Water Extraction in Lindon, Utah

Extraction is not one job. In a Lindon farmhouse from 1952, extraction means submersible pumps in a shallow crawlspace where standing water has been sitting on packed clay for eight hours. In a 1980s State Street rancher, extraction means truck-mounted removal from carpet-on-slab with weighted wands pressing pore water out of foam pad. In a post-2000 foothills walkout above 1600 East, extraction means engineered floor cavity access, PEX manifold isolation, and rapid movement of water across three vertical levels of finished living space before the second-floor source spreads laterally. Each of these is a different equipment load, a different sequence of operations, and a different documentation approach. Vault Mold Removal handles all three.

Response time from our Provo dispatch to a Lindon address averages 44 minutes daytime and 69 minutes overnight, measured over three years of loss records. On arrival the truck carries a full IICRC S500 loadout: truck-mounted extraction unit at 180 GPM and 15 inches of mercury vacuum, portable Hydro-Force Nautilus MX3-500 for stair-access and upper floors, weighted rover wands for carpet-and-pad extraction, 1/2 HP and 1 HP submersibles for basement and crawlspace depth, self-priming trash pumps for high-solids Category 3 losses, and manual squeegees for hard-surface work.

Extraction by Construction Type

Original Lindon farmhouses fail with water that behaves like an older home’s water. Balloon-framed walls let it travel vertically through wall cavities from a supply-line failure on an upper floor to the basement below in fifteen minutes. Plaster walls hold water for hours before it surfaces visibly — the plaster absorbs, then reaches saturation, then wets the room. Plank subfloors let water pool between planks and drip through to the space below in ways that solid tongue-and-groove doesn’t. We extract from these homes with a specific sequence: locate all surface water first, extract with truck-mount and weighted wands, then map wall cavity moisture with FLIR thermal and drilled ventilation ports, then extract any pooled cavity water with narrow-bore suction lines through the ports.

Mid-century tract housing on slab-on-grade extracts routinely — the water is where you can see it, carpet-and-pad extraction with weighted rovers pulls the second-pass pore water, and dehumidification handles slab moisture retention. The complication is that Lindon slab-on-grade construction from the 1970s often has 4-inch slab thickness with no vapor barrier below, which means slab moisture rises through the concrete more readily than in modern construction. We plan for that with earlier desiccant deployment when slab readings suggest below-slab water is contributing.

Foothills post-2000 construction extracts fastest because the water is visible on modern finishes, but the diagnostic complexity is highest — engineered I-joist webs saturate along the joist length, PEX manifold runs require isolation to identify source, and spray foam insulation traps water in wall cavities. We extract surface water first, then run thermal on every affected surface, then map cavity moisture and open ventilation ports before dehumidification begins.

Extraction Equipment We Deploy

Truck-mounted extraction (primary unit)

180 GPM, 15 inHg vacuum. Handles standing water down to 1/16 inch in a single pass on hard surfaces. Discharge to sanitary sewer under a temporary permit for Category 1; to on-site holding tanks for Category 2 and 3.

Portable extraction (Hydro-Force Nautilus MX3-500)

Secondary unit at 500 psi, 15 inHg. For upper floors, stair-access spaces, and content-in-place extraction where truck-mount cabling is impractical.

Weighted rover wands

Body-weight extraction tools that press pore water out of carpet, pad, and cove base. Second-pass extraction after primary standing-water removal.

Submersible pumps

1/2 HP and 1 HP submersibles for basement and crawlspace depth exceeding 4 inches, where truck-mount wand access is impractical.

Self-priming trash pumps

For high-solids Category 3 losses (sewage backflow) where standard pumps clog.

Manual squeegees and shop vacs

For hard-surface floors, garage bays, and residual water in tight spaces.

