Fire and Smoke Damage Restoration Blasting

Ocean Pacific Media Blasting crew performing fire damage restoration blasting inside a commercial building

When fire tears through a commercial building, an industrial facility, or an institutional structure, the visible flames are only the beginning. What’s left behind — soot embedded in concrete pores, smoke residue bonded to steel, char layers on wood, and the pervasive odour that penetrates every surface — requires specialized removal that standard cleaning methods cannot achieve.

Ocean Pacific Media Blasting is the specialized blasting subcontractor that Canada’s biggest restoration companies trust for the heavy-duty phase of fire damage restoration. With over 25 years of fire and smoke remediation experience, mobile units that deploy across Western Canada, Northern Canada, and Alaska, and a proven track record on projects from retail stores to diamond mines, we deliver 100% soot and smoke removal from every affected surface.

We’re trusted by First Onsite, Belfor, ServiceMaster Canada, and On Side Restoration — they contract Ocean Pacific when their projects require abrasive blasting for complete fire cleanup.

What Is Fire Damage Restoration Blasting?

Fire damage restoration blasting is the process of using specialized blasting media — primarily soda blasting — to remove soot, smoke residue, char, and fire-related contamination from structural surfaces, equipment, and building interiors. It is the most effective method for achieving complete fire damage remediation on porous and non-porous surfaces alike.

Standard cleaning methods — pressure washing, chemical treatment, hand scrubbing — fall short on fire damage because soot particles are microscopically fine and bond chemically to surfaces. They penetrate the pores of concrete, brick, wood, and masonry. Surface-level cleaning removes what you can see but leaves embedded contamination that continues to off-gas smoke odour for months or years.

Blasting reaches what other methods cannot. The media penetrates surface pores, fractures the soot bond, and removes contamination at the substrate level. With the right media — soda blasting in particular — the process also neutralizes smoke odour during cleaning, eliminating the need for a separate deodorization step.

For project managers and restoration coordinators, this means a single process that handles both contamination removal and odour elimination, delivered by a specialized crew with the equipment to handle commercial and industrial-scale projects.

Our Step By Step Approach to Fire Remediation

01
Emergency Response and assessment

Contact Team Ocean as soon as fire damage assessment begins. We coordinate with fire restoration contractors, insurance adjusters, and structural engineers to plan the media blasting scope of services. The assessment determines the optimal media for each zone — typically soda blasting for general soot and smoke removal, with dry ice blasting for delicate surfaces like galvanized metal, drywall, or tile.

02
Safety and containment

Crews work in full PPE. We establish proper safety protocols for the fire-damaged structure and set up containment for hazardous waste — soot, char, and toxic residue or toxic fumes. For confined-space environments (mechanical rooms, elevator shafts, ceiling cavities) we deploy atmospheric monitoring and confined-space protocols.

03
Systematic restoration

We strip contaminated surfaces to the depth specified by your restoration contractor or structural engineer. Soda blasting is the primary media because it cleans and deodorizes in a single pass — the alkaline properties neutralize the acidic smoke compounds that cause persistent odour. For heavily charred surfaces or structural steel with thick carbon deposits, we may combine soda with more aggressive media in a staged approach — heavy removal first, then soda finishing for deodorization and final cleaning.

04
Damage documentation

We document surface conditions as we strip away unwanted coatings to expose hidden damage for proper assessment. We coordinate directly with inspectors who need to evaluate structural components.

05
Hazardous waste disposal

We properly contain and dispose of all used media and contaminants in waste bins, in compliance with local and provincial regulations.

06
Clean preparation for reconstruction.

We leave all substrate surfaces ready for reconstruction teams. Proper substrate prep ensures new coatings, paint, and materials bond correctly and securely to meet code requirements. Once fire-damaged materials are properly stripped, the rebuilding process becomes far more reliable. New finishes adhere better, replacement materials last longer, and contractors can work without worrying about contamination resurfacing later — no smoke odours returning through new paint, no staining or discolouration bleeding through coatings, no premature failure of repairs.

Fire Damage Applications: Where We Specialize

Commercial Building Interiors

Retail stores, office buildings, restaurants, and commercial facilities. Fire damage in occupied commercial spaces requires fast turnaround because every day of closure costs the business revenue. Our mobile deployment and efficient crew structure are built for speed without compromising thoroughness.

