Attend One Session or Both!
See detailed session description below
$69.00 per person, per session for MHCA Members
(Price includes the program, handouts, and lunch.)
$109.00 for non-MHCA Members per person, per session
About the Instructor: Bob "Hot Rod" Rohr:
Morning Session - Water Quality
Water is the essential fluid in all hydronic systems. Its quality affects the system's efficiency, reliability, life expectancy, and the effectiveness of any chemical additives.
There is a "physical" aspect to water quality, and a "chemical" aspect. The physical aspect involves procedures for ridding systems of gasses and solid impurities. The devices involved include dirt separators, air vents and magnetic separators. Problems can also develop within hydronic systems when water quality is ignored. This session lays out procedures for converting raw water into high quality water. Emphasis is placed on demineralization for preparing water for use in hydronic systems.
The session also includes procedures to address "chemical" aspects of water, including testing, flushing, washing, demineralizing, and final adjustments of water quality.
The objective is to ensure that the water within the system can provide optimal performance over many years of operation.
Afternoon Session - Design Considerations
This session focuses on hydronic designs. The goal is to designs that are flexible, reliable, simple to build and highly energy efficient. The program covers balancing, heat migration, and zone control.
A hydronic system can be installed with the latest heat sources, heat emitters and other hardware, but without proper balancing, it is unlikely to deliver optimal comfort and energy efficiency.
In addition, an understanding of how heat moves and what factors enhance (or inhibit) that movement is vitally important. Conduction, convection and radiation all play roles, as do material selections and the placement of those materials within a system. The ability to estimate heat transfer rates using basic formulas is also important when designing systems.
Finally, zoning is a preeminent benefit of hydronic heating and cooling and when properly applied, it provides unsurpassed comfort control, flexibility and energy conservation. To take full advantage of these benefits, designers must understand several principles that let zoned systems quickly adapt to constantly changing interior and exterior conditions.
Program Hosted and Lunch Provided By:
Be sure to indicate which session (morning or afternoon or BOTH) you will attend.