Case Study: SunCrest-Adjacent Herriman Freeze/Burst Hose Bib Supply Line Response

Documentation of a Category 1 freeze/burst hose bib supply line failure response in the highest-elevation area of Herriman adjacent to the SunCrest development, illustrating the most substantial elevation adjustment required within the Pure Flow service area (approximately 5,350 feet at this specific SunCrest-adjacent location, producing 18% dehumidifier capacity reduction versus sea-level specification). Property is an early-2010s SunCrest-adjacent Herriman single-family two-story residential property with exterior hose bib supply line running through main-floor kitchen exterior wall assembly. Event occurred on a February Wednesday morning at approximately 6:47 AM during a substantial cold snap event with sustained overnight temperatures below 5°F, when the hose bib supply line experienced freeze/burst failure in the exterior wall assembly. Property owner was awake preparing for morning routine and identified the event within approximately 15 minutes of onset through unusual water sounds and visible moisture appearing at kitchen exterior wall base. Documented outcome: Category 1 clean water response scope covering 250 square feet across main-floor kitchen, adjacent dining area, and adjacent pantry with IICRC S500 protocols, elevation-adjusted equipment deployment for SunCrest-adjacent Herriman’s approximately 5,350-foot elevation (18% capacity reduction), 7-day drying phase with hose bib supply line replacement and freeze-prevention modifications, total scope $8,600 completing over 7-day comprehensive response timeline.

Property and Event Characteristics

Property Characteristics

• Location: SunCrest-adjacent Herriman, UT (highest-elevation area of Herriman)
• Property type: Single-family two-story residential
• Construction era: Early-2010s
• Floor plan: Standard two-story with main-floor kitchen adjacent to dining area, pantry, and family room; upstairs bedroom configuration
• Hose bib configuration: Standard exterior hose bib supply line running through main-floor kitchen exterior wall assembly to exterior wall-mount hose bib
• Elevation: Approximately 5,350 feet at this specific SunCrest-adjacent Herriman location (Herriman ranges 4,900–5,300+ ft; SunCrest-adjacent areas among highest)
• Exposure characteristics: Elevated terrain with substantial cold-weather exposure including wind exposure at property location

Event Characteristics

• Date: February Wednesday early morning
• Cold snap: Sustained overnight temperatures below 5°F with substantial wind chill; multi-day cold snap event
• Time of failure: Approximately 6:32 AM (estimated from water usage records)
• Time of discovery: Approximately 6:47 AM (property owner morning routine)
• Duration of exposure: Approximately 15 minutes from estimated failure to property owner isolation at hose bib supply valve
• Source: Hose bib supply line freeze/burst failure in exterior wall assembly during sustained cold snap
• Failure mechanism: Water residual in hose bib supply line exposed to below-freezing conditions in exterior wall assembly; supply line freeze producing rupture; thaw during morning temperature rise produced continued water release through failure point
• Category classification: Category 1 clean water (municipal water supply source; prompt discovery)
• Estimated water volume: Approximately 35–55 gallons total from continuous supply flow during 15-minute exposure

Scope Extent

• Total affected area: Approximately 250 square feet
• Kitchen exterior wall base: Approximately 35 square feet including wall cavity, bottom-24-inch drywall, and adjacent framing
• Kitchen tile flooring: Approximately 95 square feet including grout saturation and adjacent wall base saturation
• Adjacent dining area: Approximately 75 square feet hardwood flooring with modest saturation from water spread
• Adjacent pantry: Approximately 45 square feet including shelving unit base and floor tile

Response Timeline

Emergency Response (6:50 AM – 7:52 AM)

• 6:47 AM: Property owner discovery through unusual water sounds and visible moisture
• 6:48 AM: Property owner isolated water at hose bib supply valve located in kitchen adjacent cabinet
• 6:50 AM: Property owner contacted Pure Flow 24/7 emergency line
• 6:55 AM: Emergency dispatch initiated with substantial extraction equipment plus freeze/burst response preparation
• 7:52 AM: Response team arrival (62 minutes reflecting SunCrest-adjacent Herriman elevated location travel from Riverton HQ with morning traffic during cold weather conditions)

Initial Assessment (7:52 AM – 8:45 AM)