Industrial Facilities and Equipment

Manufacturing plants, processing facilities, and heavy industrial sites. Fire-damaged equipment — motors, conveyors, electrical cabinets, control panels — can often be restored through precision blasting rather than replaced, saving significant capital expense. Structural steel and concrete in industrial settings receive full soot and char removal to restore the facility to operational condition.

Institutional Facilities

Hospitals, schools, government buildings, military installations. These projects carry heightened compliance requirements — air quality standards, safety documentation, restricted-access protocols. Our WCB record, insurance coverage, and institutional project experience — including work at Pacific Rim College and government projects at CFB Esquimalt — demonstrate our ability to meet institutional standards.

Structural Fire Damage Cleanup

Post-fire structural assessment often reveals that steel and concrete members are structurally sound but coated in soot, char, and smoke residue. Blasting removes the contamination layer to expose the underlying material for engineering inspection, surface preparation for protective coatings, or direct return to service.

Confined Space Fire Remediation

Interior spaces, mechanical rooms, hospital elevator shafts, ceiling cavities, basement structures. Many fire restoration projects require work in spaces that are difficult to access and require specialized safety protocols. Confined-space blasting requires specialized training, monitoring equipment, and safety protocols that many blasting companies don’t carry. We do. It’s an area where Ocean Pacific’s capability sets us apart.

Complete Removal of Smoke and Char from Every Surface

Media blasting cleans deep into the surface rather than just treating what’s visible. Our process removes smoke residue and char from a wide range of materials, including:

Because blasting reaches irregular surfaces, joints, and textured materials, it eliminates contamination that would otherwise remain trapped. Once the work is complete, affected areas are returned to clean, neutral substrates — free of soot, carbon buildup, and smoke oils — ready for repair or refinishing without lingering side effects.

Removing smoke and fire damage from this heritage brick wall without removing the paint behind it.
Pacific Rim College, working for Onside Restorations.

Why Does Blasting Work Better Than Other Fire Cleanup Methods?

Project managers often ask why blasting is necessary when other cleaning methods exist. The answer comes down to what fire damage actually is at a material level.

Soot is not dust. It’s a complex matrix of carbon particles, oils, acids, and chemical compounds produced during combustion. These particles are microscopically fine, and they bond to surfaces through a combination of chemical adhesion and physical embedding. When soot contacts a porous surface like concrete, brick, or wood, the particles penetrate into the material’s pore structure.

Pressure washing moves soot on smooth, non-porous surfaces but pushes it deeper into porous materials. It also introduces moisture, which creates secondary problems: mould growth, material degradation, and extended drying time on the project schedule.

Chemical cleaning can break down soot bonds on some surfaces but requires extensive contact time, multiple applications, and generates chemical waste that needs disposal. It’s slow, labour-intensive, and often incomplete on heavily contaminated surfaces.

Hand scrubbing is effective on small, accessible areas but impractical at the scale of commercial fire damage. A single commercial fire can contaminate large surface areas across walls, ceilings, structural members, and equipment.

Surface sealing and painting. After a fire, it’s common to see damaged areas sealed or painted over as a quick fix. Coatings and primers like KILZ may block odours temporarily, but they don’t remove the source. Smoke residue stays embedded beneath the new finish. During warm weather, trapped contaminants re-activate — heat releases the odours again, often more intensely than before. What looked like a solution becomes recurring repaints and persistent smells. The only permanent fix is to strip the surfaces properly.

Blasting addresses the problem at the right scale and depth. The media impacts the surface with enough energy to fracture soot bonds and lift contamination from within the pore structure. Soda media adds the chemical dimension — alkaline neutralization of acidic smoke compounds — that eliminates odour at the source rather than masking it. This is why Canada’s biggest restoration companies subcontract the blasting phase to specialists like Ocean Pacific rather than attempting it with general-purpose cleaning methods.

Why Choose Ocean Pacific for Fire Restoration?

Trusted by Canada's Biggest Restoration Companies

First Onsite, Belfor, ServiceMaster Canada, and On Side Restoration — among Canada’s biggest restoration companies — all contract Ocean Pacific for specialized fire and smoke damage blasting. These partnerships exist because we’ve delivered consistent results on fire restoration projects across more than two decades. When a restoration company calls in a blasting subcontractor, they’re staking their own reputation on the quality of work. The fact that industry leaders choose us says everything about reliability and results.

25+ Years of Fire Restoration Experience

We’ve been doing this for over 25 years. That experience translates into operational efficiency — we know what media to use on which surface, how to sequence the work to minimize project duration, and how to coordinate with restoration project managers to keep the overall schedule on track.

