Before & After Photos

This homeowner in Shrewsbury, MA called us hoping that we would be able to help him with his home. He wanted to talk about getting his attic insulated and air sealed. He was in the process of replacing his air system with a heat pump. He was looking to replace his attic insulation at around the same time, especially as he had a tight work schedule. He was looking forward to making his home more energy efficient.

We were able to help this customer! We were able to replace the attic insulation with TruSoft™ cellulose insulation. We started by removing the old blown-in insulation using a large vacuum. We then went in and air-sealed around all of the points where air leaks up from the home to the attic. We did this using our Zypfoam™ spray foam. Once the attic was air sealed, we used a long hose to blow in TruSoft™ cellulose insulation. TruSoft™ is amazing -- it does not burn, get moldy, or attract pests. The blown-in insulation fills all gaps and oddly shaped voids. The homeowner now can enjoy a more energy efficient home! 

This homeowner in Grafton, MA reached out to us initially because he had found that there was black mold growing on his basement walls. There was mold in the fiberglass insulation on the walls as well as growing on the wood framing around the insulation. This was a new problem for him -- he had been in the home for 4 years without an issue. Since he had a family, he needed to keep the home insulated, but remove the possibility of mold growing back. 

We were able to help this customer. We utilized our Foamax polyisocyanurate board alongside two-part spray foam to insulate the basement. Before we were able to utilize these, however, we had to remove the mold and the old insulation. Once the mold was removed, we were able to go in and begin to insulate. The Foamax polyiso board was able to fasten directly over the existing walls. Now, this homeowner is happy to have his home back to normal! 

This homeowner in Southington, CT called us stating that his home's radon level came out to 9 pCi/L. This is higher than the EPA's radon action level of 4 pCi/L, which concerned him quite a lot. He wanted to install a mitigation system in order to lower his levels as soon as possible. Our radon measurement specialist came out to the home and identified the best spot for the mitigation system.

We were able to help this customer. We installed a radon mitigation system in his home. We began by drilling the holes in the basement -- both in the concrete slab in the bottom and the hole for the exterior penetration. He then began installing the pipes and secured them inside the basement. He installed the manometer on the pipe on the inside of the home. The manometer measures the pressure of the radon in the system, indicating whether or not it is functioning correctly. After that, he went outside to build the rest of the system. He installed the fan on the outside of the home. Once the system was installed, he went back inside, sealing around all of the cracks and gaps in the basement. He also sealed all of the holes that had been drilled for the system. Now, this homeowner has a system designed to keep the radon levels in his home low! 

This homeowner in Westfield, MA reached out to us after purchasing a home. During the home buying process, the radon level was tested. It came back as 5.2 pCi/L, which is above the EPA's radon action level of 4 pCi/L. She wanted to get this fixed as soon as possible, as she wanted to feel comfortable before she moved into her home.

We were able to help this customer. Once he purchased the home, we installed a radon mitigation system. We began by drilling the holes in the basement -- both in the concrete slab in the bottom and the hole for the exterior penetration. He then began installing the pipes and secured them inside the basement. He installed the manometer on the pipe on the inside of the home. The manometer measures the pressure of the radon in the system, indicating whether or not it is functioning correctly. After that, he went outside to build the rest of the system. He installed the fan on the outside of the home. Once the system was installed, he went back inside, sealing around all of the cracks and gaps in the basement. He also sealed all of the holes that had been drilled for the system. Now, this homeowner has a system designed to keep the radon levels in her home low! 

This homeowner in Westfield, MA reached out to us hoping to get information about radon mitigation systems. She had recently tested her home and it came out to be over 5 pCi/L. This concerned her, as it is above the EPA's radon action level of 4 pCi/L. 

We were able to help this customer. Once he purchased the home, we installed a radon mitigation system. We began by drilling the holes in the basement -- both in the concrete slab in the bottom and the hole for the exterior penetration. He then began installing the pipes and secured them inside the basement. He installed the manometer on the pipe on the inside of the home. The manometer measures the pressure of the radon in the system, indicating whether or not it is functioning correctly. After that, he went outside to build the rest of the system. He installed the fan on the outside of the home. Once the system was installed, he went back inside, sealing around all of the cracks and gaps in the basement. He also sealed all of the holes that had been drilled for the system. Now, this homeowner has a system designed to keep the radon levels in her home low!