Water Damage Restoration Process — Draper, UT Six-Phase Workflow

Every water damage response follows a defined technical workflow. The specifics vary by category, class, and property type, but the workflow doesn’t — each phase has documented entry conditions, required activities, exit conditions, and handoff documentation to the next phase. This page walks through EcoRestore’s six-phase workflow so you can see exactly what happens from the moment you call to the moment reconstruction signs off.

The phases: emergency response, on-site assessment and documentation, mitigation and containment, structural drying, reconstruction, and final sign-off with warranty. Each phase produces specific deliverables that feed the next phase and the insurance claim.

Phase 1: Emergency Response (0–90 Minutes)

Entry Condition

Customer call received on the 24/7 emergency line. Loss can be active (standing water, ongoing intrusion) or discovered (past event with hidden damage now apparent).

Activities

Call intake and dispatch confirmation by Melissa Bonham (business hours) or Todd Ostrander (overnight). Primary technician dispatched within 4–9 minutes of call. On-site arrival averaging 47 minutes business hours, 68 minutes overnight. Safety walk-through: verifying water shutoff, electrical safety, active hazards. Initial visual assessment. Handoff to Phase 2 begins immediately upon safety confirmation.

Exit Condition and Deliverable

Technician on-site with equipment loadout appropriate for the loss type. Customer briefed on next-phase activities. Verbal preliminary category and class estimation. See emergency services page for detailed emergency response protocols.

Phase 2: On-Site Assessment and Documentation (First 60–90 Minutes On-Site)

Entry Condition

Primary technician on-site, safety verified, loss actively being assessed.

Activities

Systematic documentation under ANSI/IICRC S500 Section 10 protocols. Water source confirmation with photographic evidence. Category determination (1, 2, or 3) based on source, standing time, and contamination indicators — written with specific supporting evidence. Class determination (1, 2, 3, or 4) based on evaporation load — written with footprint measurements and material inventory. Moisture readings on 18–24 inch grid across every affected surface, logged by location. Thermal imaging (FLIR E8-XT) of every affected wall assembly for hidden migration detection. Unaffected reference readings captured in undisturbed rooms matched by construction era and material type. Ambient temperature, relative humidity, calculated grain load. Photographic documentation of every affected room, every damaged material, every safety hazard.

Exit Condition and Deliverable

Complete documentation set: Category and Class in writing, initial moisture map, thermal imaging captures, reference readings, ambient psychrometrics, photographic record. Written Work Authorization signed by customer authorizing mitigation phase. Verbal scope description communicated to customer. Written Xactimate scope initiated by Vanessa Chandler (Xactimate Level 3 Certified), delivered within 24–48 hours.

Phase 3: Mitigation and Containment (Hours 1–8 On-Site)

Entry Condition

Documentation complete, Work Authorization signed, customer aware of anticipated scope.

Activities Depend on Category

Category 1 mitigation: Water extraction (truck-mount, portable, weighted, submersible depending on conditions). Contents pack-out for salvageable items in the affected area. Removal of contaminated or unsalvageable porous materials (saturated cellulose insulation, water-damaged carpet padding beyond weighted-extraction salvage). Antimicrobial application on affected surfaces per S500 Section 12.

Category 2 mitigation: All Category 1 activities plus: containment barrier establishment with 6-mil poly, HEPA-filtered air scrubbing at 3–6 air changes per hour, mandatory removal of carpet padding within the contamination footprint, drywall bottom 24 inches removed if wet, EPA-registered antimicrobial application before drying begins.

Category 3 mitigation: All Category 2 activities plus: full PPE (Tyvek, half-face APR with P100 cartridges, chemical-resistant boot covers). Negative-pressure containment at −5 pascals verified with digital manometer. Extraction using dedicated Category 3 equipment. Removal of ALL porous materials in contamination footprint (carpet, padding, drywall bottom 24 inches, cellulose insulation, cabinetry base sections). Category 3 waste stream disposal. Post-remediation verification testing by Utah-licensed industrial hygienist typically required.

Exit Condition and Deliverable

Standing water fully removed. Contaminated porous materials removed. Containment in place if Category 2 or 3. Antimicrobial applied. Drying equipment staged for Phase 4 deployment. Photographic documentation of mitigation completion.

Phase 4: Structural Drying (24 Hours to 14+ Days)

Entry Condition

Mitigation complete, affected materials ready for drying, drying equipment sized and staged.

Day 1 Activities

Air mover placement per S500 formula (one per 10–16 linear feet of wet wall, 15–45 degree angle, 15–20 foot spacing between units). Dehumidifier deployment sized to psychrometric grain load (not nameplate) with elevation and temperature corrections applied. Ambient conditions logged post-equipment activation. Drying goal established: EMC parity with unaffected reference readings within 2 percentage point tolerance.

