Thermification™ Explained

What Is Thermification™

Thermification™ is a professional dry heat and air-exchange equipment platform developed by ATC Thermal for mold and water restoration workflows.

The system combines:

• Indirect-fired dry heat
• High-volume airflow
• Humidity reduction
• Fresh-air introduction
• Ventilation and air displacement
• HVAC blower-assisted filtration when appropriate
• Moisture readings
• Temperature and humidity monitoring
• Thermal imaging
• Particle counter readings
• PID/VOC readings
• Treatment documentation

Thermification™ is not simply about making a structure hot. It is about using controlled heat, airflow, humidity reduction, and ventilation to accelerate drying and move moisture-loaded air out of the structure. The equipment is designed for use by trained restoration, remediation, maintenance, disaster-response, and environmental service providers.

Moisture Control Is Mold Control

When water enters a structure, the clock starts immediately. Water moves into drywall, framing, flooring, subflooring, trim, cabinets, insulation, contents, and hidden cavities. The longer those materials stay wet, the greater the risk of mold growth, odor, staining, deterioration, and demolition.

EPA guidance: wet or damp materials should be dried within 24–48 hours when possible to prevent mold growth. EPA states that moisture control is key to mold control. OSHA notes that prompt cleanup and drying within that same window can help prevent or limit mold growth.

That is where Thermification™ fits — dry faster, document better, reduce demolition when possible, and respond before water damage becomes a larger mold problem.

Why Dry Air Matters

Drying is not just about moving air. It is about moving moisture. When indoor humidity is high, the air is already carrying a heavy moisture load. Air movers can circulate air across wet materials, but if that air stays humid and has nowhere to go, drying slows down.

Think of indoor air like a sponge. At high humidity, the sponge is already wet. Moving that wet sponge around the room does not make it much better at absorbing more water. Thermification™ brings in a drier sponge over and over again — while giving the wet air a path to leave.

Air movers circulate air. Thermification™ exchanges it.

High-Volume Air Exchange

The Thermification™ Pro Package uses the IDH1300 Dual Heater — 1,000,000 BTUs and 9,600 CFM airflow.

An average home with 8-foot ceilings holds roughly 17,000–19,000 cubic feet of interior air. A 12-hour Pro Package treatment can move the equivalent air volume of approximately 360–390 average homes.

During treatment, heated air is introduced while planned ventilation points let displaced interior air escape — moving humid air out and replacing it with heated drying air. Because airborne mold spores travel through air, this air-displacement strategy may also support airborne particulate reduction, documented by particle counter testing before, during, and after treatment. Actual results depend on setup, ducting, ventilation strategy, HVAC condition, and site conditions.

Rapid Drying — Not Days of Equipment Sitting in the Home

Traditional water restoration often relies on air movers and dehumidifiers left in place for several days: extended disruption, more monitoring visits, longer equipment use, and a greater chance materials stay wet long enough to require demolition.

Thermification™ is being developed to reduce that timeline. Expected treatment windows are currently projected around 8–12 hours, depending on structure size, moisture conditions, material type, construction, airflow setup, and ventilation strategy. Final treatment timing should be verified with moisture readings, temperature/RH data, thermal imaging, particle counts, and field documentation.

Mold Prevention After Water Damage

The strongest use case is rapid response after a water loss. When deployed early enough, the goal is to dry affected materials before mold growth requires major demolition — potentially saving walls, floors, cabinets, trim, and other building materials.

Thermification™ may be used for:

• Plumbing leaks · Broken pipes · Appliance leaks
• Roof leaks · Basement water intrusion
• Flooding · Storm damage · Fire-suppression water
• Multi-unit water losses · Commercial water events
• Disaster-response drying

Established mold guidance strongly supports drying wet materials within 24–48 hours when possible to prevent or limit mold growth.

Existing Mold Treatment Support

Thermification™ may also be used as part of a mold-focused treatment workflow when mold already exists. The right approach depends on the amount of mold present, how long the condition has existed, the affected materials, porosity, visible contamination, and whether the materials can be cleaned, dried, verified, or must be removed.