• Assessment of kitchen exterior wall assembly, adjacent dining area, and pantry scope
• Category 1 classification confirmed based on clean water supply source with prompt discovery
• Freeze/burst source verification through wall cavity access at hose bib supply line location
• Exterior hose bib assessment confirming supply line rupture in exterior wall cavity
• Elevation-adjusted equipment planning for SunCrest-adjacent Herriman’s 5,350-foot location (18% capacity reduction)
• Freeze-prevention modification planning including hose bib replacement with freeze-resistant model

Extraction Phase (8:45 AM – 10:15 AM)

• Truck-mount extraction from kitchen tile flooring removing standing water
• Detail extraction from dining area hardwood and pantry tile
• Wall cavity extraction through targeted openings supporting cavity drying
• Grout saturation assessment for kitchen tile determining tile salvage-attempted approach

Wall Assembly Access and Hose Bib Replacement (10:15 AM – 12:30 PM)

• Bottom-24-inch drywall removal at kitchen exterior wall (approximately 12 linear feet) exposing wall cavity for drying access
• Kitchen cabinet toe kick removal supporting drying access
• Hose bib supply line replacement with freeze-resistant hose bib model coordinated with plumbing subcontractor
• Wall cavity insulation assessment and replacement with appropriate exterior wall assembly insulation
• Adjacent framing surface assessment and antimicrobial application

Drying Phase Setup (12:30 PM – 2:00 PM)

• Equipment deployment (elevation-adjusted for 5,350 ft; 18% capacity reduction): 3 LGR dehumidifiers with 7 axial air movers
• Equipment specifications: 2 Phoenix R200 LGR (approximately 164 pints/day adjusted combined at SunCrest-adjacent Herriman elevation), 1 Phoenix R150 LGR (61 pints/day adjusted); total 225 pints/day adjusted
• Air movement: 7 Phoenix Air Circulator axial air movers positioned for kitchen, dining area, pantry, and wall cavity coverage
• Antimicrobial application: Benefect Decon 30 applied across affected surfaces as prevention for Category 1 scope
• Wall cavity focused drying: Directed drying approach for exterior wall cavity given elevation and cold weather conditions

Drying Phase (Days 2–6)

• Day 2: Ongoing moisture assessment across all affected areas; wall cavity drying progressing with focused equipment
• Days 3–5: Progressive moisture reduction across kitchen tile grout, dining area hardwood, pantry area, and wall assemblies
• Day 4: Dining area hardwood salvage confirmed successful (limited saturation from prompt-response and modest water spread)
• Day 6: Target moisture verified across all affected areas; drying phase complete; equipment removal

Reconstruction Phase (Day 7)

• Bottom-24-inch drywall installation at kitchen exterior wall
• Kitchen cabinet toe kick reinstallation
• Drywall finishing including taping, mudding, texture matching, and priming
• Paint matching and painting
• Pantry shelving unit base repair or replacement as required
• Final cleaning completing response

Equipment Deployment Detail

Dehumidification (Elevation-Adjusted for 5,350 ft)

SunCrest-adjacent Herriman’s approximately 5,350-foot elevation produces approximately 18% dehumidifier capacity reduction versus sea-level specification (highest elevation adjustment within Pure Flow service area):

• 2 Phoenix R200 LGR: Adjusted to approximately 164 pints/day combined at SunCrest-adjacent elevation; positioned for kitchen and adjacent coverage
• 1 Phoenix R150 LGR: Adjusted to approximately 61 pints/day; positioned for pantry and supplemental coverage
• Total dehumidification capacity: Approximately 225 pints/day adjusted for 250 sq ft scope at 5,350 ft elevation
• Compared to sea-level: Sea-level equivalent equipment would provide approximately 275 pints/day; 18% reduction results in 225 pints/day at this elevation

Air Movement

• 7 Phoenix Air Circulator axial air movers: Positioned for kitchen (3 units), dining area (2 units), pantry (1 unit), wall cavity (1 unit)
• Wall cavity directed drying: Air movement across exterior wall cavity supporting cold-weather drying performance

Assessment Equipment

• Moisture meter: Delmhorst BD-2100 for wall assembly and framing moisture measurement
• Non-invasive moisture meter: Wagner MMC220 for hardwood and surface moisture measurement
• Thermal imaging: FLIR C5 for exterior wall cavity and adjacent area assessment
• Enhanced thermal imaging: Multiple thermal imaging sessions supporting cold-weather drying monitoring

Antimicrobial Application

• Benefect Decon 30 (EPA List N registered) applied across affected surfaces as prevention for Category 1 scope
• Wall cavity antimicrobial application supporting mold prevention in exterior wall assembly

