Before & After Photos

Daniel reached out because his home had cold floors, drafty rooms, uneven upstairs temperatures, and high energy bills. One of the biggest challenges with this project was that the home had multiple attic spaces, which often create hidden airflow and insulation problems throughout different sections of the house.

In homes like this, one attic area may be insulated while another is leaking energy, making it difficult to maintain consistent comfort from room to room.

When we evaluated the home, we found air leakage and insulation deficiencies spread across multiple attic sections. To truly fix the problem, the entire attic system needed to work together—not just one isolated area.

Our team sealed attic air leaks and top plates, insulated attic access points, and improved insulation continuity throughout the connected attic spaces. A key part of this project was utilizing our dense-pack insulation process in enclosed cavity areas. Dense-pack insulation completely fills cavities and prevents airflow inside the structure itself, which is especially important in homes with complicated attic layouts and multiple connected spaces.

By combining air sealing with dense-pack insulation, we were able to eliminate hidden weak spots that were contributing to drafts and uneven temperatures. Now the home feels more balanced from room to room, drafts have been reduced, and the upstairs holds temperature much more consistently.

Steve from Houston Pa called Home Environment Solutions saying his home is always cold in the winter and stays warm in the summer. We sent Russell out to preform a FREE home energy audit to see where all his air was escaping. Russ found old loose insulation, unsealed wire/pipe runs and uninsulated scuttle cover. Our insulation team removed all the old batt insulation and disposed of it. Installed Silverglo foam board on scuttle and walls. Sealed all internal and external penetrations with Zypfoam. Installed Trusoft cellulose on the attic floor.

Homeowner Kelly wanted to make her two-story home more comfortable and safe after discovering rodent droppings in the attic. Our team sanitized the attic, air sealed with ZypFoam, and insulated with TruSoft Cellulose blown-in insulation to stop heat loss and improve efficiency. We also enhanced ventilation for better airflow and sealed wiring penetrations to prevent air leaks.

Now, Kelly’s home is cleaner, more energy efficient, and comfortable all year long!

Matt reached out because his single-story home was still drafty and expensive to heat and cool, even after insulation had been installed by a previous company. He knew the work wasn’t performing the way it should and wanted the issues fixed properly.

Our team corrected the prior insulation work, sealed air leaks throughout the attic, upgraded the attic insulation, and improved attic access. We also sealed rim joists and other leakage points to stop air and heat loss where it mattered most.

Now, Matt’s home is noticeably more comfortable year-round, energy bills are lower, and the attic is safer and easier to access. Most importantly, the insulation system is now doing the job it was meant to do.

Corey reached out because the home felt drafty, energy bills were higher than expected, and there were concerns about overall air quality inside the home. Air quality was such as issue to this family, that they weren’t even able to occupy their home for an extended period.

Many homeowners don’t realize that poor insulation and air leakage can affect more than comfort and energy usage. When air moves uncontrolled through the attic and wall systems, it can carry dust, allergens, and airborne particles throughout the home.

When we evaluated the attic, we found multiple air leakage points that were allowing conditioned air to escape and outside contaminants to enter the living space. Our team focused on building a tighter, higher-performance attic system.

We sealed attic air leaks, sealed penetrations and top plates, insulated the attic access opening, and improved insulation coverage throughout the attic. By tightening the thermal boundary and reducing uncontrolled airflow, we helped improve both comfort and indoor air quality.

A major goal of this project was reducing airborne particles moving through the home. By controlling airflow at the source, the home now experiences less unwanted air infiltration and improved overall efficiency. Now the home feels tighter, more comfortable, and cleaner overall, with reduced drafts, lower energy loss, and improved indoor air quality.