Case Study: Daybreak Founders Park South Jordan October Washing Machine Hose Response

Documentation of a Category 2 washing machine hose failure response in Daybreak Founders Park village, South Jordan, illustrating prompt truck-mount extraction response for substantial standing water scope in Daybreak’s central village configuration. Property is a mid-2010s Daybreak Founders Park single-family two-story residential property with main-floor laundry area configuration adjacent to garage entry and mudroom. Event occurred on an October Saturday morning at approximately 10:14 AM during washing machine cycle when the hot water supply hose experienced sudden burst failure at the connection to washing machine, producing substantial pressurized water release into laundry area with cascade extending through mudroom and adjacent hallway. Property owner was in adjacent kitchen and identified event within approximately 4 minutes of onset, isolating water at both washing machine supply valves and main water shutoff for additional protection. Documented outcome: Category 2 grey water response scope covering 340 square feet across laundry area, mudroom, and adjacent hallway with IICRC S500 protocols, elevation-adjusted equipment deployment for Daybreak Founders Park’s approximately 4,530-foot elevation (15% capacity reduction), prompt 45-minute truck-mount extraction of standing water, comprehensive antimicrobial application, 5-day drying phase and reconstruction, total scope $10,600 completing over 6-day response timeline.

Property and Event Characteristics

Property Characteristics

• Village: Daybreak Founders Park, South Jordan, UT (central Daybreak village)
• Property type: Single-family two-story residential (Daybreak master-planned community)
• Construction era: Mid-2010s
• Floor plan: Contemporary two-story with main-floor laundry area adjacent to garage entry and mudroom; open kitchen and family room; upstairs bedroom configuration
• Washing machine configuration: Standard main-floor front-load washing machine with hot and cold supply hoses connecting to standard supply valves
• Washing machine age: Approximately 8 years old (approaching typical 10–12 year service life)
• Supply hose age: Original washing machine installation (approximately 8 years)
• Elevation: Approximately 4,530 feet at this specific Daybreak Founders Park location

Event Characteristics

• Date: October Saturday morning
• Time of failure: Approximately 10:10 AM (during active washing machine cycle)
• Source: Hot water supply hose sudden burst failure at connection to washing machine producing continuous pressurized water release
• Failure mechanism: Standard rubber washing machine supply hose age-related deterioration; connection stress combined with hot water thermal cycling producing sudden burst failure at washing machine connection point
• Duration before isolation: Approximately 4 minutes from onset to property owner isolation
• Category classification: Category 2 grey water (washing machine wastewater potential contact during cycle; supply hose to appliance intake but washing machine cycle in progress with wastewater potential)
• Estimated water volume: Approximately 35–60 gallons total from continuous pressurized supply flow during 4-minute exposure

Scope Extent

• Total affected area: Approximately 340 square feet
• Laundry area tile flooring: Approximately 85 square feet with substantial standing water and grout saturation
• Adjacent mudroom: Approximately 95 square feet tile flooring with substantial spread saturation
• Adjacent hallway: Approximately 145 square feet hardwood with cascade spread and moderate saturation
• Washing machine area and laundry cabinets: Approximately 15 square feet cabinet floor area

Response Timeline

Emergency Response (10:18 AM – 10:53 AM)

• 10:14 AM: Property owner isolated water at washing machine supply valves and main water shutoff
• 10:18 AM: Property owner contacted Pure Flow emergency line describing washing machine supply hose burst
• 10:22 AM: Emergency dispatch initiated with truck-mount extraction and substantial standing water response equipment
• 10:53 AM: Response team arrival (35 minutes reflecting favorable South Jordan Saturday morning travel from Riverton HQ to central Daybreak Founders Park location)

Initial Assessment (10:53 AM – 11:20 AM)

• Assessment of laundry, mudroom, and adjacent hallway scope
• Category 2 classification confirmed given washing machine wastewater potential contact during cycle
• Substantial standing water requiring prompt truck-mount extraction
• Elevation-adjusted equipment planning for Daybreak Founders Park 4,530-foot location
• Scope development including truck-mount extraction, comprehensive antimicrobial application, and reconstruction

Truck-Mount Extraction Phase (11:20 AM – 12:05 PM)

• Prompt 45-minute truck-mount extraction: Substantial standing water removal from laundry area tile, mudroom tile, and hallway hardwood
• High-capacity extraction: Truck-mount extraction rated at 400+ gallons per hour supported prompt scope containment
• Detail extraction: Cabinet floor areas, mudroom corners, hallway transition zones
• Extraction supports subsequent drying phase efficiency: Substantial water removal reduces subsequent drying phase timeline

