Before & After Gallery - DryMark Restoration Forest Hills

Damage Restoration Before & After in Forest Hills, NY

Photos don’t exaggerate. A saturated oak floor, black mold behind a bathroom vanity, or soot-stacked crown molding in a Tudor on Burns Street - the camera records what words can’t fully convey. We’ve documented every job we’ve touched since 2011, and this gallery shows what professional restoration actually produces when it’s measured, not guessed.

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Recent Transformations

Water Damage Restoration: Burst Supply Line in a Forest Hills Co-op

The problem was a stainless-steel braided supply line that failed at 11 p.m. on a Saturday, dumping roughly 80 gallons through a second-floor laundry closet into the unit below on Yellowstone Boulevard. By the time we arrived, the oak strip flooring had cupped visibly and moisture readings in the subfloor ranged from 28% to 34% - well above the 16% equilibrium for this climate zone.

What we did: extracted standing water with a truck-mounted system, removed the non-salvageable underlayment, and established a drying chamber using Dri-Eaz Revolution LGR dehumidifiers and Phoenix 200 MAX air movers. We ran Injectidry floor mats to deliver directed airflow across the subfloor cavity, pulling vapor pressure differential readings every 24 hours. Psychrometric data - temperature, relative humidity, and grains per pound - was logged to IICRC S500 standards and shared with the building’s insurance adjuster daily.

The result: the subfloor returned to 13.8% moisture content in 72 hours. The oak was sanded and refinished rather than replaced, saving the homeowner roughly $4,200 in flooring costs. We delivered a photo record of every visit, a written drying log with grain-depression calculations, and the signed 365-Day Done Right Promise before we packed the last air mover.

Mold Remediation: Hidden Colony Behind a Shower Surround in Kew Gardens Border

The problem started with a slow grout failure that nobody noticed for months, typical in pre-war buildings near the Forest Hills-Kew Gardens line where settling has shifted shower pans. The homeowner smelled it first - that sharp, dirty-sock note that hits when you open the bathroom door after vacation. Air sampling showed Stachybotrys chartarum at 1,200 spores per cubic meter, concentrated behind the cement board where constant condensation had fed a colony spanning roughly 14 square feet.

What we did: established negative air pressure with HEPA-scrubbed containment, removed the tile and compromised cement board in sealed sections, and treated the studs with an EPA-registered antimicrobial. We ran a B-Air Vantage HEPA air scrubber for 48 hours post-remediation, capturing airborne particulate down to 0.3 microns. Third-party clearance testing - mandatory under our protocol, not optional - came back at 180 spores per cubic meter, well below the 500 threshold.

The result: the bathroom was rebuilt with a moisture-resistant cement board system and a new pan liner. The photo record showed every stage, including the clearance lab report, and the written scope had been fixed before we touched a single tool - Haven Standard, Clause 1. Alicia Brennan reviewed the documentation personally before release.

Fire & Smoke Damage Restoration: Kitchen Grease Fire in a Colonial Near Austin Street

The problem was a protein fire - bacon grease that flashed and produced the nearly invisible, aggressively adhesive residue that coats everything in a kitchen. The homeowner had wiped down the counters and thought the damage was cosmetic. It wasn’t. Protein soot had migrated through the HVAC return, leaving a greasy film on the dining room ceiling 20 feet away and inside the cabinet boxes where lacquer finishes were already etching.

What we did: pre-tested surfaces with dry sponging and solvent applications to identify material-specific cleaning agents, then deployed ultrasonic cleaning for the removable hardware and contents. For the fixed elements - the painted plaster ceiling, the stained oak trim, the varnished cabinet faces - we used a progressive sequence of HEPA vacuuming, chemical sponging, and thermal fogging with a counteractant formulated for protein residues. The HVAC ductwork was brushed and vacuumed with a rotary whip system, then sealed where access panels had allowed smoke migration.

The result: the kitchen and adjacent rooms passed a white-glove inspection with no residual odor. The homeowner’s insurance adjuster had initially scoped replacement of all cabinets; our documentation of salvageability - photo record, chemical pre-test results, and the written scope agreed before work - reduced the claim by $11,000 while returning the kitchen to pre-loss condition. The 365-Day Done Right Promise covers odor recurrence, though we’ve never had one on a protein fire we treated to completion.

