Restoration services in the Treasure Valley
Residential and commercial, emergency and scheduled. IICRC certified, licensed and insured, and someone answers the phone 24 hours a day.
- 24/7 emergency response
- IICRC certified · RCE-67387
- Locally owned · 10 years
The whole schedule
Sixteen services, one discipline.
Almost everything we restore started as water. Mold is water that sat for two days. A fire loss is soot plus the water the hoses left. Storm damage is water taking a new way in. Even the crawlspace work is water coming up from the ground instead of out of a pipe. Find the water, dry it, prove it dried, every service below is that discipline applied to a different situation.
Crawlspaces and attics
The two places nobody looks, and a large share of what we get called for starts in one of them. Neither gets checked until something is already wrong. We wrote down what we know about both.
- IICRC S520 mold remediation, both spaces
- Crawlspace and attic are part of every Full Inspection
- We coordinate with roofers on the roof itself. We do not replace roofs.
What we get called for most
The four emergency lines. Each page walks through the scope, the process step by step, and what it looks like in your city.
Not sure which of these you need? Call and describe it.
The rest of what we do
The work that surrounds a loss, or prevents the next one. Same crews, same documentation, scheduled instead of dispatched.
Why the equipment sits where it sits
Every fan and every duct on a job is placed for a reason, and the reason is usually pressure. This is a whole-house drying setup drawn the way we plan one: crawlspace contained and run as its own chamber, air scrubbed and exhausted outside, warm house air pulled down through the wet framing. Ten decisions, numbered below.
01
The crawlspace gets bubbled
Vents blocked, rim joist sealed, the access opening barriered with poly and a zipper. The crawl stops being part of the house and becomes its own chamber, held at lower pressure than the rooms above it.
Drying a crawlspace stirs up everything sitting on the ground and in the framing. Containment means that work happens inside a box we control, and the family upstairs never breathes any of it.
02
Ground moisture gets blocked first
Reinforced liner over the soil, seams lapped and taped, carried up the stem wall and sealed off at a termination bar, cut tight around every pier.
Bare dirt gives off water vapor every hour of every day, and under irrigated ground it never stops. Leave the soil open and the dehumidifier spends its whole run pulling moisture out of the earth instead of out of your framing. It will never catch up.
03
Negative air, set up top
The machine sits on the main floor at the crawl access, pulls air out of the containment through a HEPA filter, and pushes it outside the building. Nothing recirculates.
It lives up here because it will not fit down there, and because a filter nobody can reach is a filter nobody changes. Ducting the intake down through the access gets identical physics with a machine we can actually service and monitor.
04
The air leaves the building
Filtered air runs out through a sealed window blocker and terminates in open air, aimed away from doors, windows, and any fresh air intake.
Air that leaves has to leave for good. Dumping it into a garage, an attic, or back past an intake does not remove anything, it just relocates the problem to a room nobody is watching.
05
Warm house air gets pulled through
Because air is leaving the crawl, air has to come in behind it. It comes from the heated house, down through a controlled opening in the access barrier, and sweeps the full length of the crawl before it reaches the intake.
Warm air holds far more moisture than cold air, so warm air moving over wet wood strips water off it much faster. We pull makeup air from the conditioned house on purpose: outside air in irrigation season is often wetter than what we are removing. Running the furnace is part of the plan, not an accident.
06
Air movers do one job
Low profile movers set at a shallow angle to the wet framing, staggered down the length of the crawl and all pushing the same direction, toward the intake.
Wet wood holds a still layer of saturated air right against its surface, and evaporation stops until that layer is stripped off. Movers do the stripping. Point two of them at each other and you cancel both, which is why placement is a plan and not a scatter.
07
Dehumidification stays inside containment
A low grain refrigerant unit set inside the sealed crawl, taking the moisture the air movers put into the air and condensing it back into liquid water.
Air movers do not dry anything. They move water out of the wood and into the air, and if nothing removes it from the air it lands on the next cold surface it finds. The dehumidifier is the only machine in this drawing that actually takes water out, and it has to be inside the bubble to see the load.
08
Every gallon has an exit
Condensate is pumped from the dehumidifier out through the stem wall and discharged outside, well away from the foundation. The rest leaves as vapor in the scrubber exhaust.
Water does not disappear, it relocates. On a documented job we can point at the line it went out of and the daily readings that prove it left. That is the difference between a dried building and a building that smells fine for three weeks.
09
Negative is a number, not a feeling
A digital manometer reads the pressure difference across the containment boundary, held at roughly minus five pascals, and it gets logged like any other reading.
Negative air is a claim until somebody measures it. The number is the proof that air is moving down into the containment and not up into the living space. Ask any contractor for it. The good ones already have it written down.
10
The clean side stays clean
The main floor stays at reference pressure, higher than the crawl below it, so every imperfect seam in the barrier leaks the safe direction: down and in, never up and out.
A living space also gets dried differently. Up here we close the house, run the HVAC, and dry in a closed loop with the contents in place, because comfort and finishes matter. Down there the space is unfinished, dirty, and unoccupied, so it gets contained and run hard as a chamber. Same physics, different plan.
Full Inspection$279
The Full Inspection
If you don’t know what you’re dealing with, start with the inspection. A whole-house moisture and mold inspection: thermal imaging, moisture readings, crawlspace and attic checks, and a written report in your portal with next steps. Restoration companies don’t usually publish prices. We’d rather you know one before anyone drives anywhere.
If the visit turns into a covered claim, the fee goes on the estimate as the emergency service call, which is the carrier's line rather than yours.
Free is a different visit, not a smaller one. A tech comes to the one area you called about, meters it, reads the humidity in that room, and tells you what they find before leaving. Nothing in writing. The $279 visit is the whole house and the report.