Tax credits and incentive programs are constantly changing so for the latest information check the Natural Resources Canada Website. There are also programs specficially for Industry Profesionals. Your local municipal 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 program provides its own requirements to qualify for incentives. Make sure you understand them before beginning your work to ensure your customers are eligible.
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 on this page to find the recommended R-values for the regions where you operate and use our insulation calculator to help understand the potential savings.
Every product has a different R-factor so make sure you read the packaging carefully.
As a rule of thumb, if there are six inches or less depth of insulation in the attic, it would be smart to add more insulation. Construction industry professionals specializing in retrofits and remodeling projects would be well served to partner with a professional energy auditor. An energy audit, using blower door tests and infrared cameras, can detect problems and help determine insulation and other inefficiencies.
Keep in mind it is possible to add more insulation in the attic on top of the existing insulation to achieve even more energy savings and comfort. Blown-in cellulose insulation is ideal for this type of application as well as retrofitting insulation in existing walls.
Not necessarily as adding more insulation has a cumulative impact on the overall R-value. In the attic, if the insulation is old or not securely in place in the case of batt products, it might make sense to remove it and fill in with fresh blown-in Cellulose insulation. You can also just blow in new insulation on top of the existing insulation and improve the overall quality and R-value.
In walls, it is possible for contractors to install the new cellulose insulation in a manner that compresses existing insulation in the wall cavity and completely seal the wall cavity.
The CIMAC Producer Members can refer insulation contractors and professional installers familiar with using cellulose. Contact Producers for lists of companies in your service area that use their products.
You can also check your local Yellow Pages, or try a Google search. Your local utility company or natural resources council may have information as well.
The CIMAC Producer Member companies make referrals of contractors and installers they know are knowledgeable about how to install cellulose insulation. Contact CIMAC producer members that service your area to discuss more about their products and referral opportunities.
Every type of insulation requires some level of preparation prior to beginning installation. The preparation requirements are most critical for upgrades or retrofits to attics in existing homes. See this article on the Greenest Insulation Blog for more specific information on preparing an attic for a cellulose insulation installation.
Cellulose insulation is made from at least 80% post-consumer recycled newspapers and is the highest recycle product in the industry. Not only does this divert waste from landfills but it also takes minimal energy to convert the newspaper to high quality insulation. It is estimated that if all the newspapers currently going to landfills was converted to Cellulose insulation it would save 7,030,000 tons of CO2 equivalents. That’s the same as taking all the cars off the road in New Mexico and Arizona every year.*
“R for R” Fiberglass uses approximately 10 times more energy than Cellulose insulation to produce and transport while foam products, derived from petroleum, use even more - up to 64 times more. In addition, neither of these products is recyclable.*
For more information on the environmental impact of your insulation choice, click here.
* National Auto Dealers Association; Paper Industry Assoc. Council 2006; EPA - “Life Cycle Analysis of a Residential Home in Michigan” S. Blanchard & P. Reppe (Sept. 1998); Canadian Architect Measures of Sustainability.
CIMAC does not recommend using a vapor barrier with Cellulose insulation except in extremely cold climates or if it can be reasonably anticipated there will be constant high interior relative humidity, as in the case of a pool enclosure or conservatory. Learn more here.
Studies by the Oak Ridge National laboratories show that Cellulose insulation performs better than fiberglass when the difference between the internal and external temperature exceeds 30 degrees. See the R-Value Recommendations Chart for an idea of how much insulation you should have in your region of the country, and consider the overall performance of Cellulose insulation when recommending products.
Use the insulation savings calculator for a general idea on how much savings is possible on utility bills by increasing insulation. Keep in mind the actual savings can vary based on many variables including the type of insulation, effectiveness of installation and other factors.
R-value is the measure of resistance a material has to heat flow. The higher the R-value, the greater the resistance. As explained in the section “Why Insulate?” resisting heat flow is the primary purpose of insulation which in turn lowers energy costs. See the What R-Value Means page for a more detailed explanation.
Cellulose insulation is available at many home improvement stores and lumber yards and can be used by consumers for simple attic installations. However, CIMA recommends using a professional insulation contractor experienced with cellulose insulation for all installations to ensure the highest performance and greatest energy savings.
CIMA Producer Member companies work closely with architects, builders and insulation contractors to help them become more knowledgeable about their cellulose insulation products. Many of these manufacturers offer expanded information on their websites and provide training opportunities. Learn more about CIMAC Producer Members.