The First 30 Minutes On-Site

Documentation before manipulation. Photo series of source and affected materials, moisture reading log with grid coordinates, category assignment under IICRC S500, written scope of work delivered to homeowner. Then extraction — highest volume first, working from source outward to prevent tracking contaminated water into unaffected zones. Contents get inventoried and either extracted in place, moved to unaffected rooms, or flagged for pack-out. Nothing gets discarded without photographic documentation and homeowner authorization.

Where the Water Goes

Category 1 clean water discharges to sanitary sewer under coordination with the Lindon Public Works water and sewer division — we call in for temporary discharge authorization for high-volume extractions. Category 2 grey water and Category 3 black water go to on-site holding tanks on our extraction trucks and are transported to a permitted disposal facility. Under no circumstance does contaminated water discharge to storm drain, surface water, or unauthorized sanitary sewer. Discharge documentation is part of your restoration file.

Lindon Coverage Zones

Original Lindon Center

200 East to 400 East, 200 North to 400 North. Pre-1960 construction, crawlspaces, galvanized supply. Response: 44 min daytime.

Central Flats

State Street to 1200 East, 700 North to 400 South. Mid-century tract, slab-on-grade. Response: 42 min daytime.

Foothills East

1200 East and higher toward Timpanogos. Walkout basements, engineered floors. Response: 48 min daytime.

State Street / Commercial

I-15 corridor, Lindon Marketplace. Response: 44 min daytime.

Provo River Corridor / Agricultural

Western Lindon, outbuildings, well systems. Response: 55 min daytime.

Frequently Asked Questions

How much water can you extract, and how fast?

Truck-mounted units move 180 gallons per minute at 15 inches of mercury vacuum — approximately 10,800 gallons per hour of open water. Real-world extraction is slower because most losses involve carpet, pad, cove base, and cavity extraction rather than pure surface pumping. First-pass extraction on a typical 1,000-square-foot flooded Lindon basement runs 90 minutes to three hours depending on floor covering, access, and crawlspace involvement.

Do you have to remove the carpet, or can it be saved?

Depends on water category and pad type. Category 1 clean-water losses caught within 24 hours: carpet can usually be saved with in-place drying if the pad comes out (foam pads always come out, rebond pads sometimes stay if they’re less than three years old and the loss was contained). Category 2 grey water: carpet and pad both come out per IICRC S500 guidance. Category 3 black water: carpet, pad, and any porous underlayment come out and are not restored.

What if the water is in the crawlspace?

Crawlspace extraction uses submersible pumps for depth, then manual squeegee and shop-vac work for residual water. Saturated fiberglass insulation comes out — it can’t be dried in place and will grow mold within 48 hours. Ductwork exposed to Category 2 or 3 water gets interior cleaning under NADCA guidance or replacement, assessed board-by-board. Vapor barrier gets replaced if damaged or contaminated. We document all of this for the insurance file.

Will extraction damage my hardwood floors?

Extraction itself doesn’t damage hardwood — the water already there does. Solid hardwood over subfloor can often be saved if we’re on-site within 24 hours and can extract subfloor moisture before cupping or crowning becomes permanent. Engineered hardwood is more sensitive; the wear layer delaminates from the core once moisture reaches the glue line. We assess board-by-board and document what’s salvageable versus what needs replacement in the scope submitted to your adjuster.

How do you get water out of walls without tearing them apart?

Wall cavity water gets extracted through drilled ventilation ports at the base plate, then dried with directed air movement into the cavity. Baseboards come off first for inspection access — these can usually be reset. Actual drywall removal happens only when the material is unsalvageable (delaminated paper, structural saturation, or Category 2 or 3 contamination). In Lindon foothills homes with spray foam insulation, we typically have to remove affected foam sections to expose sheathing and framing to drying air — the foam gets replaced during reconstruction.

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Contact Vault Mold Removal

Phone: (385) 250-2825
Address: 1169 S 760 W, Provo, UT 84601
Hours: Monday–Saturday, 9:00 AM – 5:00 PM
Service Area: Lindon, Provo, Orem, Springville, Vineyard, Mapleton, and surrounding Utah County communities.