Evidence boundary: This case documents what is visible in SDM's field photographs and the measurement displays preserved in them. It does not infer a cause, water category, complete affected footprint, structural condition, code conclusion, or final project outcome unless independently documented.

Incident context

The preserved photographs document mitigation work inside a municipal fire-station environment, with fire apparatus visible in the adjoining bay while work was underway. The available field record shows selective access, direct material measurements, temporary protection, drying equipment and monitored conditions. These photographs do not independently establish the source location, cause, water category, duration of exposure or complete affected scope.

Operational continuity — confirmed project fact

SDM project record: The fire station remained operational throughout the entire mitigation process, and its service area was not impacted by SDM's mitigation work.

This is presented as a confirmed fact about this project—not as a guarantee that every occupied commercial, institutional or municipal loss can be mitigated without operational interruption. Continuity planning depends on the incident, hazards, building systems, affected areas and decisions of the responsible facility operators and authorities.

Context and selective access

Opened wall assembly in a municipal fire station with fire apparatus visible in the adjacent bay — FC002-E01Operating fire-station context with selective access exposing framing and concealed wall conditions.

Temporary barrier at a fire station work-area entrance — FC002-E07Controlled work-area entry and temporary separation at the facility.

Screen, verify, inspect

Thermal screening can identify temperature differences that warrant further investigation. The images are not labeled as moisture solely because a cool pattern appears.

Thermal camera screening an opened fire-station wall assembly — FC002-E02Thermal screening documented during the investigation. The pattern is a temperature anomaly, not standalone proof of moisture.

Moisture meter reading taken directly at exposed wood framing — FC002-E03Location-specific material reading at exposed framing after selective access.

Protect the occupied environment

Protected corridor with temporary plastic and taped floor edge in fire station — FC002-E08Temporary surface protection and controlled pathway adjacent to the active work area.

Drying-system setup and monitoring

Multiple air movers and dehumidification equipment positioned along an exposed wall assembly — FC002-E06Drying-system layout documented across the opened assembly.

Temperature humidity and dew point meter reading during mitigation — FC002-E04Ambient temperature, relative humidity and dew-point conditions recorded during active mitigation.

Dehumidifier inlet and outlet conditions displayed on equipment screen — FC002-E05Equipment inlet/outlet conditions preserved as part of drying-performance documentation.

What this case demonstrates

Observed: fire-station context, selective wall openings, exposed wood framing, thermal-camera displays, location-specific meter readings, temporary barriers/protection, air movers, dehumidification equipment, psychrometric and equipment performance displays.

Confirmed project record: the station remained operational throughout mitigation, and its service area was not impacted by SDM's mitigation work.

SDM interpretation: screening leads to verification; selective access creates visibility into concealed assemblies; adjacent areas are protected; drying conditions are monitored rather than assumed.

Not established by the photographs alone: source/cause, water category, full affected footprint, structural adequacy, code compliance, final drying goal, final material disposition or insurance scope.

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Municipal Fire Station Water Loss