Items Tagged with 'water safety'

The Pacific Institute’s new report, Untapped Potential, highlights IAPMO’s Water Demand Calculator as a key solution for improving national water efficiency. The study finds that municipal and industrial water use in the U.S. could be cut by up to 60% through proven technologies and smarter design practices.

The webinar, "Plumbing Design Strategies to Control Waterborne Pathogens in Healthcare Facilities," will take place on Wednesday, October 22 from 12:00 PM to 1:00 PM CDT. 

Water chemistry significantly affects boilers, with scale buildup as small as one-sixteenth of an inch causing a 20 percent loss in heating efficiency and leading to corrosion, leaks, and potential boiler failure. Analyzing water chemistry beforehand is crucial for identifying necessary solutions and ensuring long-term performance.

This study, conducted by Drexel University and sponsored by the Plastic Pipe and Fittings Association, found that higher flow velocities and smaller diameter pipes (particularly 3/8”) deliver better water quality with higher disinfectant levels, reduced turbidity, and lower microbial activity. 

One of the most powerful parts of the trip was witnessing how personal stories and local successes resonate with policymakers. Whether it was a community's struggle with water quality or the adoption of cutting-edge conservation practices, these conversations helped bridge the gap between policy and lived experience.

By 2026, the U.S. Department of Energy (DOE) is expected to require all commercial water heaters to use condensing technology. The SUF commercial water heater offers superior performance with advanced features and complies with evolving local and national regulations.

The integration of ESPRI strengthens IAPMO’s focus on water quality within buildings, addressing a critical gap between public water systems and point-of-use safety.

In a recent whitepaper written by Dr. Janet Stout and Abraham Cullom of the Special Pathogens lab – both legionella experts – it’s reported that legionaires disseas is on the rise, particularly in the healthcare setting. Cliamte change, aging infrastrcuturem increasing population are all identified factors that increase legionella cases.

The system features three models in a variety of flow rates. 

Legionella is a concerning bacteria found in freshwater environments. When inhaled, it can cause Legionnaire's disease, a severe form of pneumonia, especially dangerous for those with weakened immune systems.