HYDRONIC SYSTEMS:
AKA Boilers: Unlike forced warm air systems Hydronic Systems, or Boilers as
they are more commonly called, utilize pumps to move heated fluid to areas
of a structure to create a viable heating application.
Like forced warm air systems the most common fuel used to heat the fluid used
for heating purposes is natural gas. However other forms of heating the fluid
can encompass the use of; electrical elements, heating oil, even geothermal
and solar capabilities can be utilized in creating a tempering condition to
the fluid in a hydronic system.
Essentially a boiler system includes piping, pumps, and some form of distribution
to heat the structure. Some means of distribution are cast iron radiators,
radiant baseboards, fan coil units (air handling equipment), and of course
the most popular form of hydronic heating the in-floor radiant application.
These are all common examples of heat distribution applications. Radiant floor
heating is quickly becoming the most popular means by which to accomplish
this. In floor radiant heating operates by flowing heated fluid through tubing
installed underneath a finished floor, thus allowing that heat to graduate
across the entire floor. Radiant in-floor heating is arguably, one of the
best creature comforts available.
Advantage's of hydronic heating are the ability to zone areas and have a multiple
of temperatures. Zoning areas allows for better control of temperatures because
similar spaces in a building can be kept at different temperatures.
Other advantages to hydronic heating are the piping size in relation to duct
size. Pipe and duct being the means by which the heat medium is transferred,
a pipe rather than forced air ducting is easily worked into smaller spaces
so it can be disguised, this can obviously help keep the natural beauty of
a home by eliminating bulkheads and bump outs which may conceal the larger
ducting needed for air systems.
Hydronic systems may be more beneficial to those with health concerns related
to air born allergens as baseboard applications and radiant in-floor applications
do not move the air as an air system does. Hydronic applications tend to dry
out the air less than an air moving system as well, as moving air has a tendency
to evaporate more quickly.
Boilers come in all shapes, sizes and configurations that serve a multitude
of applications. Overall, hydronic boilers offer a varied degree of applicable
uses in the heating of a structure and domestic water.
SNOWMELT SYSTEMS:
Snowmelt systems, also referred to as ice melting systems, are systems which
have become more popular with Architects, Engineers, Builders, Developers
and Homeowners. Certainly billed as another creature comfort, snowmelt systems
offer the ability to clear snow and ice from driveways and sidewalks, from
entrances and heavy traffic areas for commercial and residential applications
where liability can be of grave concern. It also eliminates the need to incessantly
manually clear areas for ease of access. Snowmelt systems have become more
efficient to operate over the past decade with the aide of increased boiler
technology and the controls which enable a system to work unattended. This
combined with proper piping and sizing make these systems very practical.
Snow melting, like radiant heating applications, can be zoned into multiple
areas, or utilized as a single zone.