Fire and Water Damage Restoration Services

Fire and Water Damage Restoration in Portland, Oregon

When fire or water hits your home, the damage doesn't stop when the flames go out or the water recedes. Smoke penetrates wall cavities. Moisture wicks into subfloor sheathing. Mold colonizes within 48 hours in Portland's humidity. The restoration work that follows is general contracting at its most demanding — structural assessment, hazardous material handling, mechanical system replacement, and full interior rebuild, all under compressed timelines and insurance scrutiny. Boss PDX holds CCB #232383 and handles fire and water damage restoration across the Portland metro, from the initial emergency response through the final coat of paint.

We are not a franchise mitigation company. We are a licensed general contractor that performs the full scope of restoration — demolition, structural repair, plumbing, electrical, insulation, flooring, and finish work — with our own crews and trusted subcontractors. That means one point of contact, one schedule, and one company accountable for the outcome.

Water Damage: Causes and Reality in Portland

Portland averages 43 inches of rain annually, with the bulk falling between October and May. That sustained moisture load creates water damage scenarios that are distinct from drier climates. The most common causes we respond to include:

• Roof failures and flashing leaks — Portland's freeze-thaw cycles crack aging flashing, and moss growth on composition shingles accelerates granule loss. A slow roof leak can saturate attic insulation and ceiling joists for months before staining becomes visible. We coordinate roofing repair with interior restoration so both sides of the problem get solved.
• Pipe bursts and supply line failures — Many Portland homes built before 1970 still run galvanized steel supply lines. Corrosion narrows the bore, increases pressure, and eventually causes failure — often inside a wall cavity where the water runs for hours before discovery. Homes in Sellwood, Irvington, and Laurelhurst are especially prone due to original plumbing that has never been updated.
• Sewer backups and stormwater intrusion — Portland's combined sewer system means that during heavy rain events, stormwater and sewage share the same pipes. When capacity is exceeded, Category 3 (black water) can back up through basement floor drains. This is a biohazard situation requiring professional extraction, antimicrobial treatment, and often full basement flooring replacement.
• Appliance failures — Water heaters, washing machine supply hoses, dishwasher connections, and refrigerator ice maker lines are the most common point-of-failure appliance leaks. A burst washing machine hose on an upper floor can send hundreds of gallons through the subfloor, soaking the ceiling and walls below.
• Foundation seepage and hydrostatic pressure — Portland's clay soils retain water and create sustained hydrostatic pressure against foundation walls, particularly in neighborhoods like West Hills, Council Crest, and Hillsdale where slope and soil conditions compound the problem.

Water Damage Categories and What They Mean for Your Restoration

Not all water damage is equal. The Institute of Inspection, Cleaning and Restoration Certification (IICRC) classifies water damage into three categories that directly affect scope, cost, and safety protocols:

• Category 1 (Clean Water) — Supply line breaks, rainwater intrusion through intact structure. Materials can often be dried in place if response is fast enough.
• Category 2 (Gray Water) — Dishwasher or washing machine discharge, sump pump failures. Contains contaminants that require antimicrobial treatment. Porous materials like carpet pad and unsealed drywall typically require removal.
• Category 3 (Black Water) — Sewer backup, floodwater, toilet overflow with solids. All contacted porous materials must be removed and disposed of. Portland's combined sewer system makes Category 3 events more common here than in cities with separated systems.

Category matters because it determines what can be saved and what must be demolished. A Category 1 event caught early might mean drying equipment and minor repairs. A Category 3 event in a finished basement means gutting to the studs, treating the framing, and rebuilding — bathrooms, walls, flooring, the works.

Emergency Water Extraction and Drying

The first 48 hours after water damage are critical. Every hour of delay increases the damage scope exponentially — what starts as a dryable situation becomes a mold remediation project, and what starts as a mold concern becomes a structural problem. Our emergency response process follows a disciplined sequence:

Step 1: Source Identification and Shutoff

Before we pull a single gallon of water, we identify and stop the source. That might mean shutting off the main water supply, tarping a damaged roof section, or coordinating with the City of Portland Bureau of Environmental Services on a sewer backup. If the source is not controlled, extraction is pointless.