Storm & Disaster Restoration: Flash Flood in a Forest Hills Gardens Basement

The problem arrived with a July thunderstorm that dumped 3.2 inches in 90 minutes, overwhelming the combined sewer on Continental Avenue and backing up through a basement floor drain. The homeowner had 18 inches of Category 3 water - sewage-contaminated, carrying everything the street had collected - against vintage plaster walls and a recently finished recreation room with built-in shelving.

What we did: pumped and extracted, then cut drywall at 24 inches above the visible water line to remove the wetted gypsum and open the stud cavities for drying. The plaster was harder - we used desiccant dehumidification rather than refrigerant, pulling vapor pressure differentials low enough to draw moisture from the dense lime-based material without accelerating deterioration. Every piece of removed material was photo-documented with measurements, and the drying log tracked specific humidity and dew point calculations to demonstrate that tertiary drying - the slow, final phase where bound water releases from dense materials - had been achieved before reconstruction began.

The result: the plaster was saved, the framing dried to 12% moisture content, and the rebuilt recreation room matched the original finish. The photo record and moisture documentation went directly to the homeowner’s flood insurance adjuster, who paid the full scope without depreciation dispute because the drying protocol was documented to RIA standards.

Sewage Cleanup: Backed-Up Main Line in a Two-Family Near 108th Street

The problem was a root intrusion in the sewer lateral that sent raw sewage into a first-floor apartment’s utility room at 6 a.m. on a Tuesday. The tenant called the landlord, who called us. By arrival, the contamination had wicked 8 feet up the drywall behind the washer and saturated the plywood subfloor, with bacterial readings that made this a true health hazard, not a cleaning job.

What we did: suited in PPE, established containment to prevent cross-contamination to the occupied second-floor unit, and removed all Category 3 materials - drywall, insulation, subfloor, baseboards - following IICRC S500 protocols for sewage. The concrete slab was HEPA-vacuumed, cleaned with an antimicrobial, and sealed with a penetrating blocker. We ran Phoenix 200 MAX units with carbon filtration to manage the odor load during the 72-hour drying period, and air sampling confirmed safe reoccupation before we released the space.

The result: the utility room was rebuilt with moisture-resistant materials and an elevated washer pan, and the landlord received a photo record that satisfied both the building’s insurer and the Department of Health inspection. The written scope, fixed before work began under Haven Standard, Clause 1, came in $800 under the adjuster’s initial estimate because we salvaged the electrical panel and ductwork that another contractor had marked for replacement.

Reconstruction & Cleanup: Post-Mitigation Rebuild of a Water-Damaged Row House in Rego Park Adjacency

The problem was a failed water heater in a finished basement that had been mitigated by another company six months prior. The homeowner called us because the replacement drywall was already showing stains and the baseboards had swollen - classic signs that tertiary drying hadn’t been completed before reconstruction started. The previous contractor had rebuilt over damp framing, trapping moisture that fed slow, hidden deterioration.

What we did: removed the new drywall and baseboards (documenting the moisture readings that proved our diagnosis - 19% in the studs, 6% above acceptable), re-established drying with Injectidry and LGR dehumidifiers, and waited until the structure read 13% consistently before touching a piece of replacement material. Only then did we rebuild: moisture-resistant drywall, synthetic trim, and a vapor-barrier primer system appropriate for below-grade spaces in Forest Hills’ clay-heavy soil conditions where hydrostatic pressure is common.

The result: a finished basement that stays dry through seasonal humidity swings. The homeowner used our Free Second Opinion service - brought us the previous contractor’s estimate, and we identified the drying-gap failure that had cost them twice. Alicia Brennan flagged it immediately: “They rebuilt before the wood was ready. It’s like painting over rust.” The written scope for our rebuild was fixed, the photo record was complete, and the 365-Day Done Right Promise was signed and delivered.

Want Results Like These?

Every project here follows the same protocol: a live person answers when you call (516) 687-6900, a written price before anyone starts work, and documentation that turns your restoration invoice into a payable insurance claim. If you’ve got a competitor’s estimate, we’ll review it free - our Second Opinion service has caught scope gaps, missed moisture pockets, and unnecessary rebuilds for hundreds of Forest Hills homeowners. Call (516) 687-6900 now, or bring your estimate in and we’ll show you what the numbers actually mean.

Written by Alicia Brennan, Owner at DryMark Restoration Forest Hills, serving Forest Hills since 2011.