Understanding the Full Scope of Fire Damage
A fire event causes far more damage than what is visible to the eye. While the flames themselves destroy materials on contact, the secondary effects — smoke infiltration, soot contamination, and water from firefighting operations — often spread damage to areas that were never directly touched by fire. Understanding the full scope of fire damage is essential to a complete and effective restoration.
MMP Construction Services provides a full-cycle fire damage restoration response, coordinating emergency mitigation, insurance documentation, structural repair, and complete reconstruction under one roof.
Fire Damage
Direct flame contact chars, warps, and destroys structural framing, flooring, roofing, insulation, and interior finishes. In severe cases, load-bearing walls and roof systems may be compromised, requiring full structural engineering assessment before reconstruction begins.
Smoke Damage
Smoke travels through every opening in a structure — HVAC ducts, wall cavities, attic spaces, and electrical conduits. Smoke residue deposits on surfaces throughout the entire building, often in rooms far from the origin of the fire, and penetrates porous materials including drywall, insulation, wood framing, furniture, and clothing.
Soot Contamination
Soot is a byproduct of incomplete combustion and contains toxic chemicals, heavy metals, and carcinogenic compounds. It adheres to walls, ceilings, and HVAC systems and must be professionally removed using dry chemical sponges, HEPA vacuuming, and antimicrobial cleaning agents to prevent long-term health risks.
Water Damage from Firefighting
Fire suppression operations introduce large volumes of water into the structure. Hoses, sprinkler systems, and firefighting foam saturate walls, flooring, insulation, and structural components. Without rapid extraction and drying, secondary water damage and mold growth become significant compounding issues within 24–48 hours.
Structural Damage
Extreme heat weakens steel, compromises concrete, and destroys wood framing integrity. Even structures that appear standing after a fire may have hidden structural vulnerabilities that create safety hazards. MMP conducts thorough structural assessments before any restoration work begins.
Time Is Critical After a Fire
Soot becomes permanently bonded to surfaces within hours. Water from firefighting operations begins generating mold within 24–48 hours. Smoke odors penetrate deeper into porous materials over time. Every hour of delay increases restoration costs and reduces the likelihood of full material salvage. Call MMP immediately after a fire event.
Comprehensive Fire Damage Restoration Services
From initial emergency response through final reconstruction, MMP provides a complete range of fire damage restoration services for both residential and commercial properties.
Residential Fire Damage Restoration
Your home is your most valuable asset. MMP provides complete residential fire restoration services — protecting your structure, salvaging personal belongings, coordinating with your insurance carrier, and returning your home to a safe, livable condition. We handle everything from emergency board-up and tarping through final interior finishes, ensuring every affected room and system is properly restored.
Commercial Fire Damage Restoration
Fire damage to a commercial property means lost revenue, displaced employees, and complex insurance negotiations. MMP's commercial restoration team is equipped to handle large-scale fire damage events across office buildings, retail spaces, restaurants, warehouses, and multi-unit residential properties. We minimize business interruption, coordinate directly with insurance carriers and property managers, and execute reconstruction efficiently to get your operation back online.
Smoke Damage Cleanup
Smoke damage is pervasive and insidious. Smoke particles migrate through HVAC systems, wall cavities, and attic spaces — contaminating areas well beyond the fire's origin point. MMP's smoke damage cleanup process includes comprehensive surface cleaning, dry chemical sponge treatment, HEPA vacuuming, antimicrobial application, and duct cleaning to remove all visible smoke residue from every affected surface and cavity.
Smoke Damage Remediation
Beyond surface cleaning, true smoke remediation addresses the toxic compounds and particulates that penetrate porous building materials. Our remediation process uses advanced deodorization technologies — including thermal fogging, hydroxyl generators, and ozone treatment — to neutralize smoke molecules at the molecular level. We also assess and, where necessary, replace materials that cannot be effectively restored, including drywall, insulation, carpeting, and soft goods.