Step 2: Standing Water Extraction

We deploy truck-mounted and portable extraction units to remove standing water as rapidly as possible. Submersible pumps handle high-volume situations like basement flooding. Weighted extraction tools pull water from carpet and pad without requiring immediate removal — which matters when we are still assessing whether soft goods can be saved.

Step 3: Moisture Mapping

Using penetrating and non-penetrating moisture meters, thermal imaging cameras, and hygrometers, we map the full extent of moisture penetration. Water travels. A leak in one room routinely affects adjacent rooms through shared wall cavities, subfloor channels, and HVAC ductwork. The moisture map becomes the basis for the drying plan and the insurance documentation.

Step 4: Structural Drying

We deploy commercial dehumidifiers and high-volume air movers in calculated configurations. Portland's ambient humidity — which regularly exceeds 80% in fall and winter — means drying takes longer here than in arid climates. Standard residential drying in the Willamette Valley takes 3 to 5 days with professional equipment; without it, materials may never reach acceptable moisture content. We monitor daily with moisture readings and adjust equipment placement until all materials reach the IICRC standard of below 16% moisture content for wood framing and below 1% for concrete.

Mold Prevention and Remediation

Mold is not a possibility in Portland water damage — it is a certainty if response is delayed. Aspergillus, Penicillium, Cladosporium, and Stachybotrys (black mold) all thrive in the Pacific Northwest's moisture-rich environment. Our mold prevention protocol includes antimicrobial treatment of all exposed framing and subfloor during drying, HEPA air filtration during demolition of water-damaged materials, and post-drying verification with moisture meters before any reconstruction begins.

When mold has already established — which is common in slow leaks discovered weeks or months after onset — we follow Oregon DEQ guidelines for mold remediation. For areas exceeding 10 square feet of visible mold growth, we implement full containment with negative air pressure, HEPA filtration, and proper disposal protocols. Oregon does not require a specific mold remediation license, but the work must comply with Oregon OSHA rules for worker protection, and we follow IICRC S520 standards as the industry benchmark.

Fire Damage Restoration

Fire damage restoration is the most complex scope of work in residential contracting. A house fire affects every system — structural framing, roofing, exterior cladding, insulation, electrical, plumbing, HVAC, and all interior finishes. Even a small kitchen fire that the fire department knocks down in minutes can cause smoke damage throughout the entire home that takes weeks to remediate.

Structural Assessment After Fire

Before any cleanup begins, the structure must be assessed for safety. Fire-damaged framing loses structural capacity in proportion to the depth of charring. The general rule is that for every 1/8 inch of char depth, the member has lost that dimension of structural wood. A 2x10 floor joist with 1/4 inch of char on two faces has effectively become a 2x9.5 — still likely adequate. But a 2x6 rafter with 1/2 inch of char on three faces is compromised and needs sistering or replacement.

We work with structural engineers when fire damage raises questions about load-bearing capacity. The City of Portland Bureau of Development Services (BDS) requires engineering review for structural repairs on fire-damaged buildings, and permitted work requires inspections at each phase. We handle the BDS permit applications, engineering coordination, and inspection scheduling as part of every fire restoration project.

Smoke and Soot Cleanup

Smoke damage extends far beyond the fire's footprint. Combustion byproducts travel through HVAC systems, wall cavities, and any gap in the building envelope. The type of smoke residue depends on what burned:

• Dry smoke (fast-burning, high temperature) — Produces fine, powdery residue. Easier to clean but penetrates deeply into porous surfaces. Common in fires involving wood framing and paper products.
• Wet smoke (slow-burning, low temperature) — Produces sticky, smeary residue with strong odor. Difficult to clean and requires chemical solvents. Common in smoldering fires involving plastics and synthetic materials.
• Protein smoke — Nearly invisible residue from kitchen fires involving food. Discolors paints and varnishes and produces an extremely persistent odor that standard cleaning cannot address.
• Fuel oil / petroleum smoke — Dense, black, sticky residue. Requires specialized solvents and often necessitates removal and replacement of contacted materials rather than cleaning.

