Oneida County, NY' Leading Attic Insulation Contractor

A client in Whitesboro, NY was dealing with an underperforming attic that was driving up energy loss and causing ice dams. She reached out to Mohawk Valley Energy Solutions for a full evaluation after being referred by her neighbor. 

After the inspection, we recommended removing the existing worn insulation, comprehensively air sealing, and re-insulating the attic.

The project began with the removal of all existing fiberglass insulation using a specialized insulation vacuum, ensuring a clean and controlled extraction process. Once cleared, detailed air sealing was completed around light fixtures, plumbing penetrations, and the chimney to reduce unwanted air leakage. New soffit intake vents were also installed to improve airflow and maintain proper attic ventilation. 

To strengthen overall performance, rigid foam board was then added over the catwalk and covered with OSB, creating a durable walking surface while preserving proper insulation depth beneath. Then insulation dams were installed along the catwalk edges. Dense-pack cellulose was installed under the catwalk for targeted thermal improvement, followed by blown-in cellulose across the remainder of the attic to achieve an R value of 49. 

The old whole-house fan and attic hatch were removed, and all affected areas were patched, textured, sanded, and painted for a clean, finished result. 

With the upgrade complete, she now has a properly sealed and well-insulated attic system that helps reduce ice damming, energy loss, and stabilize indoor temperatures.

A client was experiencing issues with an underperforming attic that was contributing to heat loss and ice damming in New Hartford, NY. The attic had many layers of fiberglass insulation, lots of air leakage points with unsealed penetrations, gaps around the attic hatch, and exposed rim joists allowing conditioned air to escape. This created conditions for moisture buildup and winter issues such as ice dams.

To correct these issues, a full attic upgrade was completed. The process began with the removal of existing insulation using a specialized insulation vacuum, allowing for full access to problem areas. A comprehensive air sealing approach was then carried out, addressing key leakage points including wall top plates, pipe holes and junction boxes. Ventilation improvements were made by installing baffles and properly venting the bath fan and furnace intake to the exterior to ensure balanced airflow.

In the crawlspace below the rim joists were sealed using closed-cell spray foam to eliminate major air infiltration points in that crucial part of the home.

The attic was then insulated with R-49 blown-in cellulose to provide consistent, high-performance thermal coverage throughout the space.

With these improvements completed, the attic was transformed into a well sealed and properly ventilated system, improving overall comfort, energy efficiency, and long-term home performance.

A home in Utica, NY was experiencing cold floors, high humidity, and persistent drafts caused by an unconditioned crawlspace with exposed soil, deteriorating fiberglass insulation, and uncontrolled air movement through vents and rim joists.

To correct these issues, the crawlspace was fully prepared by removing existing fiberglass batts, eliminating the inefficient, mouse infested insulation that was no longer performing effectively. Any obstructing materials, including old cinderblocks, were also removed and disposed of to allow for a clean and accessible work area.

Once cleared, the crawlspace was converted into a controlled environment. Vent openings were sealed, and a dimpled drainage matting was installed across the floor to create a moisture break and improve subfloor conditions. TerraBlock foam insulation was then added over the entire floor surface to help stabilize temperatures above.

A heavy-duty 10 mil Gold Seal liner was installed across the floor and up the walls, mechanically fastened and sealed to create a continuous vapor and moisture barrier. This system also incorporates UltraFresh antimicrobial protection to support a cleaner crawlspace environment.

To further strengthen performance, 2 inches of closed-cell spray foam was applied along the crawlspace walls, sill plate, and rim joists, sealing major air leakage points and separating the home from outside temperature and humidity conditions.

The result is significantly lower humidity levels, warmer and more consistent floor temperatures, reduced drafts throughout the home, and improved overall comfort with reduced energy loss.

A homeowner in Whitesboro, NY reached out after noticing persistent ice dams, uneven indoor temperatures, and rising energy costs caused by an underperforming attic. The issue was traced back to aging loose-fill insulation combined with multiple hidden air leaks throughout the attic floor.

