Items Tagged with 'IAPMO'

Selected from thousands of nominations, The Hill’s Top Lobbyists have made measurable impacts on the course of policy and politics, whether for corporations, small businesses, local governments, nonprofits, unions or trade associations, according to the publication.

Industry experts invited to join IAPMO committees developing the 2030 UPC and UMC.

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.

Since becoming Global Industry Partners in 2015, the two have worked together in developing a skilled workforce for the future.

IAPMO’s conference highlighted collaboration, innovation and a shared commitment to public health and safety across the industry.

This article provides plumbing engineers and system designers with strategies for right-sizing residential plumbing systems based on modern water use data and highlights how traditional sizing methods, like the Hunter’s Curve, often lead to oversized systems that increase costs and wastewater.

Goede is honored to represent the United States in the "Olympics of skilled trades." This industry coalition will train and mentor Charles to compete on an international stage.

The four groups will work together to promote and advance several aspects of plumbing systems, including education and regulation. 

During a APEC workshop in Peru, IAPMO joined global experts, manufacturers and policymakers to address urgent water safety challenges and build a harmonized framework for safer, more sustainable drinking water systems throughout the Asia-Pacific region.

As radiant heating and cooling systems continue to grow in popularity for their superior comfort, energy efficiency, and quiet operation, the importance of proper system installation cannot be overstated. A poorly installed system—no matter how advanced its components—can fall short of expectations, leading to hot and cold spots, energy waste, or costly callbacks.