Water on the floor does not wait for a remodel plan. A technician comes to the Austin property with extraction equipment, air movers, dehumidifiers, and moisture meters to stop the spread, remove what can be removed, and set up the drying work that protects the rooms around it.
Call (512) 566-1943Upfront pricing · No obligation · Local Hays County technician
Six boxes, about thirty seconds. You pick when to be called back, and that is when the phone rings.
Or call (512) 566-1943A wet floor is the visible part of the problem. The work is extraction, safe removal, controlled drying, and moisture checks until the affected materials are ready for repair.
Standing water and active leaks are handled as restoration work now: source control where safe, extraction, moisture checks, and equipment set where it will actually dry the affected materials.
A creek flood, a burst supply line, and a drain backup need different safety measures, different removal decisions, and often different insurance conversations. The work starts with identifying the source.
Dry-looking is not dry enough. Moisture meters check wall bases, flooring edges, cabinets, and structural materials through the drying process, so equipment is not removed by guesswork.
Work is scheduled across Austin and nearby Travis, Williamson, and Hays County communities, where creek flooding and indoor plumbing failures both put water inside finished spaces.
There is nothing to fill in. The work is quoted before any of it starts.
Say what released the water, when it started, which rooms it reached, and whether it came from inside plumbing, outside rainwater, or a drain backup. That routes the right equipment and safety approach.
The technician checks the water category, visible damage, and concealed moisture. You get a scope for extraction, containment, removal, equipment, and the drying checks before the agreed work begins.
Equipment runs until measured materials reach the drying target. Materials that cannot be safely dried or cleaned are removed first, so rebuilding does not trap moisture or contamination inside the room.
Illustrative photographs of the kinds of work described on this page. No specific Austin property is shown.
Every water event has a source, a contamination level, and a path through the building. Those details decide the equipment, the safety setup, and what can be saved.
Clean internal water, outdoor floodwater, and sewage each change the protective measures, cleaning process, and what porous material can stay. The source is established before a drying plan is chosen.
A kitchen leak can reach cabinet backing, adjacent walls, and the ceiling below. Readings around the visible edge show whether the work is a single-room extraction or a concealed-moisture job.
Sound drywall and structural wood may dry in place after clean water. Swollen composite cabinets, soaked padding, loose drywall seams, and wet insulation often cannot. Removal is targeted to what will not recover.
Quick extraction improves the chance of saving material. Once moisture has remained for a day or two, the mold-prevention window narrows and the scope can shift from drying alone to containment and removal.
These four situations cover most first calls after water gets into an Austin home or business. Each calls for a different first response, but every one needs the moisture behind the visible damage checked.
A supply line letting go, a washing machine hose, a refrigerator line, or an overflow puts water across a floor faster than towels can follow. Close the fixture stop valve or the house main if you can reach it safely. Stay out of water sitting near outlets or a plugged-in appliance, and photograph the source before any wet material leaves the room.
Water pushing into a lower level, crawlspace, or partly buried garage does not drain anywhere on its own. Cut power to that space if the panel, a sump, or a gas appliance is down there, get contents up off the floor, and keep the failed pump or split hose for the photographs. Concrete and block hold moisture long after the surface reads dry.
Waste backing into a tub, a drain, or across a bathroom floor is a contamination job first. Stop using every fixture that drains, keep people and pets out, and do not aim a household fan at it, which spreads droplets into clean rooms. Origin decides the handling, so a clear-looking backup from beyond a trap gets the same treatment.
Creek, street, or storm water that entered from outside is a flood loss, not a drying job with a bigger fan. Do not drive or wade through moving water to reach the property. Once access is safe and the water has stopped rising, photograph the water line on each wall and the exterior entry point before anything is discarded.
This is practical triage, not an on-site finding. The final scope follows a technician’s inspection of the source, materials, and measured moisture. Do not treat contaminated water or electrical hazards as a do-it-yourself test.
Checked against primary sources on 2026-08-30. Every claim below links to where it came from.
Austin Watershed Protection's FloodPro shows floodplain maps, storm-drain systems, models, and elevation certificates; the city says about 10% of Austin land lies in floodplain.
Why it matters: A restoration visit must separate outdoor flooding and drainage exposure from an internal plumbing failure, then document the source and affected areas before drying decisions are made.
Sources: austintexas.gov · austintexas.gov
During Austin's October 31, 2013 Halloween Flood, Onion Creek at US 183 reached a record 41 feet and rose 11 feet in 15 minutes; 659 homes in the Onion Creek neighborhood were damaged.
Why it matters: Flash-flood water can arrive and spread fast, so outdoor water is treated as potentially contaminated and removal, cleaning, containment, and drying begin as soon as access is safe.
Source: data.austintexas.gov
Austin Watershed Protection reports more than 9,000 buildings in the city's 100-year floodplain and more than 300 bridges subject to flooding.
Why it matters: Creek and floodplain exposure is a local reality. A clear record of where water entered helps distinguish flood damage from a burst pipe and guides safe restoration scope.