Washing Machine Access and Supply Hose Assessment (12:05 PM – 12:45 PM)

• Washing machine movement supporting complete access to affected area behind and beneath
• Supply hose inspection confirming hot water hose burst failure
• Cold water supply hose age assessment identifying replacement recommendation
• Cabinet floor assessment identifying limited saturation
• Supply hose replacement coordinated for property owner completion during response

Antimicrobial Application and Setup (12:45 PM – 2:15 PM)

• Comprehensive antimicrobial application across affected surfaces given Category 2 classification
• Benefect Decon 30 (EPA List N registered) applied across laundry, mudroom, and hallway
• Extended contact time supporting effective antimicrobial action
• Adjacent surface antimicrobial application including baseboards and lower wall areas

Drying Phase Setup (2:15 PM – 3:30 PM)

• Equipment deployment (elevation-adjusted for 4,530 ft; 15% capacity reduction): 4 LGR dehumidifiers with 8 axial air movers
• Equipment specifications: 2 Phoenix R200 LGR (approximately 170 pints/day adjusted combined), 2 Phoenix R150 LGR (128 pints/day adjusted combined); total 298 pints/day adjusted
• Air movement: 8 Phoenix Air Circulator axial air movers positioned across laundry, mudroom, hallway, cabinet interior
• Hardwood salvage assessment: Hallway hardwood assessment for salvage-attempted approach given moderate saturation

Drying Phase (Days 2–5)

• Day 2: Hardwood monitoring; supply hose replacement completed by property owner with braided stainless steel replacements for both hot and cold supply hoses
• Days 3–4: Progressive moisture reduction across all affected areas
• Day 5: Hardwood salvage confirmed for approximately 90% of affected hallway hardwood; target moisture verified; drying phase complete

Reconstruction Phase (Day 6)

• Approximately 15 sq ft hardwood replacement in concentrated saturation area of hallway transition
• Adjacent hardwood refinishing coordination for appearance consistency
• Laundry tile and mudroom tile grout cleaning and sealing
• Cabinet interior cleaning and reassembly
• Washing machine reinstallation with replaced supply hoses
• Baseboard reinstallation and paint touch-up
• Final cleaning completing response

Equipment Deployment Detail

Truck-Mount Extraction (Key Response Element)

• Truck-mount extraction unit: High-capacity extraction rated at 400+ gallons per hour
• Extraction time: Approximately 45 minutes for substantial standing water removal across 340 sq ft scope
• Extraction benefits: Prompt standing water removal reduces water penetration into porous materials, reduces drying phase timeline, supports salvage-favorable conditions for hardwood, reduces Category classification progression risk
• Detail extraction: Following truck-mount for cabinet, corner, and transition areas

Dehumidification (Elevation-Adjusted for 4,530 ft)

Daybreak Founders Park’s approximately 4,530-foot elevation produces approximately 15% dehumidifier capacity reduction:

• 2 Phoenix R200 LGR: Adjusted to approximately 170 pints/day combined
• 2 Phoenix R150 LGR: Adjusted to approximately 128 pints/day combined
• Total dehumidification capacity: Approximately 298 pints/day adjusted for 340 sq ft scope

Air Movement

• 8 Phoenix Air Circulator axial air movers: Positioned across laundry (2 units), mudroom (2 units), hallway hardwood (3 units), cabinet interior (1 unit)

Assessment Equipment

• Moisture meter: Delmhorst BD-2100 for hardwood and framing measurement
• Non-invasive moisture meter: Wagner MMC220 for hardwood assessment
• Thermal imaging: FLIR C5 for wall assembly and adjacent area assessment

Antimicrobial Application

• Benefect Decon 30 (EPA List N registered) comprehensive Category 2 application
• Extended contact time for effective antimicrobial action
• Multiple application cycles supporting comprehensive coverage

Technical Decisions

Prompt Truck-Mount Extraction Priority

• Substantial standing water scope required prompt truck-mount extraction as first response priority
• 45-minute extraction phase substantially reduced total scope water volume in porous materials
• Prompt extraction supports subsequent drying phase efficiency and salvage-favorable conditions
• Truck-mount capacity essential for substantial scope; smaller extraction units would extend extraction phase significantly