Our smoke cleanup process starts with dry cleaning methods (HEPA vacuuming, dry sponges) to remove loose soot before any wet methods are used — applying liquid cleaner to dry soot drives it deeper into the material. After surface cleaning, we use hydroxyl generators and thermal fogging to address smoke odor that has penetrated into framing, concrete, and other structural materials that will remain in place.

Water Damage from Firefighting

The water used to extinguish the fire often causes as much damage as the fire itself. A single fire hose delivers 150 to 250 gallons per minute. A working fire that takes 20 minutes to control can deposit 3,000 to 5,000 gallons of water into and onto the structure. This water is Category 2 at minimum (contaminated with fire debris, ash, and chemical suppressants) and must be extracted and dried with the same urgency as any other water damage event. Many homeowners are surprised to learn that the water damage restoration scope frequently exceeds the fire damage scope in both time and cost.

The Rebuild Process

Once mitigation is complete — water extracted, structure dried, smoke and soot cleaned, mold prevented or remediated — the rebuild begins. This is where Boss PDX's capability as a full-service general contractor matters most. Restoration rebuilds are not cosmetic renovations. They require integrating new construction with surviving original construction, matching existing finishes, and bringing damaged systems up to current Oregon Residential Specialty Code.

Structural Repair and Framing

Fire-damaged framing is sistered, scabbed, or replaced depending on the extent of charring. Water-damaged framing is evaluated for decay and dimensional stability — prolonged saturation can cause permanent warping and delamination in engineered lumber products like LVLs and TJIs. All structural repairs are engineered when required by BDS and inspected before being enclosed.

Mechanical Systems

Fire and water damage typically require replacement or significant repair of mechanical systems. Electrical wiring exposed to fire or water must be evaluated by a licensed electrician — heat-damaged insulation on conductors is a fire hazard, and water-contaminated connections corrode. Plumbing systems exposed to fire may have compromised solder joints or heat-deformed plastic piping. HVAC ductwork that has carried smoke must be professionally cleaned or replaced, and the air handler's blower, coil, and filter compartment must be decontaminated.

Insulation and Building Envelope

Fiberglass batt insulation that has been saturated retains moisture against framing members and loses its R-value permanently — it must be removed and replaced. Smoke-contaminated insulation cannot be effectively cleaned and will continue to off-gas odors indefinitely. We replace damaged insulation and address any building envelope failures (damaged housewrap, failed window flashing, compromised vapor barriers) that contributed to or resulted from the damage event.

Interior Finish Work

The final phase is what makes the home livable again — drywall, paint, trim, flooring, kitchen and bathroom fixtures, and all the details that restore the home to its pre-loss condition. For insurance-funded restorations, this means matching existing finishes as closely as possible. When an exact match is not available (a discontinued flooring product, a tile that is no longer manufactured), we work with the homeowner and adjuster to find an equivalent-quality replacement.

Insurance Claim Coordination

Fire and water damage claims are among the most complex in residential insurance. The claim process involves multiple inspections, detailed scope documentation, unit-cost negotiation, supplement requests for hidden damage discovered during demolition, and coordination between the carrier, the adjuster, and the contractor. We have worked with every major carrier active in Oregon — State Farm, Allstate, USAA, Farmers, Liberty Mutual, Amica, and Oregon Mutual among others.

Our role in the insurance process includes:

• Initial damage documentation — Detailed photo and video documentation of all damage before any mitigation work begins. This protects the homeowner's claim by establishing the full scope of loss.
• Scope of work development — Line-item scope using Xactimate, the industry-standard estimating platform used by insurance carriers. Writing the estimate in the same format the adjuster uses eliminates translation errors and speeds approval.
• Supplement filing — When demolition reveals damage not visible during the initial inspection (which happens on nearly every fire or water job), we document the additional damage and file a supplement with the carrier. Proper supplementing is essential — undiscovered damage that is not documented and submitted becomes the homeowner's out-of-pocket expense.
• Adjuster coordination — We meet adjusters on-site, walk the damage together, and resolve scope and pricing disputes before they become delays. A cooperative, documented approach gets claims settled faster than adversarial negotiations.