Technical Decisions

Highest Elevation Adjustment in Service Area

• SunCrest-adjacent Herriman represents highest elevation properties within Pure Flow service area (approximately 5,300–5,400+ ft)
• 18% dehumidifier capacity reduction is highest adjustment factor applied across service area
• Equipment planning must account for actual elevation rather than nominal capacity supporting effective drying phase performance
• Comparison to lower elevations: SunCrest-adjacent 18% versus West Jordan 14% represents 4% differential requiring equipment adjustment

Freeze/Burst Root Cause Analysis

• Hose bib supply lines in exterior wall assemblies particularly vulnerable to freeze/burst during sustained cold snap events
• Standard hose bib supply lines have limited freeze protection compared to freeze-resistant hose bib models
• Residual water in supply line combined with cold-weather exposure produces freeze potential
• Elevated terrain (SunCrest-adjacent Herriman) has substantial cold-weather exposure warranting proactive freeze-resistant hose bib installation

Freeze-Resistant Hose Bib Replacement

• Standard hose bib replaced with freeze-resistant hose bib model during response
• Freeze-resistant hose bibs have extended stem design allowing valve closure inside heated wall assembly rather than exposed to exterior wall cavity
• Typical freeze-resistant hose bib cost $50–$150 versus standard hose bib $20–$60
• Substantial reliability improvement for freeze prevention in elevated terrain properties

Elevated Terrain Cold-Weather Considerations

• SunCrest-adjacent Herriman properties experience substantial cold-weather exposure including wind chill and elevated cold-air temperatures
• Property owners in elevated terrain should proactively address freeze-vulnerable installations
• Winter preparation including hose bib winterization, adequate insulation, and heat maintenance essential
• Property owners typically develop familiarity with elevation-specific cold weather considerations through property experience

Prompt-Response Category 1 Salvage Success

• Prompt 15-minute exposure with prompt Pure Flow response supported favorable scope conditions
• Kitchen tile salvage successful given prompt response and tile durability
• Dining area hardwood salvage successful given modest saturation from water spread
• Wall cavity assessment during response supported comprehensive drying without hidden moisture

Insurance Coordination

• Sudden and accidental freeze/burst supply line failure covered under property owner standard homeowners insurance policy
• Category 1 scope with prompt response typically fully covered
• Response scope including emergency response, extraction, drying phase, and reconstruction covered
• Hose bib replacement itself typically not covered under standard policy; direct property owner responsibility
• Freeze-resistant hose bib upgrade recognized as prevention improvement supporting future risk reduction

Outcome Summary

Timeline

• Emergency response to arrival: 62 minutes (from initial contact)
• Arrival to drying phase active: Approximately 6 hours (extraction, wall assembly access, hose bib replacement, equipment setup)
• Drying phase: 5 days (Days 2–6)
• Reconstruction phase: 1 day
• Total scope timeline: Approximately 7 days from event to pre-loss condition restoration

Scope Value

• Total scope: $8,600
• Categories included: Emergency dispatch, extraction, wall assembly access, drying phase equipment and monitoring (elevation-adjusted for 5,350 ft), specialty cold-weather wall cavity drying, antimicrobial application, reconstruction (drywall repair, painting, cabinet toe kick reinstallation)
• Insurance coverage: Complete response scope covered under standard homeowners policy with applicable deductible
• Hose bib replacement: Approximately $150 direct property owner payment for freeze-resistant hose bib installation
• Scope value per square foot: Approximately $34 per sq ft reflecting elevated terrain equipment adjustment and freeze/burst wall assembly complexity

Client Outcome

• Complete restoration to pre-loss condition
• Freeze-resistant hose bib installation providing improved freeze protection
• Wall cavity insulation improvement supporting future freeze prevention
• Property owner satisfaction with SunCrest-adjacent Herriman elevated-terrain response coordination
• Property owner scheduled winterization inspection for other freeze-vulnerable installations

Elevated Terrain Prevention Learning Applied

• Elevated terrain properties have substantial cold-weather exposure warranting proactive freeze prevention
• Freeze-resistant hose bibs substantially reduce hose bib freeze/burst risk compared to standard hose bibs
• Exterior wall assembly insulation for supply line locations reduces freeze risk
• Property owner familiarity with hose bib winterization procedures (interior valve shutoff, exterior drainage) supports freeze prevention
• Elevated terrain properties benefit from comprehensive winter preparation including all freeze-vulnerable installations

Related Content

• All Case Studies — complete case study documentation.
• Herriman Location Overview — complete Herriman coverage.
• Water Damage Restoration Herriman — complete restoration scope.
• Dehumidification Herriman — elevation-adjusted dehumidification scope.
• Dehumidification Methodology — comprehensive elevation-adjusted methodology.
• Storm Damage — weather-related scope.
• Contact Us — complete contact information.