Category 2 Classification for Washing Machine Failure

• Washing machine failures often produce Category 2 classification given wastewater potential during cycle
• Supply hose failure during cycle involves wastewater potential contact even for supply-side source
• Category 2 protocols include comprehensive antimicrobial application and porous material assessment
• Category 2 scope value typically 20–40% higher per-sq-ft than Category 1 reflecting protocol complexity

Hallway Hardwood Salvage Success

• Prompt truck-mount extraction supported hardwood salvage-attempted approach despite Category 2 classification
• Salvage success 90% for hallway hardwood reflects favorable combination of prompt response, truck-mount extraction, and specialty drying monitoring
• Category 2 hardwood salvage typically 40–60% success rate; 90% here reflects exceptional prompt response conditions

Standard Rubber Supply Hose Failure Pattern

• Standard rubber washing machine supply hoses have documented failure rates from age-related deterioration
• Hot water supply hose particularly vulnerable given thermal cycling stress
• Rubber supply hose typical service life 5–7 years; original 8-year hose exceeded typical service life
• Braided stainless steel replacement substantially more reliable

Braided Stainless Steel Replacement

• Both hot and cold water supply hoses replaced with braided stainless steel during response
• Property owner completed replacement given straightforward DIY nature
• Replacement cost approximately $30–$60 for pair of braided stainless steel supply hoses
• Substantial reliability improvement over original rubber supply hoses

Insurance Coordination

• Sudden and accidental washing machine supply hose burst failure covered under standard homeowners insurance policy
• Category 2 scope typically fully covered with prompt response documentation
• Supply hose replacement typically not covered under standard policy; direct property owner responsibility
• Response scope including truck-mount extraction, drying phase, and reconstruction covered

Outcome Summary

Timeline

• Emergency response to arrival: 35 minutes (favorable Saturday morning South Jordan travel)
• Arrival to drying phase active: Approximately 4.5 hours (extraction, washing machine access, antimicrobial, equipment setup)
• Truck-mount extraction phase: 45 minutes (prompt substantial water removal)
• Drying phase: 4 days (Days 2–5)
• Reconstruction phase: 1 day
• Total scope timeline: Approximately 6 days from event to pre-loss condition restoration

Scope Value

• Total scope: $10,600
• Categories included: Emergency dispatch, truck-mount extraction (45-min substantial extraction), washing machine access, comprehensive Category 2 antimicrobial application, drying phase equipment and monitoring (elevation-adjusted for 4,530 ft), reconstruction (hardwood replacement 15 sq ft, grout cleaning, cabinet interior, washing machine reinstallation, baseboard, paint touch-up)
• Insurance coverage: Complete response scope covered under standard homeowners policy with applicable deductible
• Supply hose replacement: Approximately $50 direct property owner DIY (braided stainless steel replacements)
• Scope value per square foot: Approximately $31 per sq ft reflecting Category 2 classification with substantial tile scope and hardwood salvage-attempted approach

Client Outcome

• Complete restoration to pre-loss condition
• Successful hallway hardwood salvage for majority of affected hardwood (approximately 130 sq ft salvage; 15 sq ft replacement)
• Both washing machine supply hoses upgraded to braided stainless steel
• Property owner satisfaction with prompt truck-mount extraction response and comprehensive Category 2 scope resolution

Prevention Learning Applied

• Standard rubber washing machine supply hoses have limited service life and should be replaced every 5–7 years
• Hot water supply hoses particularly vulnerable to thermal cycling stress
• Braided stainless steel supply hoses substantially more reliable
• Automatic water shutoff valve with leak detection integration provides comprehensive protection for washing machine failures
• Property owner familiarity with washing machine supply valves supports prompt isolation

Related Content

• All Case Studies — complete case study documentation.
• South Jordan Location Overview — complete South Jordan coverage.
• Water Extraction South Jordan — complete extraction scope.
• Water Extraction Methodology — comprehensive methodology.
• Grey Water (Category 2) — Category 2 classification.
• Daybreak Eastlake Case Study — related Daybreak scope.
• Contact Us — complete contact information.

Frequently Asked Questions

Why is truck-mount extraction faster than portable extraction?

