05.02.25 -- Tracking Snowmelt To Improve Water Management

This presentation explores the successes and challenges of Advanced Metering Infrastructure (AMI) deployments, highlighting real-world scenarios. Learn how ACLARA uses insights from past experiences to enhance performance and reliability. Attendees will gain practical strategies for planning deployments, making smart, lasting decisions, and understanding the value of partnering with a trusted provider to ensure successful AMI implementation. Click here to learn more.

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

Learn how advanced primary treatment can increase settled solids without the use of chemical additions, reducing capital and operating costs and ensuring more consistent effluent.

The municipal wastewater treatment plant in Port Washington, Wisconsin, is located on the picturesque shore of Lake Michigan, so it’s essential that their plant performs as designed.

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.

As a former utility engineering project manager, I understand the difficulty in planning large projects that span multiple years in the context of a capital budget. 

Here are a few most frequently asked questions about digital water platforms — what they are, how they benefit utilities, and how they will shape the future of the water industry.

When properly utilized, water quality monitoring can reduce costs, aid in resource allocation, and ensure consistent regulatory compliance in a number of ways.

Cartridge-based PFAS removal systems mitigate the risk of operator exposure, cross contamination, as well as the re-introduction of PFAS into the environment during or after disposal.

Read about a seawater desalination plant that presented with several performance issues and chose the HOD UV system to control biofouling on the RO membranes.

Innovations in seal-and-restrain technologies integrate both sealing and restraining functions into a single product, making them more efficient and easier to install.

Water utilities aiming to reduce their non-revenue water (NRW) rates must first identify the type of water loss they’re facing — whether apparent or real — before allocating resources, fixing issues, and following up to ensure resolution.

This bulletin describes the restrained length calculations for dead ends, valves, reducers, and sleeves with a discussion of several situations where economics and other factors may favor an alternate restraint method.