Beginning Jan. 27, 2020, clean water pumps sold in the United States must achieve a minimum energy rating of 1.0 as outlined in the Energy Conservation Standards for Pumps established by the U.S. Department of Energy (DOE) and adopted by Natural Resources Canada.

This is my third column presenting a real-life example of how trend analysis, if done thoughtfully, can uncover wasted energy even when the system appears to be functioning well.

Continuing with the theme from last month, this column presents another real-life example of how trend analysis, if done thoughtfully, can uncover wasted energy that no one even suspected.

As the demand for electrical power increases, distribution systems are expanded to accommodate the increased demand. Stiffened transmission systems, increased substation capacity, and added on-site and distributed generation all contribute to increases in available fault currents.

Whether it’s new construction commissioning or existing building retro-commissioning, “commissioning” is about entire systems and their performance.

There are some building types and/or organizations that are nearly always undergoing some sort of facility upgrade, modification, and/or expansion to accommodate evolving needs.

Distributing water on a large scale has been a challenge that the world has tackled for decades.

Engineering departments in today’s health care environment are tasked with an ever-growing list of responsibilities, such as emergency readiness, PMs, reactive maintenance, ensuring regulatory compliance, managing infection control, maintaining life cycle budgets, managing utility spend, and the list goes on.

This is a story about two new construction commissioning projects with similar challenges and as-yet unwritten endings.