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Many home have inadequate insulation and excessive holes, cracks, and missing air barriers resulting in unwanted heat loss in cold weather, heat gain in hot weather, and infiltration of moisture, dust, pollen, and pests year-round. Air sealing leaks and adding insulation between the attic and the home is one of the most cost-effective measures to improve your home’s energy performance. However, critical installation best practices need to be followed to ensure a successful project. Use this checklist to get the significant energy savings, enhanced comfort, and health benefits possible with quality installed attic air sealing and insulation.

Many home basements do not have adequate wall insulation resulting in excessive heat loss in the winter and heat gain in the summer along with seasonally cold surface temperatures that can compromise comfort and moisture control. Adding basement insulation can significantly address these home performance challenges. However, critical installation best practices need to be followed to ensure a successful project. Use this checklist to get the significant energy savings, enhanced comfort, and durability benefits possible with quality installed basement wall insulation.

Many homes have vented attics that get very hot in summer and cold in winter. Converting an attic from vented to an unvented provides an opportunity to create a temperate space for heating and cooling equipment located there to operate more efficiently while also reducing infiltration of moisture, dust, pollen and pests year-round. However, critical installation best practices need to be followed to ensure a successful project. Use this checklist to get the significant energy savings, enhanced comfort, and health benefits possible from a quality installed unvented attic.

Where homes have crawl spaces, they are commonly unvented allowing excessive heat in summer, cold in winter, and humidity year-round. Converting a crawl space from vented to unvented provides an opportunity to create a temperate space for heating and cooling equipment located there to operate more efficiently while also reducing the infiltration of moisture, dust, pollen, pests, and soil gases year-round. However, critical installation best practices need to be followed to ensure a successful project. Use this checklist to get the significant energy savings, enhanced comfort, and health benefits possible from a quality installed unvented crawl space.

Installed correctly, comprehensive vented-to-unvented attic upgrades can significantly reduce utility costs while improving comfort, indoor air quality, and durability of the attic structure.

Installed correctly, comprehensive vented attic upgrades can significantly reduce utility costs while improving comfort, indoor air quality, and durability of the attic structure.