Source: austintexas.gov
Austin Water reports tap water hardness averaging 93 ppm as calcium carbonate, or 5.4 grains per gallon, with a reported range of 70 to 126 ppm. A USGS water-supply guide classifies 61 to 120 ppm as moderately hard and 121 to 180 ppm as hard, and says calcium and magnesium are largely responsible for deposits in hot-water heaters and pipes.
Why it matters: Scale builds inside tanks, valves and supply connections, so a water heater or fixture failure here is often the end of a slow mineral problem rather than a random event. That changes what gets inspected after the water is removed.
Sources: austintexas.gov · pubs.usgs.gov
The National Weather Service Austin/San Antonio office recorded pockets of one to two inches of combined sleet and freezing rain in parts of the Austin area on January 24 and 25, 2026, mainly in Travis and Williamson counties, with parts of the region staying below freezing for more than 48 hours. NOAA's climate office puts central Texas, Austin included, at six to nine consecutive days of freezing temperatures during the February 11 to 20, 2021 freeze.
Why it matters: Multi-day freezes are what split supply lines in attics, garages and exterior walls, and the damage usually appears at the thaw rather than during the cold. Freeze losses arrive in clusters, which is why documentation and a written scope matter on each address.
Sources: weather.gov · ncei.noaa.gov
The City of Austin describes the Waller Creek tunnel as roughly 5,600 feet long, 22 to 26 feet in diameter and sitting about 70 feet below the surface, carrying floodwater to Lady Bird Lake and cutting flood risk between 12th Street and the lake. Its second phase, The Confluence, started construction in spring 2023 and opens June 6, 2026.
Why it matters: Downtown flood risk has been re-engineered street by street, so an address's real exposure is not what a neighbor's flood story from a decade ago suggests. The source of water gets confirmed on site rather than assumed from the map.
Source: austintexas.gov
Austin Watershed Protection reports over 1,100 miles of smaller ditches and drainage pipes that move stormwater before it reaches a creek, and says storm drain systems may be undersized in neighborhoods built before drainage rules took effect in the early 1980s, as well as in annexed areas.
Why it matters: Water that backs up in a street and enters at a door sill is a drainage failure, not a plumbing failure, and the two are documented and claimed differently. Where the water entered is recorded before any wet material is removed.
Source: austintexas.gov
The Lower Colorado River Authority calls the Hill Country stretch of the Colorado River Flash Flood Alley and describes it as carrying one of the greatest flash flood risks in the country, driven by steep terrain, shallow soil and unusually high rainfall rates. Its Hydromet network feeds near-real-time readings from 275 automated weather and river gauges.
Why it matters: Rain upstream can put water in a building here with very little warning, so a storm loss is treated as potentially contaminated outdoor water from the first minute rather than as a large indoor spill.
Source: lcra.org
The source, not the amount of water, is the starting point. A sudden internal release — such as a burst pipe, broken washer hose, or toilet overflow — is commonly covered by Texas homeowner and renter policies, subject to the policy terms. Water that enters from outside after rain, creek overflow, or street flooding is flood damage, which most home policies do not cover without separate flood coverage. A long-term leak is another category and is often excluded. Do not relabel the event to make it fit a policy. Photograph the source, water line, and rooms, keep receipts, and ask the insurer how your actual policy applies. Restoration work still needs to start promptly: extraction, controlled removal, and drying are about preventing the building from getting worse, not deciding coverage.
There is no responsible one-number answer. A small clean-water spill on tile may take little more than extraction and a short drying period. A wet wall, carpeted room, cabinet run, or ceiling cavity can take several days because materials dry at different rates and moisture can travel under flooring or behind a baseboard. Air movers accelerate evaporation; dehumidifiers remove that moisture from the air. Equipment stays until meter readings show the affected materials are dry enough, not until the room stops feeling damp. The EPA recommends drying water-damaged areas and items within 24 to 48 hours to help prevent mold growth, but that is a prevention target, not a promise that all material can stay. Swollen drywall, soaked insulation, and contaminated porous material may need removal instead of more drying time.
Cleanliness of the water, how long it sat, and what the material is made of decide that. Clean water caught quickly may allow carpet, hardwood, sound drywall, framing, and some cabinets to be dried with extraction and measured equipment. Carpet padding, swollen particleboard, delaminated drywall, and saturated insulation are commonly removed because they do not dry reliably or regain their structure. With sewage or outdoor floodwater, porous materials that absorbed water are usually removed rather than treated as salvageable. Hard, non-porous surfaces can often be cleaned and dried. The scope should identify the source category, the materials that will remain, the materials that will be removed, where containment is needed, and the readings that will be used to decide when drying is complete.
Get the water source identified, the standing water removed, and the wet materials checked with real readings. If water is near electricity, came from a sewer, or is still entering from outside, stay clear of the area and arrange an urgent restoration visit.
Call (512) 566-1943Upfront pricing · No obligation · Local Hays County technician