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These are only some of the things you have to look for in order to improve the Efficiency of a Home

 

 

New Photos of what to look to comply with the New Energy Star Guidelines 2006

 

 

NEW Gallery

 

 

 

 

Great examples of how to do things

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1.2.

See how you need to seal the area for dropped ceiling.  In this area the ceiling insulation will be in contact with a solid surface.  See photo #2

 

 

Knee-wall has been properly sealed from the attic side

 

See how the ceiling insulation is in contact with a solid surface.

 

Small knee-wall created by ceiling difference has been properly sealed and ready to be insulated

 

Window Headers have been insulated, this can be achieved when building with 2x6 walls or larger by doing box headers.

 

 

 

 

 

Some photos show good and bad installation of building components.

 

Performed Building Diagnostics 1.Blower Door Test  2. Duct Blaster Test

1. GOOD

2. GOOD

Seal with foam and caulking all exterior penetration, cantilevered areas, rim and band joist areas as well as all the fire blocking penetrations.

BAD

BAD

BAD

BAD

1. Seal the duct system thoroughly, preferably with mastic, and 2. secure it properly, do not use duct tape. 3..Seal with mastic the corners of the duct board, especially after the flashing is located. Very important,  seal the interior of the return cavity and 4. also seal the sides of the platform where the heater and water heater is located from the top.

1. GOOD

2. BAD

3. BAD

4. BAD

1,2. Insulate all cantilevered areas that have a conditioned space above, at least with an R-19 batt insulation. 3,4. Supervise that all the insulation is cut properly, do not live 1/2" or 1" gaps at the top or bottom of wall cavities or knee walls. 5.Insulate properly the rim and band joist. Make sure you have the least compression possible.

1. BAD

2. BAD

3. BAD

4. BAD

5. BAD

6. In the wall areas where you have electrical boxes and cables, you should cut properly around the box, place the excess material behind the box, 7. Regarding the electrical cables you should split the insulation in half and place one half behind the cables and the other half in front of the cables.

* Remember all the insulation has an R-Value per inch if you have an R-13 (3.5") and you compressed it to a 1" you will have only an R-3.5

6. BAD

7. BAD

NOTE:  If you have any question regarding these photos please send us an email an we will reply as soon as possible.

 

 

 

 

All rights reserved.Copyright © 2006Southwest  Energy Conservation, LLC
Revised: 12/05/08.