Tax credits and incentive programs are constantly changing so for the latest information check the Natural Resources Canada Website. Your local government may also have other opportunities.
Utility companies, especially those generating power in coal-fired plants, are encouraged through various federal and state initiatives to support consumers and businesses seeking to implement energy conservation programs. Electric co-ops, which are owned by their customers, are often especially proactive in helping their members implement energy-saving projects. Check referrals on the Natural Resources Canada website for incentives and rebates from major utility companies such as those offered by The Arctic Energy Alliance's Energy Efficiency Incentive Program. Also see your utility company’s website or call their local office to find out what incentives are available in your area.
Each incentive program will outline its unique requirements. If you are depending on incentives, make sure you understand whether you qualify for them before beginning your work.
A good source for energy saving information is the Energy Star page on the National Resources Canada website.
Each area of the country has different recommended R-values for insulation. See the map at the bottom of the R-Value page on the website to find the recommended R-values for your region and refer to the manufacturer's packaging instructions for meeting the the corresponding R-Value. Uuse our insulation calculator to help understand the potential savings from adding or upgrading insulation.
Every product has a different R-value so make sure you read the packaging carefully for the insulation that is installed.
As a rule of thumb, if you have six inches or less in the attic (or the insulation does not cover the joists), it would be smart to add more insulation. A professional energy audit with a blower door test will also help determine how effective your current insulation and other energy saving factors are in your home.
You can always add more insulation in the attic on top of the existing insulation to achieve even more energy savings and comfort. Use our insulation savings calculator to get an idea on how much you can save by increasing the R-Value in your home.
Not necessarily. Adding more insulation has a cumulative impact on the overall R-value. In attics, If the insulation is damaged or improperly installed, in the case of batt products, it might make sense to replace it completely with blown-in cellulose insulation.
You can also add cellulose insulation on top of the existing insulation, improving the overall quality and R-value.
In walls, it is possible for contractors to install additional insulation so it compresses the existing material, completely filling the wall cavity with performance enhancing cellulose insulation. Cellulose insulation is perferct for those types of "retrofit" insulation projects.
The CIMAC Producer Members can refer insulation contractors and professional installers familiar with using cellulose. Contact Producers for lists of companies in your area that use their products. To find other professional installers, check with your local utility company, the Yellow Pages, or search the web for cellulose insulation installers in or near your city.
That’s easy – cellulose.
Cellulose insulation is made from at least 80% recycled paper, primarily newsprint. Most of the recycled paper is post-consumer waste adding even more benefit by redirecting it from the waste stream and landfills. Cellulose insulation also has the lowest embodied energy score of any major insulation. See the complete list of environmental facts and benefits of cellulose insulation.
Not really. Unlike metal, glass, or plastic, paper can’t be run again and again around a recycling loop. The fibers get shorter with each recycle, eventually ending up as useless powder. It will always be necessary to add new fibers to the papermaking process. It just makes good sense to redirect some recovered paper fiber to long-term use as insulation to make way for new fibers.
With cellulose insulation, a vapor barrier isn’t recommended except in cases of high humidity areas, such as pools and spas, or in extremely cold climate zones, usually 9,000 HDD or more. Learn more here.
Studies by Oak Ridge National Laboratory show that the performance of cellulose insulation remains stable in even at very cold temperatures thus making it one of the best choices for insulating homes in colder climate areas.
For a general idea on how much you could save on your utility bills by increasing your insulation use our savings calculator.
R-value is a measure of resistance to heat flow through a given thickness of material. The higher the R-value, the greater the resistance. As explained in the section Why Insulate?, resisting heat flow is the primary purpose of insulating, which in turn lowers energy costs. Click here to find the recommended R-values for your area.
Cellulose insulation is available at most home improvement stores and lumberyards. Many stores also rent machines for installation, and can also help with any insulation questions you might have. Some stores may provide the blowing machine free with the purchase of cellulose insulation so be sure to inquire about any such special offers.
Yes. Cellulose insulation is compressively packaged, so it must be installed with a blowing machine, which can be rented or sometimes borrowed from most home improvement stores, or lumber yards, or tool rental centers. As with most home improvement projects, it is recommended that you wear protective gear such as a mask and goggles for minimum discomfort during the installation process.
No. Cellulose insulation does not contain any glass fibers, such as found in fiberglass insulation, that cause skin and respiratory irritation.