Frequently Asked Questions

Aeroseal duct sealing uses a pressurized process that delivers sealing material through the duct system while it is isolated from living or working spaces. As air flows through the ducts, the material collects at leak points and seals gaps from the inside. This allows leaks behind walls or ceilings to be addressed without invasive access.

Yes. Leaky ductwork often causes airflow imbalance, leading to rooms that feel warmer or cooler than others. By sealing leaks, more conditioned air reaches intended spaces, improving temperature consistency throughout the property.

Aeroseal duct sealing is effective for residential, commercial, and multi-unit properties. It is especially useful in buildings with complex duct layouts where traditional sealing methods cannot reach hidden leaks.

We measure duct leakage levels before and after sealing using specialized equipment. This allows us to confirm how much leakage has been reduced and demonstrate measurable improvement in system performance.

The process is designed to minimize disruption. Sealing is performed without cutting into walls or ceilings, and most properties can resume normal use shortly after the service is completed.

Our equipment and process is designed to tackle any type of ductwork, we have diverse tools to choose from depending on the system, and we can always inspect first to make sure if you are concerned.

The frequency depends on household conditions such as pets, recent renovations, and occupancy. Many homeowners consider cleaning every few years, while others may benefit sooner if dust buildup or airflow issues are noticeable.

The process is designed to minimize disruption. Protective coverings and controlled airflow help ensure debris is captured by vacuum equipment rather than released into living spaces.

Yes. Removing accumulated debris from ductwork can reduce the amount of dust recirculated through the home, leading to cleaner surfaces over time.

Not every home requires fogging. It may be recommended in situations where sanitation support is beneficial, and it is applied based on system conditions.

Clearing obstructions and buildup allows air to move more freely through the duct system, which can improve airflow consistency throughout the home.

Commercial systems are typically larger and more complex, requiring high capacity equipment and coordinated cleaning strategies. The process is scaled to address extensive duct networks and higher airflow demands.

We plan cleaning schedules carefully to minimize disruption. Many projects are coordinated during off hours or in phases to allow normal operations to continue.

Offices, retail spaces, medical facilities, schools, warehouses, and industrial buildings can all benefit from improved airflow and ventilation performance through duct cleaning.

Yes. Removing buildup that restricts airflow can help improve air distribution and reduce uneven temperatures that often lead to comfort complaints.

Cleaning frequency depends on building usage, occupancy levels, and environmental factors. Facilities with high traffic or specialized operations may require more regular service.

Warehouses, manufacturing plants, processing facilities, and large industrial spaces benefit from clearing buildup that affects airflow and ventilation performance.

Cleaning is coordinated with facility managers to align with operational needs and safety protocols, often occurring during planned maintenance windows.

Some sections may need temporary isolation during cleaning. Scheduling is planned to minimize impact on facility operations whenever possible.

Removing buildup allows air to move more freely, reducing strain on ventilation equipment caused by restricted airflow.

Cleaning frequency depends on operational activity, particulate levels, and system usage. Facilities with higher output may require more regular service.

Standard filtration captures particles as they pass through a filter, while the REME HALO® actively treats contaminants throughout the occupied space. The system disperses hydrogen peroxide molecules and bipolar ions into the airflow to help neutralize airborne contaminants before they return to the HVAC system. According to EPA guidance, combining filtration, ventilation, and air purification can provide a stronger overall indoor air quality strategy.

Yes. The REME HALO® utilizes technology that produces low levels of airborne hydrogen peroxide similar to naturally occurring levels found outdoors. The system is CARB certified and complies with California’s strict ozone emissions standards, making it suitable for use in residential and commercial HVAC systems when installed according to manufacturer guidelines.

Yes. Most systems are installed within the HVAC system, so all circulated air is treated as it passes through.

Many purification systems are designed to address airborne odors by treating odor-causing particles as they circulate through the system.

Air purification systems can be installed in residential, commercial, and multi-family HVAC systems to support cleaner air circulation.