Structural Damage Repair
Fire compromises the structural integrity of buildings through direct combustion of framing members, heat-induced warping of steel, and deterioration of load-bearing elements. MMP conducts thorough structural assessments following every fire event, engaging licensed structural engineers where necessary, and executing all required framing repairs, sheathing replacement, roof system rebuilding, and foundation evaluation to restore full structural integrity before finishing work begins.
Fire Debris Removal
Safe and organized removal of fire debris is a critical first step in the restoration process. Fire debris contains hazardous materials including asbestos (in pre-1980 buildings), lead paint residues, toxic combustion byproducts, and biohazardous materials. MMP performs debris removal in compliance with all federal, state, and local environmental regulations, properly sorting, packaging, and disposing of all materials at licensed disposal facilities.
Odor Elimination & Air Quality Restoration
Smoke odor after a fire event is not simply an unpleasant smell — it is evidence of ongoing chemical contamination. Residual smoke compounds continue to off-gas from affected materials long after the fire is extinguished. MMP uses a multi-stage odor elimination protocol including thermal fogging, hydroxyl generation, ozone treatment, and encapsulation sealing to permanently neutralize smoke odors. Final air quality testing confirms the environment is safe for occupancy.
Kitchen Fire Restoration
Kitchen fires are among the most common residential fire events and often involve grease fires that produce dense, oily soot that adheres aggressively to surfaces. Kitchen fire restoration requires specialized cleaning agents and techniques to remove protein-based soot from cabinets, walls, ceilings, appliances, and HVAC systems. MMP restores kitchens to full functionality including cabinet replacement, countertop restoration, appliance cleaning or replacement, and complete cosmetic refinishing.
Electrical Fire Restoration
Electrical fires originate within walls, attic spaces, and electrical panels — often in areas that are difficult to access and inspect. Following an electrical fire, MMP works with licensed electricians to assess the full extent of wiring damage, identify the root cause, and execute complete electrical system repairs or replacement as part of the overall restoration scope. All electrical work is permitted and inspected before restoration of wall finishes.
Our Process
A Proven, Systematic Restoration Process
A Proven, Systematic Restoration Process
Every fire damage restoration project follows our structured, IICRC-aligned process — ensuring nothing is missed, all damage is documented, and the property is returned to its pre-loss condition or better.
Assessment
Upon arrival, our certified restoration specialists conduct a comprehensive structural and environmental assessment. We document all fire, smoke, soot, and water damage using thermal imaging cameras, moisture meters, and photographic documentation — building a complete damage picture that supports your insurance claim and guides our restoration plan.
Emergency Services
Immediate mitigation actions are taken to stop active damage. This includes emergency board-up and tarping to secure the structure, rapid water extraction to address firefighting water, temporary power for lighting and equipment, and any immediate structural shoring required for safety. Emergency services begin within hours of your call.
Property Stabilization
Before restoration work begins, we ensure the property is fully stabilized. This includes verifying structural safety, addressing any active utility hazards, initiating air quality monitoring, and establishing work zones with appropriate containment barriers to prevent cross-contamination of unaffected areas.
Cleanup
The cleanup phase involves systematic removal of all fire debris, soot, and smoke residue. We use dry chemical sponges for initial soot removal, HEPA vacuuming for particle removal, wet cleaning with appropriate chemical agents, HVAC system cleaning, and antimicrobial treatment of all affected surfaces. This phase also includes identification and removal of any salvageable contents.
Repairs
Structural and cosmetic repairs are executed following full cleanup. This includes framing repairs, roof system restoration, window and door replacement, electrical and plumbing repairs, insulation replacement, drywall installation, and priming of all repaired surfaces. All repair work is documented and aligned with the approved insurance scope.
Reconstruction
Full reconstruction returns the property to its pre-loss condition. This includes all interior finishes — flooring, cabinetry, countertops, tile, painting, trim work, and fixture installation. MMP manages all trades and subcontractors, maintains a detailed construction schedule, and provides regular progress updates to the property owner and insurance carrier.
