Specifications

22
Natatorium DesigN maNual
recovery option that outperforms other technologies and
actually fits into a mechanical room. The compact nature
if this design results in lighter weight cabinets compared
to units integrating plate heat recovery technology. This
is an important consideration on applications where roof
loads are a concern.
The glycol run around loop performance is engineered for
a pool application. The coils are fully dipped for corrosion
protection and there is no defrost or bypass mode on the
coldest winter days. When you need the heat recovery
the most, other heat recovery devices require that you
bypass air to keep them from freezing up.
The introduction of the heat recovery coils into the
existing air streams offers a substantially lower overall
airside pressure drop compared to units with dual
air paths and complicated internal air patterns. This
configuration offers the end user the lowest possible
operating cost while providing the best possible heat
recovery effectiveness.
Adding the heat recovery option to your
Seresco unit in a northern installation will
typically realize a one year payback on
your investment!
Seresco has developed a quick calculation to help
determine the energy recovered and energy savings
possible from the heat recovery coils.
Pool rooms are warm – It is surprising to note that heat
recovery is viable even in a mild climate like Atlanta.
The savings are noteworthy even in a mild climate.
The added cost of a heat recovery device generally
pays itself back in less than two to three years in
a mild climate.
Table 7 – Energy Recovery Calculation