EPA guidance notes that mold can grow into porous materials — and that absorbent materials may need to be discarded when they become moldy. Thermification™ is a professional equipment platform that may support drying, thermal remediation, air exchange, monitoring, and documentation. It is not a replacement for proper inspection, source correction, containment, cleaning, material removal, or clearance testing when those steps are required.

Structural Drying and Wall Penetration

In a 2,000 sq. ft. home with 8-foot ceilings — roughly 16,000 cubic feet of interior air — the Pro Package's 9,600 CFM can move the equivalent of that whole-home air volume approximately 36 times per hour.

That is powerful air movement, but air movement alone does not guarantee that every sealed wall cavity has dried. Heat may warm wall surfaces and support evaporation, but cavity drying depends on insulation, wall coverings, airflow pathways, water location, saturation, construction, and treatment duration. That is why treatments are verified with moisture readings, thermal imaging, temperature/RH sensors, and post-treatment documentation. If moisture remains trapped inside a sealed or contaminated cavity, additional drying access, cleaning, or material removal may still be required.

Why Indirect-Fired Heat Matters

With indirect-fired heat, combustion stays separate from the air being delivered into the structure. That lets the system introduce powerful heated air into the treatment environment without sending combustion byproducts into the indoor air — clean heated airflow, moisture movement, ventilation, drying power, and controlled treatment conditions.

Indirect-fired heat supports:

• Rapid drying · Moisture movement · High-volume airflow
• Cleaner heated air delivery · Longer treatment cycles
• Large-loss restoration · Disaster-response drying
• Professional-grade restoration performance

HVAC Blower-Assisted Filtration

When safe and appropriate, the HVAC blower may be run in fan-only mode during treatment to circulate air through the return system and through an upgraded filter. The filter is replaced after treatment and may be documented.

The HVAC system should not be operated if the system, ductwork, returns, registers, or air handler show signs of contamination, active moisture, visible microbial growth, damage, or unsafe operating conditions. EPA cautions that running a known or suspected mold-contaminated HVAC system may spread mold throughout the building.

Thermification™ does not use filters attached directly to the high-temperature fans — restricting those fans reduces airflow and system performance.

Monitoring & Verification

Thermification™ treatments may be documented using:

• Moisture readings · Temperature & relative humidity readings
• Thermal imaging
• Particle counter & PID/VOC readings
• Photos & visual observations
• Equipment placement notes · Filter replacement records
• Post-treatment recommendations

Moisture readings help determine whether materials are drying properly. Thermal imaging identifies cold spots, uneven heat, hidden moisture, and areas needing additional inspection. Particle counters and PID/VOC meters document airborne particulate changes, VOC changes, odor conditions, and treatment performance.

Built for Homes · Scaled for Disasters

Thermification™ is designed for individual water losses and large-scale drying response — from a single home with a plumbing leak to storm-damaged communities without power.

Disaster-response applications may include:

• Storm damage · Flood response · Hurricane recovery
• Power-loss environments · Large-scale water losses
• Municipal emergency drying · Commercial disaster response
• Multi-building drying operations · Temporary restoration staging

ATC Thermal is also developing generator-supported packages for areas where power is limited, unstable, or unavailable.

Broader Restoration Use

ATC Mold & Water is focused first on rapid-response water drying, mold prevention after water damage, mold-focused treatment support, and disaster-response drying. Many full-service restoration companies also handle fire, smoke, odor, specialty cleaning, trauma cleanup, contents restoration, and environmental remediation.

Thermification™ is being developed as a flexible dry-heat and air-exchange platform that may support additional workflows as testing, documentation, and protocols continue to expand.

Professional Use & Compliance

Thermification™ equipment is designed for professional use by trained restoration, remediation, maintenance, disaster-response, and environmental service providers. Mold and water restoration work may be subject to state, local, licensing, insurance, safety, contractor, and industry documentation requirements. Operators are responsible for complying with all applicable laws, regulations, standards, insurance requirements, and professional obligations in the jurisdictions where services are performed.

IICRC S500 is the industry standard for professional water damage restoration; IICRC S520 is the standard for professional mold remediation. Thermification™ is a new equipment platform that can support professional workflows — it does not replace required restoration standards or operator responsibilities.