Structural Drying and Moisture Monitoring in Eagle, ID
Air movers and LGR dehumidifiers sized by calculation, daily moisture readings at marked points, and a psychrometric log on every job. IICRC S500.
- 24/7 emergency response
- IICRC certified · RCE-67387
- Locally owned · 10 years
A person answers 24 hours a day
Dispatching to Eagle within about 90 minutes.
Call Now: (208) 391-5248Arrival windows are estimates from our South Nampa dispatch, not guarantees. Call and we’ll give you a real time for your address.
What the work involves
The actual scope, in the order it matters. If a step is missing from someone’s bid, ask them why.
- Calculate the drying system against affected square footage, class of loss, and material type, not one fan per room.
- Set air movers for surface evaporation and LGR dehumidifiers to remove the water that evaporation puts into the air.
- Use specialty equipment where standard airflow will not reach: hardwood mat systems, wall cavity injection, and negative pressure under floor assemblies.
- Take daily readings at the same marked points and log temperature, relative humidity, GPP, and material moisture content.
- Demobilize on the dry standard: wet materials reading the same as unaffected materials of the same type in the same building.
There is a point where equipment stops being the answer. Carpet pad that has been wet for days, hardwood that has crowned or opened at the seams after weeks, wet fibrous insulation: none of those come back, and running a week of air movers on them is a week of billing with a replacement at the end of it anyway. We will tell you to replace instead.
A person answers 24 hours a day.
Your job page
Every job gets a private page you can open from your phone. What we found, what’s running, and what happens next, updated as we work rather than when you call to ask. Documented while it happens, not after.
1,300+ moisture readings documented this year, across 38,000+ square feet of structural drying.
- Job page
- Your private link: status in plain language, photos, documents, and the next step on the schedule.
- Readings
- Wood, drywall and subfloor metered at the same marked points every day, with temperature, relative humidity and grains per pound logged beside each one. Day one to demobilization, on a sheet you can read.
- Photos
- Numbered and dated, tied to the job record, the same set your adjuster gets.
- Paper trail
- A written scope and estimate in the format adjusters and property managers expect, handed over with the complete file.
What we see in Eagle
Field notes on Eagle: the housing stock, where the water comes from, and what that means for this work.
Eagle has more finished basements than anywhere else we work. A main-floor supply failure ends up in a finished lower level: carpet, pad, base trim, drywall and cabinetry. Containment goes up, and every affected material gets metered, photographed and logged.
The Boise River splits into north and south channels around Eagle Island. Homes along both channels and through the Two Rivers and Banbury area sit on river gravel with a shallow water table, and both spring runoff and irrigation season show up in sump pits and crawlspaces.
The custom builds in the foothills north of town run multi-zone HVAC, hydronic loops and more than one water heater. More mechanical means more failure points, and those losses are found late because the mechanical rooms are in parts of the house nobody walks through.
High-value finishes are the real constraint here: hardwood, stone, built-ins, wine storage. Protecting them means more equipment, tighter chamber control and daily moisture readings rather than setting fans and leaving.
Working across:Eagle Island, Banbury, Two Rivers, Legacy
Questions we get
Straight answers, including the ones that occasionally talk someone out of hiring us.
How is this different from renting fans and a dehumidifier?
Air movers evaporate water off surfaces into the air. If nothing removes it from the air, you have relocated the moisture into wall cavities and other rooms. A rental dehumidifier is a refrigerant unit that loses efficiency as the air dries out, which is exactly when you need it most. LGR units keep pulling at low grain levels, and the two have to be balanced against each other by calculation.
How do you know when it is actually dry?
We establish a dry standard by reading unaffected materials of the same type elsewhere in the building, then dry the wet materials to that number. It is a measurement, not a duration. If a material is not moving between daily readings, the equipment configuration changes rather than the job simply running longer.
Can hardwood be dried without pulling it up?
Frequently, yes, if it is caught early. A mat system pulls moisture directly through the face of the boards under negative pressure. Cupped boards often flatten as they dry, and sanding, if it is needed at all, waits until the moisture content has stabilized. Boards that have crowned or separated at the seams after weeks of wetness are usually past saving.