The Steamloc®
System
Saves Three Ways
1. By properly draining the main
steam lines (drip applications) with properly sized
continuous-flow tubular outlet technology.
| The
steam at this point of use will be considerably
"drier" resulting in greater efficiency
due to the effect of increased latent heat
contained in the "drier" steam.
("Drier" steam has more latent heat to
release than "wet" steam) |
2. By properly draining
individual applications (heating equipment) with properly
sized continuous-flow tubular technology.
The condensate is
completely removed continuously, thereby
stripping condensate from the internal walls of
the heating surface, reducing the water film
(1/100 inch of water is equal to 1 inch of iron
or 5 inches of copper as an insulating value)
resulting in greater efficiency due to increased
thermodynamic contact (steam to inside heating
surface).
This stripping action is similar to
driving in a light rain, (the faster you go, the
better the stripping action) removing rain from
the windshield more completely.
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3. With the properly sized
continuous-flow tubular outlet technology installed on
all applications.
The live steam loss
(blowthrough and leakthrough) will be
prevented. The exact savings of this loss
is dependent on the manufacturer and type of
steam trap involved (there are a wide degree of
variables).
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THE PERFORMANCE OF THE HEATING
EQUIPMENT WILL BE BOTH TREMENDOUS AND MOST REMARKABLE.
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