HVAC Imagery
Here are examples of typical problem areas.
(Roll mouse over photo to view thermal scan) |
|
Object:Burnham boiler with standard burner.
Problem:Heat loss occurs due to draft or chimney effect through the burner and boiler.
Solution:Stop standby wasted energy by installing a new burner with a damper that shuts down at the end of the heating cycle.
Average cost of new burner installed is $600.00. |
Object: The same Burnham boiler's
domestic coil for the production of hot water.
Problem: The boiler's plate is not insulated causing energy to be wicked into the basement through the steel.
The boiler must maintain a constant 150-180°F to produce daily hot water needs.
Solution:Remove the domestic coil and install an indirect fired water heater. Install and insulate a
new blank cover to stop heat loss. Average cost of an indirect fired water heater is $1,700.00- 2,200.00. |
Object:Broken water pipe in floor
Problem:N/A
Solution:N/A |
Object:Misaligned operating circulator
Problem:N/A
Solution:N/A |
Object:Standby loss of a 1952 conversion boiler.
Problem:The boiler is ready to fire again as the internal water temperature is approaching 170°F.
Solution:N/A |
Object:Front view picture of standby loss. Note how well the asbestos insulation withholds the heat.
Problem:The boiler is ready to fire again as the internal water temperature is approaching 170°F.
Solution:N/A |
Object:Brand new pin style boiler.
Problem:The internal temperature is 175°F.
Solution:The lack of insulation is evident in the thermal image. |
Object:Brand new triple pass boiler. The internal temperature is 165°F.
Problem:N/A
Solution:N/A |
Object:Floor radiant piping located 12” below the surface.
Red stripes are supply lines. Yellow stripes are return lines.
Problem:N/A
Solution:N/A |
Object:More radiant pipes.
Problem:Note the blue circles in the foreground. This is water remains from melting snow
Solution:N/A |
Object:An operating circulator.
Problem:Excessive heat loss.
Solution:This is a good argument for insulating your heating pipes. |