To resolve the problem, the attic was fully cleared by removing all existing loose-fill fiberglass insulation, allowing full visibility of the air leakage points and preparing the space for proper correction work. A comprehensive air sealing process followed, targeting wiring penetrations, plumbing gaps, and top plates where significant conditioned air loss was occurring. Chimney gaps were sealed with fire-resistant rock wool insulation to safely support new insulation coverage in high-heat areas.

Recessed lighting was also addressed by installing can light covers to eliminate one of the common sources of air infiltration that often impacts energy efficiency.

To improve long-term function and accessibility, an insulated catwalk system with built-in dams was installed, creating a durable walkway while maintaining proper insulation depth and performance throughout the attic.

The space was then upgraded with TruSoft blown-in cellulose insulation, installed to a settled depth of 16 inches to achieve R-60, helping create a more consistent thermal barrier across the entire attic.

For homeowners looking for home insulation services in Whitesboro, NY, this type of full attic upgrade is designed to significantly reduce energy loss, improve indoor comfort, and deliver long-term efficiency gains throughout the home.

A home in New Hartford, NY was experiencing energy loss and uneven indoor temperatures caused by air leakage through the attic kneewall and poorly performing fiberglass batt insulation. The existing insulation had reached the end of its effectiveness, allowing conditioned air to escape into unconditioned attic areas.

To address this, all existing fiberglass batt insulation was removed and hauled away, clearing the space for proper air sealing and insulation work.

The kneewall area was then upgraded with 2–3 inches of closed-cell spray foam, creating a continuous air and thermal barrier to significantly reduce heat loss and air infiltration. Additional spray foam was applied around the steel I-beam in the attic to seal another major pathway for air movement and improve overall thermal control.

For added protection, a thermal barrier using intumescent paint was recommended over the spray foam to enhance fire resistance where applicable.

The result is a more tightly sealed attic system with reduced air leakage at critical points, improved temperature stability, and better overall energy performance throughout the home.

In New Hartford, NY, a homeowner was experiencing heat loss, uneven temperatures, and drafts caused by an underperforming attic with aging fiberglass batt insulation and multiple air leakage points throughout the attic floor and ceiling penetrations.

To address these issues, the existing fiberglass batt insulation was removed and hauled away, allowing full access to the attic structure for proper air sealing and upgrades.

A detailed air sealing process was completed across the attic floor, sealing wiring holes, top plates, and plumbing penetrations using one-part foam to significantly reduce uncontrolled air movement. Chimney gaps were sealed using fire-resistant rock wool insulation to allow safe insulation coverage around the masonry area.

Recessed lighting was addressed with can light covers to reduce air infiltration through light fixtures, while ventilation improvements were made by cutting in and installing a gable vent (12” x 12” opening, 14” x 14” outside dimensions) to support proper attic airflow.

Additional improvements included cutting in a drywall access panel in the upstairs master bedroom near the vanity, insulated with 4-inch foam board and finished with primed wood trim casing for a clean, functional finish.

The attic was then upgraded with TruSoft blown-in cellulose insulation, installed to a settled depth of 14 inches to achieve R-49, providing consistent thermal coverage throughout the space.

The result is a more balanced attic system with improved airflow, reduced air leakage, and better overall temperature stability throughout the home.

A homeowner in New Hartford, NY was experiencing a leaking hot water heater supply line along with a window that was no longer operating properly due to a faulty balance.

The hot water heater issue was addressed by identifying the source of the leak and replacing the damaged supply line, restoring proper water flow and preventing further water damage.

Attention was also given to the window, where the balance system was troubleshooted and repaired to restore smooth and reliable operation.

The result is a safer plumbing connection, improved window functionality, and a more reliable home environment overall.

A homeowner in New Hartford, NY was experiencing outdated and inefficient exterior lighting, resulting in reduced visibility and diminished safety around the property at night.

To improve performance, existing outdoor light fixtures were removed and upgraded with new contractor-supplied square LED fixtures. A total of six 9” x 9” LED fixtures were installed.