Frequently Asked Questions

Why is elevation adjustment so important for dehumidifier equipment planning?

Dehumidifier capacity is rated at sea-level atmospheric conditions; actual capacity decreases substantially at elevated locations due to reduced atmospheric pressure affecting the refrigeration cycle. Elevation impact on dehumidifiers: dehumidifiers use refrigeration cycle to condense water vapor from air; refrigeration cycle efficiency depends on atmospheric pressure; reduced atmospheric pressure at elevation reduces refrigeration cycle efficiency proportionally; capacity reduction approximately 3–4% per 1,000 feet elevation above sea level. Service area elevation adjustments: sea-level baseline capacity is manufacturer specification; West Jordan approximately 4,373 ft (14% reduction); Bluffdale approximately 4,436 ft (15% reduction); Riverton approximately 4,439 ft (15% reduction); South Jordan approximately 4,400–4,600 ft (14–15% reduction depending on specific area); central Herriman approximately 4,900–5,050 ft (15–16% reduction); Herriman elevated subdivisions 5,000–5,300+ ft (16–18% reduction depending on specific subdivision); SunCrest-adjacent Herriman highest 5,300–5,400+ ft (18% reduction); Draper varies substantially 4,500–5,500+ ft (15–19% reduction depending on specific area). Practical equipment implications: adjusted capacity determines actual drying performance; equipment specification must account for actual elevation; insufficient capacity produces extended drying timelines and potential incomplete drying; incomplete drying supports mold development potential and can extend total scope timeline. Equipment planning approach: elevation assessment during initial scope development; equipment specification adjusted for actual elevation; monitoring throughout drying phase confirming adequate performance; additional equipment deployment if drying performance below target. Cost implications: adequate equipment deployment supports appropriate drying timelines and prevents extended scope from inadequate drying; equipment costs typical for scope size regardless of elevation adjustment; scope value reflects appropriate equipment deployment. Restoration companies without elevation adjustment awareness may under-specify equipment producing extended timelines and incomplete drying; comprehensive equipment planning supports optimal scope resolution. For this SunCrest-adjacent Herriman response at 5,350 ft: 18% adjustment factor represents highest adjustment within Pure Flow service area; equipment specifications support effective 5-day drying phase for 250 sq ft Category 1 scope.

What makes hose bibs particularly vulnerable to freeze/burst failures?

Hose bibs have distinctive vulnerability characteristics that produce elevated freeze/burst risk compared to interior supply lines, particularly during sustained cold snap conditions. Hose bib vulnerability factors: hose bib installation typically runs supply line through exterior wall assembly to exterior wall-mount hose bib fixture; supply line and hose bib fixture exposed to exterior wall cavity conditions with reduced insulation coverage; residual water in supply line between valve and exterior fixture exposed to below-freezing conditions during cold weather; hose bib fixture exposed to direct exterior conditions including wind chill and direct temperature exposure; hose bib supply valve typically located in interior kitchen or utility area but may not effectively isolate exterior supply line water. Freeze failure mechanism: supply line water freezes in exterior wall cavity or hose bib fixture during sustained below-freezing conditions; water expansion during freeze produces supply line rupture; rupture typically occurs in exterior wall cavity where supply line is most vulnerable; thaw during subsequent warming produces continuous water release through failure point; failure discovery may be delayed until thaw produces visible water release. Standard versus freeze-resistant hose bibs: standard hose bibs have valve at exterior fixture location; water remains in supply line between interior wall passage and exterior fixture regardless of valve position; freeze-resistant hose bibs have extended stem design with valve located inside heated wall assembly; freeze-resistant valve closure drains water from exterior stem preventing residual water freeze; freeze-resistant hose bibs substantially reduce freeze/burst risk. Cold snap conditions: sustained temperatures below freezing (below 32°F) for multiple hours produce freeze risk; sustained temperatures below 10°F substantially accelerate freeze development; wind chill further accelerates freeze conditions at exterior wall assemblies; extended cold snap duration allows freeze development through wall assembly insulation. Elevated terrain considerations: elevated terrain properties experience substantially colder conditions than lower elevation properties; wind exposure at elevated terrain accelerates freeze conditions; property owners in elevated terrain should assume elevated freeze risk requiring proactive prevention. Prevention approaches: freeze-resistant hose bib installation for all exterior hose bibs; interior supply valve installation for hose bib supply lines supporting winter isolation; hose bib winterization during freeze season (isolate at interior valve, drain exterior stem); exterior hose bib insulation covers during winter; wall assembly insulation improvements at hose bib supply line locations. For this SunCrest-adjacent Herriman property: standard hose bib in exterior wall assembly at elevated terrain location produced substantial freeze/burst risk; freeze-resistant hose bib replacement during response substantially reduces future freeze risk.