Truck-mount extraction equipment has substantially higher capacity than portable extraction units, supporting faster substantial water removal for larger scope events. Truck-mount extraction characteristics: truck-mounted extraction units typically rated at 400–800+ gallons per hour extraction capacity; extraction unit powered by truck engine or dedicated engine supporting substantial vacuum power; large-capacity waste tank supporting continuous extraction without frequent emptying; extraction hose systems supporting flexible positioning across property scope; heated water extraction capability for certain scope types. Portable extraction characteristics: portable extraction units typically rated at 40–150 gallons per hour extraction capacity; battery or electric-powered supporting standard property outlet operation; smaller waste tank requiring more frequent emptying during extended extraction; hose systems typically shorter than truck-mount supporting closer positioning requirements. Capacity comparison for scope: 340 sq ft substantial standing water scope; truck-mount extraction at 45 minutes for complete extraction; equivalent portable extraction would require 3–6+ hours for equivalent extraction; extended portable extraction extends total response timeline substantially. Response phase implications: prompt extraction supports subsequent drying phase efficiency; delayed extraction allows continued water penetration into porous materials; delayed extraction supports Category classification progression (Category 1 to Category 2); prompt truck-mount extraction reduces total scope value through subsequent phase efficiency. Truck-mount deployment considerations: truck-mount extraction unit requires vehicle positioning near property with appropriate access; residential neighborhoods typically support truck-mount positioning; extraction hose systems support flexible positioning even with truck-mount vehicle at street; specialty extraction scenarios (multi-floor, extensive properties) may require portable extraction supplementation. Cost implications: truck-mount extraction included in standard response scope for appropriate scope size; scope value reflects truck-mount capability and equipment investment; portable-only extraction may have marginally lower response cost but produce larger total scope value through extended timeline. Pure Flow response capability: Pure Flow deploys truck-mount extraction as standard for appropriate scope size; portable extraction supplement for detail work and specialty scenarios; combined extraction approach supports optimal scope resolution. For this Daybreak Founders Park response: substantial 340 sq ft standing water scope supported truck-mount extraction priority; 45-minute prompt extraction reduced water penetration and supported hardwood salvage success; total response timeline 6 days versus 8–10+ days if portable extraction only.

Why are washing machine hoses Category 2 rather than Category 1?

Washing machine failures during operating cycle often produce Category 2 classification given wastewater potential contact even when supply hose is the failure source, though specific scenario characteristics determine final classification. Washing machine failure scenarios: supply hose failure during idle (Category 1 clean water); supply hose failure during operating cycle (Category 2 potential given wastewater contact); drain hose failure (Category 2 grey water from wastewater); washing machine internal failure with wastewater release (Category 2 or Category 3 depending on wastewater characteristics); combined failures with multiple source types. Category classification factors: water source characteristics (clean municipal supply versus wastewater); mixing potential with wastewater during scope development; contamination potential from source characteristics; substrate contact patterns during scope development. Cycle-in-progress considerations: washing machine operating cycle includes fill, wash, and drain phases with varying water source characteristics; cycle-in-progress supply hose failure may involve mixing with cycle wastewater during scope; wastewater potential contact during scope development supports Category 2 classification; conservative classification approach supports appropriate response protocols. Assessment considerations: IICRC-certified technician assessment during initial response supports appropriate classification; assessment includes source characteristics, timing of failure relative to cycle, mixing potential, and substrate contact patterns; documentation supports insurance coordination and scope development. Category 2 response protocols: comprehensive antimicrobial application across affected surfaces; porous material assessment for salvage versus removal; extended drying monitoring supporting complete drying; specialty equipment as appropriate for scope characteristics; regulated waste consideration for materials requiring removal. Category 2 scope value: typical Category 2 scope value 20–40% higher per sq ft than equivalent Category 1 scope; increased value reflects comprehensive protocols and specialty considerations; insurance coverage typically fully supports Category 2 response for covered scope. Prompt response benefits: prompt response supports optimal Category 2 scope resolution; delayed response may support Category 3 reclassification with substantially higher scope value; comprehensive Category 2 response prevents scope development and secondary issues. Prevention specific to washing machines: braided stainless steel supply hose replacement providing supply hose reliability; leak detection sensor placement supporting early notification; automatic water shutoff valve providing failure isolation; drain hose inspection and replacement schedule; washing machine periodic maintenance supporting component longevity. Insurance considerations: Category 2 washing machine failures typically covered under standard homeowners insurance; sudden and accidental component failures covered; extended-exposure or gradual failures may have coverage limitations; policy review supports coverage understanding.

How often should I replace washing machine supply hoses?

