed to treat acid wastewater discharge (AWD) in its backend discharge system.

Historically, lift station operators have turned to chemical treatments as the primary means of managing grease buildup. However, these methods carry inherent drawbacks. 

The sprawling Blue Plains Wastewater Treatment Facility is the largest advanced wastewater treatment plant in the world, with a capacity to treat an average of 370 million gallons of sewage a day.

Hydroinformatics offers a fresh perspective that is enabling communities around the world to tackle age-old problems in new ways and with a bigger toolset.

Water treatment plant (WTP) and wastewater treatment plant (WWTP) operators are increasingly supporting better decision-making by leveraging digitalization capabilities available through instrumentation and plant management systems.

Choosing the wrong MDM vendor creates massive risks, including financial strain, operational disruption from data inaccuracy, and technical limitations. A poor selection can severely damage customer trust and stifle future innovation.