Should I install freeze-resistant hose bibs proactively?

Yes, freeze-resistant hose bib installation is strongly recommended for property owners in elevated terrain or cold-climate areas given substantial cost/benefit for freeze prevention. Cost/benefit analysis: freeze-resistant hose bib typical cost $50–$150 for hardware; installation cost $150–$400 typical if replacing existing hose bib; total installation typically under $500 per hose bib; typical hose bib freeze/burst scope value $5,000–$15,000+ depending on scope characteristics; cost/benefit strongly favors proactive replacement particularly for elevated terrain properties. Replacement scenarios: replacement during property purchase or renovation provides opportunity for freeze-resistant installation; replacement during winter preparation for cold-vulnerable properties; replacement after freeze/burst failure preventing recurrence; replacement during other plumbing work reducing incremental installation cost. Freeze-resistant hose bib characteristics: extended stem design (typically 8–18 inches) placing valve inside heated wall assembly; valve closure drains water from exterior stem preventing residual water freeze; may include integral vacuum breaker preventing backflow contamination; typical brass or bronze construction supporting long service life. Installation considerations: freeze-resistant installation may require modification of existing wall passage for extended stem; adequate wall thickness for extended stem placement typically 4–6 inches minimum; interior supply valve may still be recommended for winter isolation option; proper installation supporting downward drainage angle for water evacuation. Alternative winterization approaches: hose bib winterization during freeze season provides less-substantial prevention than freeze-resistant installation; winterization approach involves interior valve shutoff plus exterior hose bib opening for drainage; effective if consistently performed but requires property owner attention each winter season; less reliable than freeze-resistant installation for consistent freeze prevention. Elevated terrain priority: elevated terrain properties (SunCrest-adjacent Herriman, elevated Draper, elevated Herriman) have substantial freeze risk warranting priority freeze-resistant installation; property owner familiarity with elevation-related considerations typical for elevated terrain residents; combined prevention approach supports comprehensive protection. Insurance considerations: some insurance carriers offer discounts for freeze-prevention improvements; documentation of freeze-prevention installation supports insurance discussion; freeze-resistant installation demonstrates prevention approach potentially reducing premium in some markets. For this SunCrest-adjacent Herriman property: freeze-resistant hose bib replacement during response provides substantial future freeze prevention; property owner scheduled inspection of other freeze-vulnerable installations supporting comprehensive prevention.

How does the Pure Flow response account for cold weather conditions during freeze/burst scope?

Freeze/burst response during cold weather conditions requires distinctive considerations including equipment placement, drying performance, and wall cavity access supporting effective scope resolution despite cold weather challenges. Cold weather scope considerations: exterior wall assemblies experience cold-air exposure affecting drying performance; wall cavity drying more challenging during cold weather given cold air infiltration; equipment placement must support drying performance despite cold exposure; response timeline may extend given cold weather drying performance factors. Equipment approach for cold weather: LGR dehumidifiers effective across temperature range but performance affected by cold conditions; air movement approach supports drying performance despite cold conditions; wall cavity directed drying (Injectidry or targeted air movement) provides focused drying support; thermal imaging assessment more frequent given cold weather drying performance monitoring. Wall assembly access: wall cavity access supports drying performance versus surface-only drying; interior heated air introduced to wall cavity through targeted openings supports drying; exterior cold-air infiltration through wall cavity requires assessment and mitigation if excessive. Freeze-vulnerable installation considerations: freeze-vulnerable installations (hose bibs, exterior wall supply lines) warrant assessment during response for prevention improvements; freeze-resistant hose bib replacement typical during response for scope resolution; wall assembly insulation improvements support future freeze prevention. Response timing considerations: cold weather response timing typical similar to standard response with equipment deployment continuing regardless of weather; property owner may prefer scheduling considerations for cold weather comfort during response; heated interior conditions maintained during response supporting property owner and family comfort. Property owner temperature considerations: interior temperature maintained during response supporting comfort and equipment performance; adjacent room temperature considerations for drying performance; thermostat adjustment during response may support drying performance; property owner communication regarding temperature considerations. Wall cavity assessment: wall cavity insulation assessment during response identifying inadequate insulation contributing to freeze; wall cavity assessment supporting comprehensive drying without hidden moisture; wall cavity insulation replacement with appropriate exterior wall assembly insulation. For this SunCrest-adjacent Herriman response: cold weather conditions during scope required directed wall cavity drying approach; wall cavity insulation replacement supported future freeze prevention; property owner satisfaction with comprehensive cold weather scope resolution. Winter response season typical for elevated terrain freeze/burst scope; Pure Flow response equipment and expertise support effective scope resolution regardless of weather conditions.