The work included installing new junction boxes, assembling and connecting each fixture, and securing them in place. Where needed, perimeter caulking was applied to ensure a clean seal against the exterior surface and help prevent moisture intrusion.

The result is a brighter, more uniform lighting setup that improves nighttime visibility, enhances safety around the home’s exterior, and provides a modern, energy-efficient lighting solution.

Persistent cold surfaces and damp wall conditions were affecting the comfort and usability of a basement in New York Mills, NY, especially during colder months when foundation walls typically lose the most heat.

To improve these conditions, a basement wall insulation system is recommended using Foamax® 1.55” rigid insulation panels with an R-10 value. This approach involves covering the full perimeter of the basement walls to create a continuous thermal barrier that helps reduce heat loss and improve temperature stability. Prior to installation, sealing the open block cores with wall caps is recommended to reduce air movement through the masonry and strengthen overall wall performance.

The insulation layout is designed to be fitted around existing utilities such as electrical panels and mechanical components to maintain accessibility while ensuring consistent wall coverage. This also helps improve the overall appearance of the basement by creating a cleaner, more finished look.

To further enhance durability in utility areas, replacing existing wooden mounting boards with white PVC boards is recommended. This upgrade provides better moisture resistance and long-term support for wall-mounted electrical and plumbing components.

The result would be a warmer, drier basement with reduced wall condensation, improved thermal comfort, and more stable conditions throughout the year.

An aging exterior entry door and lack of proper stair support were creating concerns for both security and everyday safety at a home in New York Mills, NY. Exposure to changing weather conditions and daily use had also affected the overall efficiency and appearance of the entryway.

To improve the space, the existing exterior and storm door were removed and disposed of before preparing the rough opening for a full door replacement. The new entry system featured an MMI Door 32” x 80” fiberglass half-lite right-hand outswing prehung front door with decorative grilles, brickmould trim, and an insulated core designed for improved durability and energy efficiency.

To help create a tighter seal against outdoor air infiltration, the door frame was insulated with spray foam prior to finishing the installation with updated trim casing and lockset hardware.

For added stability and accessibility, a VEVOR 3-foot iron stair handrail was also installed and securely anchored to the exterior steps, providing dependable support while complementing the updated entrance design.

The completed improvements created a more secure, energy-efficient, and visually refined entryway, while also improving everyday safety and functionality throughout all seasons.

Limited attic accessibility, poor airflow, and insufficient insulation were affecting the overall efficiency and usability of a home in Clinton, NY. An aging attic window and lack of safe stair access also created concerns for long-term functionality and convenience.

To improve the space, the existing attic window was removed and replaced with a properly sealed replacement unit. The opening was prepared and flashed with ZIP tape to protect against moisture intrusion, while spray foam insulation was applied around the frame to reduce air leakage and improve thermal performance. Exterior aluminum trim was rewrapped and caulked to create a clean, weather-resistant finish.

Safety and accessibility were also enhanced with the construction of a secure handrail around the attic stairs, providing stable support and safer movement when entering or exiting the attic space.

To maximize both insulation performance and usable storage, a 350-square-foot Attic SuperDeck system was incorporated into the attic design. This elevated insulated platform helps maintain the thermal boundary of the home while preserving practical storage space above the insulation layer.

Ventilation improvements included the installation of new gable vents to support balanced attic airflow and help regulate moisture and heat buildup throughout the year.

The attic was then upgraded with TruSoft blown-in cellulose insulation installed to achieve either an R-49 or R-60 insulation value, creating a thicker and more consistent thermal barrier across the attic floor.

The result is a safer, more energy-efficient attic space with improved ventilation, better insulation performance, and functional storage without compromising comfort inside the home.

An aging storm door was affecting both the appearance and functionality of a home’s entryway in Clinton, NY, leading to reduced weather protection and less efficient airflow during seasonal changes.

To improve the entry system, the existing storm door was removed and replaced with a LARSON 30 Midview 32” x 81” white wood-core storm door featuring a retractable screen and brushed nickel hardware. The new unit was carefully aligned and secured to ensure smooth operation and a proper fit within the existing doorway.