We work on both insured and uninsured losses. For uninsured damage — which is common with slow leaks that fall below deductibles or are excluded under policy terms — we provide detailed estimates and can phase the work to fit the homeowner's budget.

Portland-Specific Considerations

BDS Permits for Restoration Work

The City of Portland Bureau of Development Services requires permits for structural repairs, electrical work, plumbing modifications, and mechanical system changes. Fire-damaged homes typically require a combination of building, electrical, plumbing, and mechanical permits. We pull all necessary permits and schedule all inspections — the homeowner should never have to visit the BDS office at 1900 SW 4th Avenue or navigate the Portland Online Permitting System for a damage restoration project.

Historic Districts and Older Homes

Portland's historic districts — Irvington, Ladd's Addition, King's Hill, Alphabet District, and others — have additional requirements for exterior repairs and alterations. Fire-damaged homes in these districts may require Historic Resource Review for exterior restoration, which adds time and complexity. Many of Portland's older homes also contain hazardous materials (asbestos in siding, flooring, and insulation; lead paint on pre-1978 surfaces) that must be handled according to Oregon DEQ regulations during demolition. We include hazardous material testing in our standard assessment protocol for any home built before 1980.

Oregon DEQ Regulations

Oregon Department of Environmental Quality regulates asbestos abatement and lead paint disturbance. Restoration demolition on older Portland homes frequently encounters both. Asbestos-containing materials must be tested before disturbance, and removal requires a licensed asbestos abatement contractor and DEQ notification. Lead paint disturbance on pre-1978 homes requires EPA RRP (Renovation, Repair, and Painting) certified workers and lead-safe work practices. These are not optional add-ons — they are legal requirements, and we comply with them on every project.

Neighborhoods We Serve

We perform fire and water damage restoration across the Portland metro area, including Southeast Portland (Sellwood, Woodstock, Foster-Powell, Mt. Tabor, Hawthorne), Northeast Portland (Irvington, Beaumont-Wilshire, Hollywood, Alberta Arts, Cully), North Portland (St. Johns, Kenton, Overlook, University Park), Northwest Portland (Nob Hill, Alphabet District, Pearl District), Southwest Portland (Multnomah Village, Hillsdale, West Hills, Bridlemile), and surrounding communities including Lake Oswego, West Linn, Tigard, Beaverton, Milwaukie, and Clackamas.

Costs and Timeline Expectations

Restoration costs vary enormously based on the type and extent of damage, the category of water involved, the age and construction of the home, and whether the work is insurance-funded. Some general ranges based on our Portland-area project experience:

• Water extraction and drying only (no reconstruction) — $2,500 to $8,000 depending on area affected and equipment duration.
• Water damage with partial reconstruction (one to two rooms, drywall/flooring/paint) — $8,000 to $25,000.
• Basement flood with full gut and rebuild — $15,000 to $50,000+ depending on finish level and whether mechanical systems are affected.
• Kitchen fire with smoke damage to adjacent areas — $30,000 to $80,000 including kitchen rebuild, smoke cleanup, and finish restoration.
• Major structural fire with full rebuild — $100,000 to $300,000+, depending on the size of the home and extent of structural damage.

Timelines follow a similar range: a straightforward water damage extraction and dry can be complete in a week. A full fire restoration with structural rebuild typically runs 3 to 6 months. We provide detailed schedules at the start of every project and update them weekly as work progresses.

Why Boss PDX for Damage Restoration

Most restoration companies are mitigation specialists — they extract water, set up drying equipment, do smoke cleanup, and then hand off the rebuild to a general contractor. That handoff creates a gap: the mitigation company's scope ends, the GC's scope begins, and the homeowner is stuck in the middle coordinating between two companies, two schedules, and two sets of insurance paperwork.