Washing machine supply hoses should be replaced every 5–7 years for standard rubber hoses or every 10–15 years for braided stainless steel hoses, with proactive replacement recommended given failure scope potential. Supply hose service life: standard rubber washing machine supply hoses typical service life 3–7 years; braided stainless steel supply hoses typical service life 10–15 years; extreme temperature exposure or hard water may reduce service life; original manufacturer supply hoses may have specific service life recommendations. Failure risk factors: age-related deterioration is primary failure factor for rubber supply hoses; thermal cycling stress from hot water use affects hot water supply hose particularly; connection stress from washing machine movement during operation; hard water mineral deposit accumulation at connections; freezing exposure for garage or unheated space installations; UV exposure for supply hoses with sun exposure. Warning indicators: supply hose bulging, blistering, or physical deformation; visible cracks, tears, or wear at connection points or along supply hose length; corrosion or mineral deposit accumulation at connection points; visible moisture around connection points suggesting slow leak; hose flexibility changes (stiffness, brittleness); connection point looseness or leakage. Replacement approach: replace both hot and cold supply hoses simultaneously supporting consistent reliability; replace with braided stainless steel providing substantially longer service life; consider ball valve shutoff installation with replacement supporting easier isolation; installation typically DIY appropriate for many property owners. Replacement cost: rubber supply hose pair typical $10–$25; braided stainless steel supply hose pair typical $25–$60; installation typically 15–30 minutes for DIY replacement; installation should confirm proper thread engagement and modest tightening. Preventive replacement timing: replace during washing machine purchase or replacement; replace during property purchase or major renovation; replace upon identification of any warning indicators; replace during other laundry area work; annual visual inspection during property maintenance. Combined prevention: supply hose replacement + leak detection sensor + automatic shutoff valve provides comprehensive protection; typical combined prevention cost $200–$800 depending on scope; cost/benefit strongly favors prevention given typical washing machine scope value $5,000–$25,000+. Property owner familiarity: awareness of supply hose age and condition; annual visual inspection during property maintenance; understanding of failure warning indicators; proactive replacement scheduling for peace of mind. For this Daybreak Founders Park property: original rubber supply hoses replaced with braided stainless steel during response; both hot and cold supply hoses replaced simultaneously; property owner scheduled comprehensive water supply line assessment throughout property; combined prevention approach substantially reduces future scope potential.

Does prompt extraction really reduce total scope value?

Yes, prompt extraction substantially reduces total scope value by limiting water penetration into porous materials, reducing subsequent drying phase timeline, and supporting salvage-favorable conditions across scope. Water penetration factors: standing water on tile flooring penetrates grout progressively over time; standing water on hardwood penetrates finish and substrate progressively; standing water in porous materials (drywall, insulation, carpet) increases moisture content with continued exposure; substrate saturation supports mold germination and material damage. Time-dependent penetration: initial 30–60 minutes of exposure have limited penetration into most surfaces; 1–3 hours of exposure produces substantial grout, hardwood finish, and lower drywall penetration; 3–12 hours of exposure produces substantial substrate saturation with limited salvage potential; 12–72 hours of exposure produces material damage and salvage limitations; 72+ hours exposure produces Category 2 reclassification and substantial material damage. Prompt extraction benefits: limits water penetration into porous materials supporting salvage; reduces subsequent drying phase timeline; supports Category 1 or Category 2 maintenance rather than progression; supports hardwood, cabinet, and other porous material salvage; reduces reconstruction scope through material preservation. Scope value implications: prompt extraction (within 60 minutes) supports scope value 30–50% lower than delayed extraction (4–8+ hours); delayed extraction supports substantial material replacement rather than salvage; extended delay supports Category classification progression with additional 20–100% scope value; combined delay effects can double or triple total scope value. Drying phase efficiency: prompt extraction supports 3–5 day drying phase typical; delayed extraction supports 5–10+ day drying phase; extended drying phase adds equipment monitoring cost, extends property owner inconvenience, and supports secondary issues. Reconstruction scope reduction: prompt extraction supports material salvage reducing reconstruction scope; delayed extraction supports substantial material replacement adding reconstruction scope; typical prompt-extraction versus delayed-extraction reconstruction difference $2,000–$8,000+ for equivalent scope. Total scope value comparison: prompt extraction scope value baseline; equivalent delayed extraction scope 40–100% higher total value; extended delay scope 100–200% higher total value; scope value multiplier reflects material damage and protocol complexity progression. Response timing recommendations: contact restoration response immediately upon scope discovery; property owner temporary containment (water isolation, containment barrier positioning) supports prompt response; do not attempt property owner extraction with inadequate equipment; professional response supports optimal scope resolution. For this Daybreak Founders Park response: prompt 35-minute response with 45-minute truck-mount extraction supported substantial hardwood salvage (90% success rate for hallway hardwood); estimated scope value 40–60% lower than equivalent delayed-response scope; total scope value $10,600 versus estimated $14,000–$18,000 for delayed equivalent.