The replacement included securing the frame and hinges, applying weather stripping to reduce drafts, and testing the door for reliable performance and sealing.

The upgraded storm door now provides improved airflow, added protection from outdoor elements, enhanced energy efficiency, and a cleaner, more updated appearance for the home’s exterior.

Outdated exterior lighting and limited indoor lighting control were affecting both convenience and functionality at a home in Clinton, NY. Improved lighting performance and adjustable brightness were needed to create a safer and more comfortable living environment.

To enhance exterior visibility, the existing outdoor light fixture was replaced with a new white motion detector flood light equipped with replaceable LED bulbs. The installation included verifying the existing junction box, assembling and connecting the fixture, and sealing around the perimeter where necessary to help protect against moisture intrusion.

Indoor lighting control was also upgraded with the installation of a slider-style dimmer switch in a light almond finish. The existing switch was removed and replaced with a compatible dimmer, allowing adjustable lighting levels for improved comfort and flexibility throughout the space. Full testing was completed to ensure safe operation and proper functionality.

The completed improvements provide brighter exterior illumination, added motion-activated security, and more customizable indoor lighting for everyday use.

A full mechanical system modernization is underway in Barneveld, NY, focusing on replacing aging gas equipment with high-efficiency electric heat pump technology to improve comfort and reduce energy consumption.

The existing furnace is being removed and decommissioned, with the gas line safely capped and the chimney opening in the basement sealed. A 60,000 BTU MRCOOL® Hyper Heat central ducted system is being installed, including an outdoor condenser, indoor air handler, auxiliary heat kit, and matching lineset. The system is designed to integrate with the existing ductwork to provide reliable heating and cooling throughout the home.

The outdoor unit is mounted on a heavy-duty steel mini split stand for proper support, elevation, and long-term durability. Electrical connections are being configured to properly power both indoor and outdoor components.

Alongside the HVAC upgrade, the existing water heater is being replaced with a 50-gallon Bradford White heat pump water heater. This includes a dedicated electrical circuit, condensate management system, and full integration with the existing plumbing connections.

The completed system is designed to deliver improved energy efficiency, consistent indoor comfort, and a full transition toward modern electric home heating and hot water solutions.

An attic in Barneveld, NY was identified as having significant air leakage, inconsistent insulation coverage, and limited ventilation, all of which were contributing to heat loss, uneven temperatures, and reduced overall energy performance.

To improve the system, all major air leakage points were addressed first through detailed air sealing of wiring penetrations, top plates, and plumbing gaps using one-part foam, helping to reduce uncontrolled air movement between the living space and attic.

Thermal performance was then significantly upgraded with TruSoft blown-in cellulose insulation installed to a settled depth of 16 inches, achieving an R-60 level of coverage across the attic floor for improved year-round temperature stability.

Access and air leakage at the attic entry were corrected with the installation of a 22” x 27” insulated scuttle cover, designed to reduce heat loss through the attic stair opening.

To maintain usable storage without compromising insulation performance, an insulated catwalk system with built-in dams was installed, creating a raised, defined walkway above the insulation layer.

Additional performance improvements included dense-pack cellulose insulation installed through soffit access into rafter bays, helping eliminate hidden voids and improve overall roofline thermal consistency.

Ventilation was also enhanced with the installation of a gable vent to support balanced attic airflow and help manage moisture buildup throughout seasonal changes.

The completed work results in a more tightly sealed, better insulated, and properly ventilated attic system designed to improve comfort, reduce energy loss, and support long-term home performance.

Rising energy costs and aging mechanical equipment often make it difficult for homes to maintain consistent comfort and efficiency throughout the year. In Remsen, NY, a comprehensive system upgrade was designed to replace traditional fuel-based equipment with modern heat pump technology.

The project includes the removal and decommissioning of the existing furnace, along with capping the gas line and sealing the unused chimney opening in the basement. A 60,000 BTU MRCOOL® Hyper Heat central ducted heat pump system is being incorporated, featuring a matching air handler, auxiliary heat kit, refrigerant lineset, and outdoor condenser mounted on a durable steel stand. The system is designed to integrate with the home's existing ductwork while providing efficient heating and cooling in all seasons.

