07.17.25 -- Mapping Infrastructure To Aid Emergency Response; How Industry Is Solving Its Water Crisis

The current state of the water infrastructure in the U.S. is in need of critical attention. Aging and underfunded systems, increasing demand, and the impacts of climate change are putting immense pressure on the nation’s ability to deliver this essential resource.

Few resources are as vital to our health and well-being as clean water and sanitation. What we easily take for granted would not be possible without myriad sophisticated technologies — to be found from water extraction and purification plants, through pumping and delivery, to the efficient removal of wastewater and its processing.

Exeter-Merritt Water Cooperative decided to do a Phase 3 expansion and include additional homes in the rural area, resulting in connections increasing from 154 to 325. Exeter and Merritt are small rural towns built on hilly terrains and gravel roads, with most of the meters installed in the countryside.

Faced with persistent odor complaints and limited space, Douglas County Sewer District #1 in East Wenatchee, WA, turned to the ThermAer second-generation Autothermal Thermophilic Aerobic Digestion (ATAD) system to modernize its biosolids treatment.

The Dutch Flood Defence Authority was experiencing difficulties in planning the height and construction style of dykes to prevent flooding at minimum cost because it does not have accurate data on sea behavior in storm conditions.

Although Leeton Shire already had some digital technologies in place, such as SCADA, GIS, and AMI, they lacked hydraulic modeling capabilities and expertise — which is why they turned to Qatium’s open and secure water management platform.

Understanding how entrained gas can disrupt flow measurement ― and the technologies that can help overcome this challenge ― are key to ensuring reliable and efficient plant operation.

This article introduces how the WEAD hybrid system works and how it empowers AMR-based utilities with actionable intelligence immediately, shortening the road to full AMI.

Learn how preventative maintenance agreements (PMAs) reduce risk, extend equipment life, and save money for wastewater utilities by minimizing failures, improving energy efficiency, and enhancing operational predictability.

There is a lot of buzz and hype around machine learning and artificial intelligence (AI). While machine learning and AI can be powerful tools to solve practical business challenges, these kinds of techniques are not a silver bullet.

In this learning session, best practices and case studies will be shared in wastewater lift station surveillance & management, pump protection, wet gas flow measurement, flow accuracy, and ideal installation.

In this segment of Virtual Water Expo, Aerzen's Tom McCurdy walks us through current product service offerings, how they are designed, and how they may change in the future to further benefit customers.

OpenFlows FlowMaster is an efficient calculator product for the design and analysis of a wide variety of hydraulic elements, such as pressure pipes, open channels, weirs, orifices, and inlets. Productivity is improved further with OpenFlows FlowMaster’s engineering libraries, which let users enter main data once and reuse it many times.