Maintenance requirements vary by system type. We review care guidelines during installation to ensure proper operation.

High MERV filters are designed to capture smaller airborne particles than standard filters, providing improved particulate capture when the system can support them.

Yes. If not properly matched to the system, some higher efficiency filters can restrict airflow. Your system might not be rated to handle the additional strain that could cause. We evaluate your system’s capacity and consult with you to ensure filtration upgrades support airflow performance.

HEPA filters often require specialized housing or system adjustments. Not all systems are designed to support them without modification.

Replacement frequency depends on filter type, system usage, and environmental conditions. We provide guidance based on the installed solution.

Yes. Capturing particles at the filter reduces the amount of debris entering the duct system, helping limit internal buildup.

High humidity can make indoor spaces feel warmer and more uncomfortable than the thermostat setting indicates. Excess moisture can also increase HVAC workload and affect indoor air quality.

In-line dehumidifiers work through the HVAC system to manage humidity throughout the entire property. Portable units typically only affect the room where they are placed.

By removing excess moisture from indoor air, dehumidifiers reduce the humidity load placed on air conditioning systems, helping support more efficient operation.

Many HVAC systems can accommodate in-line dehumidification equipment. Installation requirements depend on system design and available space.

Yes. Routine inspections, filter maintenance, and drainage system checks help ensure reliable operation and long-term performance.

Over time, algae, mold, and debris can build up in the moisture-rich environment of your drain line. A plugged drain line is one of the most common causes for HVAC service calls, which is why regular drain line cleaning is essential to prevent system shutdowns.

Dirty coils reduce heat transfer efficiency, forcing systems to run longer and work harder to regulate temperature.

Cleaning frequency depends on system usage and environmental conditions. Systems exposed to dust or heavy use may benefit from more regular cleaning.

Yes. Removing debris from coils allows air to move more freely across heat exchange surfaces, supporting better airflow.

Most cleaning is performed in place and is designed to minimize disruption. Systems can typically return to normal operation shortly after service.

Clean coils allow systems to operate more efficiently by restoring proper heat transfer and reducing unnecessary runtime.

Common signs include longer drying times, warm clothing after cycles, or a dryer that runs multiple times to fully dry a load. Other indicators are moisture building up under the dryer, hot and humid laundry rooms are signs.

No. Lint traps capture only a portion of lint. Fine particles continue into the vent line and accumulate over time.

Yes. Exterior vent covers are inspected and cleared to ensure proper airflow.

Yes. Restoring airflow allows dryers to exhaust heat and moisture more efficiently, improving performance.

The National Fire Protection Association (NFPA) and the U.S. Fire Administration (USFA) both recommend having your dryer vents professionally inspected and cleaned at least once a year. 

High usage and long vent runs cause lint to accumulate more quickly, restricting airflow and affecting dryer performance.

Yes. When airflow is restricted, dryers cannot exhaust heat efficiently, leading to longer cycles.

Yes. Shared exhaust paths are included to ensure airflow is restored throughout the system.

Service is coordinated with facility managers to align with operational needs and access availability.

Clearing airflow restrictions helps reduce heat buildup and strain on dryer components.

Shared vent systems serve multiple units, allowing lint buildup to affect airflow across the entire property if not addressed.

Service is scheduled in coordination with property management to minimize disruption and ensure proper access.

Yes. Shared and long-run exhaust paths are cleaned to restore airflow throughout the system.

Restoring airflow allows dryers to exhaust heat efficiently, which can improve drying performance across units.

Once A Year

Signs include reduced airflow, lingering humidity, fogged mirrors that clear slowly, or noticeable dust buildup around the fan grille.

Yes. Removing debris restores airflow, allowing the fan to remove moist air more effectively.

Yes. Exterior vent covers are inspected and cleared to ensure air can exit the building properly.

Cleaning is typically completed quickly with minimal disruption to the space.

Frequency depends on usage and environment, but periodic cleaning helps maintain effective ventilation.