Supporting electrical and mechanical components, including wiring, disconnects, and ductwork modifications, are included to ensure proper system operation and long-term performance. The upgrade also includes replacing the existing water heater with a 50-gallon Bradford White hybrid heat pump water heater. The system features a dedicated electrical circuit, condensate management setup, and plumbing connections designed to work with the home's existing water lines. As part of the overall project, rebate application and administration services are included to help maximize available energy-efficiency incentives.

The result is a modern, all-electric comfort system designed to improve energy efficiency, reduce dependence on fossil fuels, provide reliable heating and cooling, and deliver efficient hot water production year-round.

An aging electrical system can limit a home's capacity to support modern appliances while leaving homeowners vulnerable during power outages. In Remsen, NY, a comprehensive electrical upgrade was designed to improve reliability, increase available power, and provide a safer backup power solution.

The project includes the installation of a new 200-amp electrical service entrance and 200-amp panel box, providing expanded electrical capacity for current and future household demands. The system incorporates proper bonding and grounding to two new ground rods spaced 10 feet apart, along with inspection by a New York State licensed electrical inspector to ensure compliance and safety.

To further enhance protection, the upgrade includes a whole-home surge protection device, a new 200-amp meter socket, intersystem grounding components, and a modern Square D or Siemens load center equipped with ample circuit space for future expansion.

In preparation for backup power needs, a 50-amp manual generator transfer switch system is also included. The installation features a transfer switch panel, exterior power inlet box, and all necessary wiring, conduit, and fittings to allow safe connection of a portable generator during outages.

The completed system is designed to provide increased electrical capacity, improved safety, enhanced equipment protection, and reliable generator readiness when utility power is unavailable.

Hidden air leaks, inconsistent insulation, and limited attic ventilation were contributing to reduced comfort and energy efficiency in a home in Barneveld, NY. A comprehensive upgrade was carried out to correct these issues while also improving the overall finish of the space.

The process begins with the removal and haul-away of existing fiberglass batt insulation, exposing key areas for detailed air sealing. Open wiring penetrations, top plates, and plumbing gaps are sealed using one-part foam to reduce unwanted air movement between the living space and attic.

Ventilation upgrades include ducting the bath fan directly to the exterior through the gable end to prevent moisture buildup in the attic, along with the installation of new gable vents to support continuous airflow and help regulate humidity levels.

Thermal improvements include SilverGlo® rigid foam insulation installed along attic kneewalls to better separate conditioned and unconditioned spaces. Dense-pack TruSoft cellulose is installed into rafter bays on sloped areas to fully insulate cavity spaces, while blown-in cellulose is used across flat attic sections and floor pockets to achieve high-performance insulation levels up to R-60.

To complete the interior portion of the attic, drywall is installed on flat surfaces and finished to a Level 3 standard, creating a smooth, ready-to-paint surface that enhances the usability and appearance of the space.

The result is a more tightly sealed, better ventilated, and well-insulated attic that supports improved comfort, reduced energy loss, and a more refined finished environment.

A worn entryway can impact everything from curb appeal to energy efficiency, especially when aging doors no longer provide a tight seal against the elements. In Oriskany, NY, an exterior door upgrade was designed to improve both functionality and long-term performance.

The project includes the removal and disposal of the existing exterior door and storm door, allowing the entryway to be fully prepared for a new installation. The replacement exterior door is installed within the existing rough opening, with the frame insulated using spray foam to help create an airtight seal and reduce unwanted air infiltration.

New trim casing and lockset hardware complete the installation, providing a clean, finished appearance while improving security and daily operation.

The entry system is further enhanced with a new storm door installation. The frame is carefully aligned, hinges and hardware are secured, weather stripping is applied, and the door is tested to ensure smooth operation and a proper fit.

The result is a more secure, weather-resistant, and energy-efficient entrance that improves comfort while giving the home's exterior a refreshed appearance.