Daily Monitoring Activities (Days 2 through completion)

Ambient temperature, RH, grain per pound logged at approximately the same time each day. Moisture readings on the same grid points established Day 1. Equipment status verification (air movers operating, dehumidifiers achieving grain depression, condensate discharge functional). Category verification (no progression from Cat 1 to Cat 2 during drying). Photographic documentation of any material changes. Drying trajectory calculation showing moisture content approaching reference readings.

Exit Condition and Deliverable

Every grid point on affected materials matches unaffected reference readings within 2 percentage point tolerance. Ambient psychrometrics stable at post-drying equilibrium. Photographic documentation of final dry-state condition. Final release documentation set: Day 1 initial readings, daily trajectory logs, final release readings, reference comparison table. Ready for Phase 5 reconstruction. See structural drying page for detailed drying protocols.

Phase 5: Reconstruction (3 Days to 8+ Weeks)

Entry Condition

Drying complete to EMC parity. Customer approval of reconstruction scope and finish selections.

Activities

Reconstruction is where the affected materials are rebuilt or replaced. Scope varies enormously by loss extent — from a single 24-inch drywall patch on a small Class 1 loss to full basement finish reconstruction on a Class 3 sewage backup. Typical activities: drywall replacement (with vapor barrier considerations on foundation walls), insulation replacement (fiberglass batt, open-cell spray foam, or rigid depending on wall assembly), flooring replacement (carpet with new pad, LVP, engineered hardwood, tile), trim and baseboard reinstallation, painting (primer plus two finish coats matched to unaffected reference walls), cabinetry replacement or refinishing, and specialty scope items (ceiling repair, HVAC restoration, electrical replacement).

Coordination

Reconstruction is coordinated by Steven Kraft (Reconstruction Lead, Utah DOPL R100 license #10847923-5501). Sub-scope trades are subcontracted to licensed specialty contractors: plumbing (fixture replacement), electrical (circuit replacement or fixture rewiring), HVAC (system decontamination on Category 2/3 losses). See reconstruction and repairs page for detailed reconstruction scope information.

Exit Condition and Deliverable

Reconstruction complete to customer approval, matching or improving on pre-loss finish quality. Punch list resolved (typical minor items: touch-up paint, trim adjustments, hardware verification). Ready for Phase 6 sign-off.

Phase 6: Final Sign-Off and Warranty (Post-Reconstruction Walk-Through)

Entry Condition

Reconstruction complete, punch list resolved.

Activities

Final walk-through with customer, verifying every affected room and every scope item. Delivery of final documentation package: Day 1 initial documentation, daily drying trajectory logs, final release readings, photographic before/after record, all Xactimate scope documents, warranty documentation. Customer sign-off on completion. Insurance carrier notification of completion (final closing paperwork with adjuster).

Warranty Coverage

EcoRestore provides written warranty on all drying work (12 months on returning to pre-loss moisture parity, void only if subsequent water event or occupant modification affects the drying envelope) and 12 months on reconstruction work (materials and workmanship defects). Warranty is transferable to subsequent property owners within the coverage period.

Exit Condition and Deliverable

Customer sign-off, final documentation package delivered, warranty coverage active. Job closed in EcoRestore project management system. Customer contact information retained for warranty support and any subsequent needs.

Typical Timeline From Call to Sign-Off

Actual duration varies enormously by loss extent, but rough averages for common scenarios:

• Small Class 1 Category 1 loss: Call to sign-off in 5–10 days total (2 days drying + 3–5 days reconstruction)
• Mid Class 2 Category 1 loss: Call to sign-off in 14–28 days total (4–5 days drying + 10–20 days reconstruction)
• Large Class 3 Category 1 loss: Call to sign-off in 4–8 weeks total (5–10 days drying + 3–7 weeks reconstruction)
• Category 2 losses: Add 20–40% to timeline for containment, antimicrobial, additional material removal
• Category 3 sewage losses: Add 40–80% to timeline for full PPE protocols, verification testing, extensive material replacement
• Class 4 specialty drying: Add 5–10 days to drying phase for hardwood or concrete drying to specification
• Commercial losses: Highly variable, business interruption pressure often compresses timeline through overtime and expanded crew deployment

Frequently Asked Questions

Why does the water damage restoration process take multiple phases instead of just fixing everything at once?