What comprehensive winter preparation reduces freeze/burst risk for elevated terrain properties?

Comprehensive winter preparation combines multiple prevention approaches substantially reducing freeze/burst risk for elevated terrain properties with substantial cold-weather exposure. Freeze-vulnerable installation assessment: hose bib assessment identifying standard versus freeze-resistant installations; exterior wall supply line assessment identifying vulnerable installations in wall cavities; garage or unheated space supply line assessment identifying installations without adequate freeze protection; attic supply line assessment (rare but present in some properties) identifying vulnerable installations above insulation; vacation home or extended vacancy considerations for supply line freeze during vacancy. Freeze-resistant installations: freeze-resistant hose bib installation for all exterior hose bibs ($50–$150 hardware, $150–$400 installed); interior supply valve installation for hose bib supply lines supporting winter isolation ($100–$300 installed); supply line insulation for accessible vulnerable installations ($5–$20 per linear foot of supply line); wall assembly insulation improvements at vulnerable installations. Winterization practices: hose bib winterization each winter season (interior valve shutoff plus exterior drainage); irrigation system winterization each winter season (backflow prevention, drainage, insulation); interior temperature maintenance at minimum 55°F during vacancy periods; cabinet door opening during severe cold snap allowing heat access to supply lines under sinks; interior door opening supporting heat circulation to vulnerable areas. Extended cold snap preparation: awareness of cold snap forecast supporting proactive winterization; hose bib final winterization if not already completed; supply line inspection identifying warning signs; extended cold snap preparation including preventive heat maintenance and monitoring. Smart home technology: interior temperature monitoring with mobile alerts identifying heating system failures during vacancy or extreme cold; smart thermostat with remote monitoring and adjustment supporting heat maintenance; leak detection sensors at vulnerable water locations providing early notification of any freeze/burst events; automatic water shutoff valve with leak detection integration ($300–$800 installed) providing automatic isolation. Property monitoring during extended vacancy: comprehensive vacancy planning including water shutoff (see previous case study coverage), heating maintenance, smart monitoring, neighbor or professional check-ins; combined approach substantially reduces freeze/burst risk during vacancy. Elevated terrain-specific considerations: elevated terrain properties experience more substantial cold weather exposure than lower elevation properties; wind exposure at elevated terrain requires additional consideration; SunCrest-adjacent Herriman, elevated Draper, elevated Herriman properties benefit from comprehensive prevention. Property owner familiarity: familiarity with property water shutoff locations and procedures essential; familiarity with freeze-vulnerable installation locations supporting prompt response; annual winter preparation review supporting consistent prevention. For this SunCrest-adjacent Herriman property: property owner scheduled comprehensive winterization inspection for other freeze-vulnerable installations; combined prevention approach including freeze-resistant hose bibs, winterization practices, and smart home monitoring substantially reduces future freeze/burst risk.

---

Contact Pure Flow Water Damage & Restoration — SunCrest-Adjacent Herriman Case Study Reference

Comprehensive water damage restoration for Herriman including SunCrest-adjacent highest elevation areas with 24/7 emergency response. Elevation-adjusted equipment deployment reflecting Herriman’s approximately 4,900 to 5,300+ foot elevation range with 16 to 18% dehumidifier capacity reduction depending on specific location. SunCrest-adjacent Herriman properties at approximately 5,300 to 5,400+ ft require 18% adjustment (highest within Pure Flow service area). Freeze/burst response expertise including freeze-resistant hose bib installation coordination and comprehensive cold weather scope resolution. 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)