Final Inspection
Upon completion of all restoration and reconstruction work, MMP conducts a comprehensive final inspection including visual quality review of all completed work, air quality verification testing, moisture reading confirmation, punch list completion, and a final walkthrough with the property owner. We do not consider the project complete until you are fully satisfied with every aspect of the restoration.
Industry-Leading Equipment & Methods
Effective fire damage restoration requires professional-grade equipment and advanced techniques. MMP invests in industry-leading technology to ensure thorough, efficient, and verifiable results on every project.
Thermal Imaging Cameras
Infrared thermal imaging cameras allow our technicians to detect hidden heat signatures, concealed moisture from firefighting water, and areas of compromised insulation that are not visible to the naked eye. Thermal imaging is used during initial assessment, throughout the drying process, and during final inspection to confirm complete remediation. This technology ensures that no hidden damage is overlooked before reconstruction begins.
Industrial Dehumidifiers
Large-capacity desiccant and refrigerant dehumidifiers are deployed to remove moisture introduced by firefighting operations. Industrial dehumidifiers remove tens of gallons of water per day from the air and structural materials, dramatically reducing drying time and preventing the secondary mold growth that commonly follows fire suppression efforts. Dehumidification equipment is monitored daily and adjusted based on psychrometric readings.
High-Velocity Air Movers
Commercial air movers create high-velocity airflow across wet structural surfaces, accelerating evaporation and working in tandem with dehumidifiers to achieve efficient structural drying. Air movers are placed strategically based on moisture mapping data and are repositioned throughout the drying process as conditions change. Drying progress is tracked daily using calibrated moisture meters until all materials reach acceptable dry standards.
HEPA Air Scrubbers
High-Efficiency Particulate Air (HEPA) scrubbers continuously filter the air within the work area, capturing smoke particles, soot particulates, combustion byproducts, and other airborne contaminants. HEPA filtration removes 99.97% of particles 0.3 microns and larger, significantly improving air quality within the restoration work zone and protecting both workers and any remaining occupants from airborne health hazards during the restoration process.
Ozone Generators
Ozone generators are used in the final stages of odor remediation to neutralize residual smoke odors at the molecular level. Ozone (O₃) is an unstable molecule that reacts with and permanently destroys odor-causing organic compounds rather than simply masking them. Ozone treatment is conducted with the structure vacant and followed by a thorough airing-out period before reoccupancy, ensuring complete odor elimination without chemical residue.
Hydroxyl Generators
As an alternative to ozone in occupied or partially occupied environments, hydroxyl generators use UV light and photocatalytic oxidation to create hydroxyl radicals that destroy odor-causing molecules. Unlike ozone, hydroxyl treatment can be conducted with people, pets, and plants present, making it suitable for ongoing odor control throughout the restoration process. Hydroxyl generators are also effective against volatile organic compounds (VOCs) off-gassed by fire-damaged materials.
We Handle Your Insurance From Start to Finish
Navigating an insurance claim after a fire is one of the most stressful experiences a property owner can face. Insurance policies are complex, adjusters represent the carrier's interests, and underpayment of claims is common. MMP Construction Services acts as your advocate throughout the entire claims process — ensuring every dollar of damage is documented, submitted, and recovered.
Damage Documentation
Our team produces comprehensive photographic and written damage documentation from the moment we arrive on site. Every affected surface, structural component, and damaged material item is catalogued with photographs, measurements, and written descriptions. This documentation forms the foundation of your insurance claim and is formatted to meet the requirements of all major insurance carriers.
Insurance Liaison Services
MMP communicates directly with your insurance adjuster on your behalf. We provide our damage assessment reports, support adjuster site visits, answer technical questions about the scope of damage, and respond to requests for additional documentation. Our team has extensive experience working with insurance carriers and understands how to present fire damage claims effectively.
Claims Support
If your initial claim is underpaid or disputed, MMP prepares and files supplemental claims with additional supporting documentation. We identify line items that are missing or undervalued in the adjuster's scope, prepare a revised estimate using industry-standard pricing, and negotiate directly with the carrier to achieve a fair settlement that fully covers the cost of complete restoration.