Mobile Units — Rapid Deployment Across Western Canada, Northern Canada, and Alaska

Our fully equipped mobile blasting units deploy to your project site across British Columbia, Alberta, Manitoba, the Northwest Territories, and Alaska. No waiting for equipment transportation, no facility setup delays. We arrive, set up, and start work. For project managers on tight restoration timelines, this means faster project start and faster project completion.

Confined Space Capability

Fire damage routinely affects interior spaces that are difficult to access — mechanical rooms, elevator shafts, ceiling areas, basement levels. Our operators are confined-space trained, with atmospheric monitoring equipment and the safety protocols these environments demand. This capability is rare in the blasting industry and critical for comprehensive fire restoration.

Soda Blasting Expertise

We’ve specialized in soda blasting for fire restoration for over two decades. We understand media flow rates, pressure optimization for different substrates, and the technique required to achieve both contamination removal and odour neutralization in a single pass. Learn more about our soda blasting capability.

Safety Credentials That Matter for B2B

Fully insured. Strong WCB safety record. Certified confined-space operators. These aren’t just checkboxes — for procurement teams and project managers vetting subcontractors, they’re the baseline requirements that determine whether you even get on the bid list.

Fire Restoration Projects: Proven Track Record

Canadian Tire Store Fire — Mission, BC

A major retail fire required complete interior soot and smoke remediation across the commercial space. Ocean Pacific was contracted for full blasting services, removing fire contamination from walls, structural elements, and ceiling systems. The project demonstrated our ability to handle large commercial fire cleanup efficiently and thoroughly. View project details.

Annacis Island Smoke Damage Remediation

An industrial facility on Annacis Island required specialized smoke damage remediation following a significant fire event. The project involved blasting multiple substrate types in an industrial environment with access and safety complexities typical of large-scale industrial remediation. View project details.

Diavik Diamond Mine Smoke Remediation — Northwest Territories

A Rio Tinto operation in the Northwest Territories, located near the Arctic Circle, required precision fire and smoke remediation in one of the most remote and demanding industrial environments in the world. This project showcased our ability to deploy mobile units to remote locations and deliver results in demanding operational conditions with zero tolerance for error. View project details.

How Long Does Fire Restoration Blasting Take?

Fire restoration timelines vary substantially based on contaminated surface area, substrate complexity, and access requirements. Larger industrial projects extend longer than commercial interior work. What we can tell you is that our process consistently compresses the blasting phase of fire restoration compared to alternative methods. Mobile deployment eliminates setup delays. Soda blasting combines cleaning and deodorization in one step. No secondary waste means no media cleanup phase. And our experienced crews work efficiently because they’ve done this for years.

For a project-specific timeline and estimate, contact us with the scope details.

Ocean Pacific soda blasting in progress on smoke-damaged commercial building interior

Schedule Your Fire Restoration Assessment

If you’re managing a fire restoration project — whether as a restoration company coordinator, a construction project manager, or a facility operator — Ocean Pacific’s specialized blasting team is ready to deploy.

Call us at 1-855-297-3337 or request a free quote below. We’ll evaluate the scope, recommend the optimal approach, and provide a detailed quote. We’re with you to the finish.

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Our Services

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We Offer Several Types of Grit Blasting:

Each method is carefully selected to match the specific needs of your project. Factors include surface material, environmental considerations and level of preparation required for optimal results.

abrasive sandblasting media
  • Useful for industrial surface preparation
  • Common for mills, boilers, and turbines
  • Helps prepare surfaces for repair, coating, or restoration
garnet media blasting service
  • Useful for rust removal and surface preparation
  • Common for tanks, structural steel, and industrial equipment
  • Delivers aggressive cutting with a controlled finish
silica free crushed glass media blasting
  • Useful for cleaning and coating removal
  • Common for concrete, steel, and masonry surfaces
  • Versatile media for varied project conditions
dry ice blasting
  • Useful for non-abrasive contaminant removal
  • Common for machinery, electrical components, and production equipment
  • No secondary blasting media left behind
airplane media blasting cleaning
  • Useful for restoration and sensitive surface cleaning
  • Common for vehicles, propellers, and delicate metal surfaces
  • Gentler media where surface preservation matters
sandblast truck
  • Useful for heavy-duty blasting and surface prep
  • Common for ship hulls, steel, concrete, and vehicle frames
  • Aggressive media for rust, scale, and stubborn coatings