Decreased equipment requirements and the increased potential for lesser maintenance costs have contractors looking into hydronic heat metering.

What do a platform in Minnesota, a football field in Colorado, and a pool complex in Texas have in common? They get slippery when wet. And they use radiant heating.

In today’s world of HVAC, baseboard heating and under-floor radiant heating systems are evolving for smart systems, zoning, and ease of installation.

Over the past 12 years, SHCC has discussed and planned the installation of a hydronic green warming and cooling system across 24 playing surfaces.

Take my word for it, if you haven’t yet been to AHR Expo, then go! Take your significant other, and if you can, make arrangements to reward a good technician with the experience.

Guest instructors Anthony Reikow, trainer for Bensalem, Pennsylvania-based B. J. Terroni Co., and Eric Grant, regional sales manager for Fernox, made a compelling case for “keeping it clean” when it comes to hydronic system performance and efficiency.

As campus facilities were inspected prior to purchase in April 2014, it was apparent that the old central heating system would require a substantial overhaul.

Within the limits of ultimate system functionality, hydronic/mechanical artists can “paint their own canvas” — free to explore greater functionality, performance, and energy efficiency — all the while having the time of our lives (mechanically speaking).

My thinking was something like this: It costs a lot, may not be all it’s claimed to be, and looks to be pretty involved (learning curve), so maybe the thing to do is to sit on the sidelines for a while to see how it does. Soon, there was broad use of technology we weren’t familiar with, and I began to sense that some of our competitors had an advantage.

It goes on to say baseboard ratings include an allowance for heating effect factors of 15 percent in addition to the test capacity, which must be shown in the manufacturer’s literature.