Repair Documentation
Throughout the restoration and reconstruction process, MMP maintains detailed records of all work performed, materials used, and subcontractor activity. This documentation supports final claim payment, provides a complete record of the restoration for your property files, and demonstrates compliance with insurance-approved repair scopes.
Environmental & Health Considerations
Air Quality Concerns
Fire combustion produces carbon monoxide, hydrogen cyanide, nitrogen oxides, volatile organic compounds, and fine particulate matter — all of which pose serious respiratory and systemic health risks. MMP conducts air quality monitoring throughout the restoration process and provides post-restoration clearance testing to confirm the environment is safe before reoccupancy.
Smoke Residue Removal
Smoke residue contains carcinogenic polycyclic aromatic hydrocarbons (PAHs), heavy metals, and other toxic compounds. All smoke residue must be professionally removed from every surface — including inside wall cavities, HVAC systems, and attic spaces — before the property is safe for occupancy. MMP uses IICRC-standard cleaning protocols and verifies removal with post-cleaning surface testing.
Hazardous Material Removal
Pre-1980 buildings frequently contain asbestos in floor tiles, ceiling tiles, roofing, insulation, and pipe wrap. Lead paint is also common in older structures. Fire events can disturb or destroy these materials, releasing hazardous fibers and dust. MMP identifies and tests for hazardous materials before demolition and engages licensed abatement contractors for safe removal and disposal.
Mold Prevention After Fire Suppression
Water introduced during firefighting operations creates ideal conditions for mold growth within 24–48 hours. MMP's rapid extraction and drying response, combined with antimicrobial treatment of all wet surfaces, is specifically designed to prevent mold establishment following fire suppression. Moisture monitoring continues throughout the drying process to confirm all structural materials reach acceptable dry standards before reconstruction begins.
Protecting Your Property From Future Fire Events
While MMP specializes in restoring properties after fire events, we are equally committed to helping our clients reduce their risk of future fire damage. Following a fire restoration, our team provides property-specific recommendations based on what we observed during the restoration process.
Fire Safety
Review and update your property's fire safety systems during restoration. This includes ensuring all smoke detectors are interconnected hardwired units, that sprinkler systems (where applicable) are inspected and serviced, that electrical panels are up to code and not overloaded, and that fireplaces, dryers, and kitchen appliances are properly maintained and vented.
Smoke Alarm Maintenance
Smoke alarms should be tested monthly, cleaned annually, and replaced every 10 years. Combination ionization and photoelectric detectors provide the most comprehensive coverage for both fast-flaming and slow-smoldering fires. Alarms should be installed on every level of the home, inside every bedroom, and outside sleeping areas. Interconnected alarms that sound throughout the entire structure provide maximum warning time.
Fire Extinguishers
ABC-rated fire extinguishers should be present in every kitchen, garage, and workshop in the home. Extinguishers should be mounted in accessible, visible locations — not stored in cabinets — and inspected annually. All household members should know the locations of extinguishers and how to use the PASS technique (Pull, Aim, Squeeze, Sweep). Commercial properties should follow NFPA 10 requirements for extinguisher placement and inspection.
Emergency Planning
Every household and business should have a documented fire emergency plan that includes two evacuation routes from every room, a designated outdoor meeting point, a communication plan for family or staff members, and regular fire drills. Emergency contact numbers — including your insurance carrier and MMP's 24/7 emergency line — should be posted in a visible location and saved in every household member's phone.
Fire Damage Quick Facts
Soot begins permanently bonding to surfaces within 3–6 hours after a fire.
Smoke odor penetrates deeper into porous materials with every passing hour.
Mold can begin growing in firefighting water within 24–48 hours.
Metal surfaces begin to pit and corrode from soot within days.
Electronics exposed to smoke may experience accelerated failure if not professionally cleaned.
Wood floors and structural framing begin warping from moisture within 24 hours.
A 1-inch space in a wall cavity can allow smoke to travel throughout an entire structure.
HVAC systems can distribute soot to every room in the building during and after a fire.