Should I install an automatic water shutoff valve at my washing machine?

Yes, automatic water shutoff valve installation at washing machine provides substantial scope prevention for washing machine failures, with strong cost/benefit given failure scope potential. Automatic water shutoff valve function: sensor-triggered shutoff of water supply to washing machine (or whole-property) upon leak detection; integration with leak detection sensors supporting comprehensive monitoring; manual override capability for maintenance and testing; battery backup supporting operation during power outages; smart home integration supporting mobile notification and remote control. Sensor placement for washing machine: leak detection sensor at floor level under washing machine capturing supply hose, drain hose, or washing machine failures; secondary sensor placement adjacent to washing machine capturing cascade scenarios; sensor placement supporting quick trigger response for detected leaks. Shutoff options: washing machine-specific shutoff valve isolating washing machine supply only (typical $150–$400 installed); whole-property automatic shutoff valve isolating entire property supply (typical $300–$800 installed); zone-based shutoff valve isolating specific supply lines (typical $500–$1,500 installed for multiple zones). Automatic response benefits: prompt automatic shutoff typically within 30 seconds of leak detection; substantially reduces total water release volume for detected failures; supports substantial scope value reduction for detected scope; prevents extended-exposure scope development during property owner absence. Cost/benefit analysis: washing machine automatic shutoff typical cost $150–$400 installed; typical washing machine failure scope $5,000–$25,000+; cost/benefit strongly favors installation particularly for elevated risk conditions (aging washing machine, aging supply hoses, extended absence patterns). Installation considerations: professional installation typically recommended for shutoff valve installation given plumbing modification; sensor placement configuration during installation; smart home integration configuration if applicable; annual testing and maintenance supporting reliable operation. Complementary prevention: supply hose replacement with braided stainless steel; drain hose inspection and replacement schedule; washing machine periodic maintenance; leak detection sensor coverage across multiple water-risk locations; property owner familiarity with manual shutoff locations. Property owner familiarity: manual override procedures for maintenance; sensor testing procedures typically annual; battery replacement schedule for battery-powered components; smart home integration monitoring if applicable. Insurance considerations: some carriers offer discounts for automatic water shutoff installation; documentation of installation supports insurance discussion; installation demonstrates prevention approach potentially reducing premium in some markets. Extended vacancy considerations: automatic shutoff particularly valuable for extended vacancy scenarios where property owner cannot promptly respond to failures; combined with property monitoring supports comprehensive vacancy protection. For this Daybreak Founders Park property: property owner discussion regarding automatic water shutoff installation for washing machine; comprehensive prevention including supply hose upgrade, sensor installation, and shutoff valve consideration; combined approach substantially reduces future scope potential.

---

Contact Pure Flow Water Damage & Restoration — Daybreak Founders Park South Jordan Case Study Reference

Comprehensive water damage restoration for South Jordan including Daybreak master-planned community Founders Park central village. 24/7 emergency response with truck-mount extraction capability rated at 400+ gallons per hour supporting prompt substantial standing water removal. Category 2 grey water response protocols including comprehensive antimicrobial application with EPA List N registered products. Elevation-adjusted equipment deployment reflecting South Jordan’s approximately 4,400 to 4,600 foot elevation range (14 to 15% dehumidifier capacity reduction). IICRC S500 water damage restoration and S520 mold remediation certification.

• Emergency Line (24/7): (385) 289-3753
• Address: 5069 13400 S #400, Riverton, UT 84096
• Email: info@pureflowwaterdamagerestoration.xyz
• Utah DOPL Contractor License: #13845621-5501 (S220 Small Commercial & Residential)
• IICRC Certifications: WRT, ASD, AMRT, FSRT

Contact Us →

Office Hours

• Emergency Service: 24 hours a day, 7 days a week
• Office Staff: Monday – Saturday, 9:00 AM – 5:00 PM
• Closed: Sundays and State/Federal Holidays (emergency line always active)