Systèmes Éconergie Before & After Photos

Problem

1- The existing insulation is not in adequate quantity. In other words, the amount of insulation installed in the attic is not sufficient to achieve a thermal value of R60 (the recommended value for most regions in Quebec).

2- Lifting the existing insulation, our specialist noticed that there were still existing holes allowing air to infiltrate. This was concerning, as the presence of air leaks in the attic diminishes the effectiveness of the insulation.

Solution

1- We removed the existing insulation to identify and seal all sources of air leaks.

2- A thorough examination was then conducted to ensure no existing holes were overlooked. Using our revolutionary product, ZypFoam, we completed the sealing process, preventing air from escaping into the attic.

3- Install our TruSoft cellulose insulation. We blew approximately 17 inches to achieve the required R60 value.

The owner of a beautiful home in Saint-Paul-de-l'Île-aux-Noix, Quebec, was concerned about excessive humidity in his attic. In fact, he doubted the solution proposed by another contractor, simply involving adding more insulation over the existing one to improve the thermal value. Our specialist confirmed that without sealing existing air leaks, adding insulation would never solve the issues of drafts and attic humidity.

We therefore removed the damaged old insulation and carefully sealed all air leaks using our ZypFoam. Next, we blew in our TruSoft cellulose insulation, reaching an R60 thermal value for optimal performance. The homeowner noticed a significant improvement in comfort, with no more drafts and a healthy, secure attic.

Our client's attic in Notre-Dame-De-La-Paix had typical problems before our intervention, such as insufficient insulation, air leaks around ducts and hatches, unpleasant temperature variations, dust accumulation, and sometimes mold. To remedy these problems, Systèmes Éconergie used its proven techniques: installing our TrueSoft cellulose insulation for optimal thermal performance, carefully sealing air leaks to prevent energy loss, and installing radiant barriers to improve insulation performance. The result is a healthy, well-insulated attic that contributes to lasting thermal comfort and substantial energy savings.

Our client's attic in Montebello had become a real challenge due to persistent moisture, aging and worn insulation, and cold air infiltration through ducts and vents. Thanks to the expertise of Systèmes Éconergie, we renovated this space methodically and efficiently. We removed the old compacted insulation, cleaned and treated all traces of mold, then applied high-performance blown insulation with Cellulose TrueSoft to ensure high and durable thermal insulation (R-60). Careful caulking of critical areas, such as recessed lighting fixtures, chimneys, and ducts, now ensures excellent airtightness, limiting heat loss and drafts. We also added radiant barriers to improve comfort in all seasons and installed adequate ventilation to remove moisture and prevent condensation. The result is a healthy, high-performance, comfortable, and energy-efficient attic that offers greater comfort, better indoor air quality, and real energy savings for the home.

Client was confused since he installed new insulation a couple of years ago, but is still experiencing uncomfortable air drafts within the house. Upon inspecting the attic, our specialist informed him that air sealing of all the leaks should have been done prior to installing the insulation. The perfect solution was to remove the existing insulation that started to show signs of deterioration due to the excess humidity. Then, a thorough inspection is done to identify an seal all the air leaks. After that, baffles were installed to regulate the ventilation within the attic, and approximately 17" of our TruSoft cellulose insulation were blown inside the attic to ensure a thermal value of R60. It is important to say that cellulose insulation can easily cover problematic spaces within the attic, and thus provide better insulating performance.