Systèmes Éconergie Before & After Photos

Problem

Mr. Steve contacted us to resolve some complications within his attic. Our specialist, Toufic, visited for a free inspection. He explained to Mr. Steve that the existing insulation was insufficient. More importantly, there were several sources of unsealed air leaks, allowing air infiltration and condensation, leading to mold formation and, on the other hand, reducing residential comfort within the house.

Solution

Upon receiving authorization from our client, our team of workers began by removing the old, damaged insulation. We meticulously identified and sealed all air leaks in the attic through pipes, cables, recessed lights, etc. Then, we eliminated the mold with our excellent product, Mold-X2. We placed thermal insulation blocks along the walls. This helped prevent heat loss. Finally, we proceeded to blow in our high-quality cellulose fiber insulation on the attic floor, achieving an R60 thermal value. This method filled the void spaces and ensured adequate insulation.

Problem

Mr. Chris contacted us due to several complications in his attic. Our specialist, Toufic, went to Terrasse-Vaudreuil for a free inspection. He identified several issues. The attic contained mold, considerable air leaks, and inadequate insulation. It was clear that these problems had a negative impact on residential comfort and energy consumption. Toufic developed a detailed action plan to address these issues.

Solution

We removed the existing insulation, which was in poor condition. Then, we meticulously sealed the air leaks through pipes, cables, recessed lighting, etc. We also eliminated all mold stains using our excellent product, Mold-X2. To ensure optimal insulation, we blew in our cellulose fiber insulation, known for its excellent thermal insulation properties.

Problem

M. Mahdi, residing in Hampstead, had excessive drafts within his house. It seemed quite uncomfortable. Additionally, the hydro bills were very high, especially during the months of December, January, and February due to the overuse of heating systems in order to compensate for the drafts.

During our free inspection, we immediately noticed the inadequate amount of insulation. Furthermore, upon seeing the ventilation ducts, we identified a sealing problem: He explained to our client that the presence of air leaks in the attic would work against the insulation, reducing its effectiveness.

Solution

Our team of workers, led by Colin, began by removing the old insulation. This step is very important because many holes allowing air to escape are hidden under the existing insulation. Then, they conducted an excessively detailed inspection to identify, without exception, all sources of air leaks. Our excellent product ZypFoam is used to seal air leaks. Regarding the attic access hatch, it is the largest opening in the attic that can let air escape, hence the importance of insulating it very well. For this, we used our revolutionary thermal insulation SilverGlo. Finally, we blew about 17 inches of TruSoft cellulose fiber insulation on the attic floor to achieve an optimal thermal value of R60. The cellulose used is fire-resistant as well as mold-resistant.

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.