The phases exist because drying takes time, and reconstruction can’t begin until drying is verified complete to EMC parity. Attempting to combine phases produces failure: drywall installed over wet framing traps moisture in the cavity, producing Condition 3 mold and structural degradation over 6–24 months. Flooring installed over undried subfloor cups, delaminates, or grows mold underneath. The phase separation is what protects the reconstruction work from failing due to lingering moisture. Each phase’s exit condition (particularly drying’s EMC parity requirement) is what makes the next phase’s work durable.

Can EcoRestore compress the timeline if the property owner is in a hurry?

Some phases can be compressed; others can’t. Emergency response is already as fast as we can make it. Assessment and documentation take about the same time regardless of urgency. Mitigation phase can be extended with more technicians deployed for faster completion. Drying phase is largely dictated by physics — we can size dehumidification aggressively to shorten drying, but we can’t skip the days materials need to reach EMC parity. Reconstruction phase can be significantly compressed through expanded crew deployment and evening/weekend work, but comes at premium labor cost typically not covered by insurance. Business interruption losses (commercial with revenue-critical timelines) sometimes justify overtime scope; residential losses typically follow the natural timeline. The one thing we won’t compromise is the drying exit condition — releasing to reconstruction before EMC parity is what produces the callbacks that hurt everyone.

How does EcoRestore coordinate insurance carrier involvement during the multi-phase process?

Insurance coordination happens continuously. Phase 1 (emergency response) doesn’t wait for the carrier — mitigation must begin immediately to prevent progression. Phase 2 (assessment) produces documentation the carrier will require for the claim. The adjuster typically visits during Phase 3 (mitigation) or early Phase 4 (drying), reviewing the loss and initial Xactimate scope. Scope adjustments happen throughout the process as hidden damage is discovered — each change goes to the carrier with supporting documentation for approval before proceeding. Reconstruction (Phase 5) requires carrier approval of the final scope and any material choices affecting cost (like-kind-quality standards apply). Sign-off (Phase 6) involves final closing paperwork with the carrier. Throughout, Vanessa Chandler (our Xactimate Level 3 estimator) manages the carrier-facing documentation while primary technicians manage the on-site work. See insurance claims page for detailed carrier coordination information.

What documentation does EcoRestore provide at each phase?

Phase 1: dispatch log with arrival time. Phase 2: Category and Class written determination with supporting evidence, initial moisture map on 18–24 inch grid, thermal imaging captures of every wall, unaffected reference readings, ambient psychrometric log, photographic record of all affected rooms. Phase 3: mitigation completion documentation, contaminated material disposal records for Category 2/3, antimicrobial application record with product and lot numbers, containment verification for Category 2/3. Phase 4: daily drying trajectory logs, ambient psychrometric logs, moisture readings at each grid point per day, equipment status verification, final release documentation showing EMC parity. Phase 5: reconstruction scope with material specifications and finish selections, subcontractor documentation for plumbing/electrical/HVAC sub-scope. Phase 6: final walk-through checklist, warranty documentation, all prior phase documentation consolidated in the closing package. Customer receives complete documentation set at sign-off. Insurance carrier receives the same set for claim closure.

Can property owners skip reconstruction and handle it separately with a different contractor?

Yes, but with tradeoffs to understand. If you prefer to handle reconstruction independently (either with your own contractor relationships or as a general contractor coordinating trades yourself), EcoRestore’s scope ends at Phase 4 (structural drying complete to EMC parity). We deliver the final drying documentation, complete the Xactimate scope for the mitigation phase, and hand off to your chosen reconstruction path. Tradeoffs: the seamless documentation chain from mitigation to reconstruction is broken, insurance carriers may require separate approval for reconstruction scope with a different contractor, and any post-reconstruction moisture issues attributed to drying failure vs reconstruction failure become harder to diagnose without a single accountable party. Many homeowners with strong contractor relationships choose this route; commercial clients almost always do. Our workflow accommodates both approaches equally well.

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Contact EcoRestore Water Damage & Restoration

Our office at 11629 S 700 E #220 sits half a mile east of I-15 exit 291, in the geographic center of south Salt Lake County. If you’re partway through a water damage response with another contractor and questioning whether the workflow is following S500 protocols — or you’re planning ahead for future exposure and want to understand what a compliant restoration process looks like — call and we’ll walk through the specifics.

• Emergency Line (24/7): (385) 289-3588
• Address: 11629 S 700 E #220, Draper, UT 84020
• Email: info@ecorestorewaterdamagerestoration.xyz
• Utah DOPL Restoration Contractor License: #12783456-5501
• IICRC Firm Certification: #216847

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Office Hours

• Emergency Service: 24 hours a day, 7 days a week
• Office Staff: Monday – Saturday, 9:00 AM – 5:00 PM
• Closed: Sundays and State/Federal Holidays (emergency line always active)