We eliminate that gap. As a licensed Oregon general contractor, we perform both the mitigation and the rebuild under one contract. Our plumbing, electrical, roofing, flooring, and finish carpentry capabilities mean we do not subcontract the core rebuild work to unknown crews. The same team that assesses your damage is the team that rebuilds your home.

Frequently Asked Questions

How quickly should I call a restoration contractor after water damage?

Immediately. The single most important factor in water damage outcomes is response time. Mold can begin colonizing within 24 to 48 hours in Portland's climate, and materials that could be dried in place after 4 hours of exposure often require full removal after 48 hours. Call us as soon as you discover the damage — even if it is the middle of the night. Shutting off the water source and beginning extraction within the first few hours can reduce your total restoration cost by 40% or more compared to waiting even one day.

Will my homeowner's insurance cover fire and water damage restoration?

Most standard homeowner's policies cover sudden and accidental water damage (pipe bursts, appliance failures, storm damage) and fire damage. They typically do not cover gradual damage (a slow leak over months), flooding from external sources (which requires a separate flood policy), or damage resulting from deferred maintenance. Sewer backup coverage is usually an optional endorsement that many Portland homeowners do not carry. We help you understand what your policy covers during our initial assessment, and we write our estimates in Xactimate format to align directly with your carrier's review process.

Do I need to move out of my home during restoration?

It depends on the scope. Small water damage events — a single room affected, no mold, no structural compromise — can often be restored while you remain in the home. Fire damage, mold remediation involving containment, or any situation involving compromised electrical or plumbing systems typically requires temporary relocation. If your insurance policy includes Additional Living Expense (ALE) coverage, your carrier will pay for temporary housing during restoration. We document the necessity for relocation in our scope report to support your ALE claim.

How do you handle asbestos and lead paint discovered during restoration demolition?

We test for asbestos and lead paint before beginning demolition on any home built before 1980. If asbestos-containing materials are found, they are removed by a licensed abatement contractor in compliance with Oregon DEQ regulations before we proceed with restoration work. Lead paint is handled using EPA RRP certified lead-safe work practices. These requirements add time and cost, but they are non-negotiable — both for legal compliance and for the health of your family and our workers. We include testing costs in our initial estimate so there are no surprises.

What is the difference between mitigation and restoration?

Mitigation is the emergency work that stops the damage from getting worse — water extraction, structural drying, board-up, tarp, smoke and soot removal. Restoration is the rebuild — replacing damaged framing, drywall, flooring, fixtures, and mechanical systems to return the home to its pre-loss condition. Most companies specialize in one or the other. Boss PDX does both, which means one contractor, one estimate, one schedule, and no gap between the emergency response and the permanent repair.

Can you match my existing flooring, cabinets, and finishes during the rebuild?

We make every effort to match existing materials. For insurance-funded work, the goal is to return your home to its pre-loss condition, which means matching as closely as possible. When exact matches are discontinued or unavailable, we source the closest equivalent and document the selection process for your adjuster. In some cases — particularly with hardwood flooring — it is more cost-effective and produces a better result to refinish the entire floor (damaged and undamaged areas together) rather than attempting to patch and blend a small section.

Do you handle the BDS permits for restoration work in Portland?

Yes. We pull all required City of Portland permits — building, electrical, plumbing, and mechanical — and schedule all inspections. Fire-damaged homes often require multiple permit types and engineering review. We manage the entire permitting process so you do not have to navigate the BDS system during an already stressful time.

Get Started with a Free Damage Assessment

If your Portland home has sustained fire or water damage, contact Boss PDX for a comprehensive damage assessment. We will identify the full scope of damage, explain your options, help you understand your insurance coverage, and provide a detailed estimate for the complete restoration — mitigation through rebuild. Call 844-BOSS-PDX or request your free estimate online. We respond to emergency damage situations 7 days a week across the Portland metro area.