Case Study: West Jordan Copper Hills Category 2 Washing Machine Supply Hose Response

Documentation of a Category 2 grey water response in Copper Hills, West Jordan, illustrating the standard elevation-adjusted approach for West Jordan’s lowest-elevation location within Pure Flow service area (approximately 4,373 feet with 14% capacity reduction — lowest adjustment factor within service area). Copper Hills represents an established West Jordan community with predominantly 1990s and early 2000s residential construction typical of West Jordan development patterns. Property is a mid-1990s Copper Hills single-family two-story residential property with main-floor laundry room configuration. Event occurred on a November Friday afternoon at approximately 4:47 PM when the washing machine cold water supply hose experienced sudden burst failure at connection to washing machine during active cycle. Property owner isolated water at washing machine supply valves within 4 minutes. Documented outcome: Category 2 grey water response scope covering 175 square feet across laundry room and adjacent kitchen area with IICRC S500 protocols, elevation-adjusted equipment deployment for West Jordan’s 4,373-foot elevation (14% capacity reduction — lowest within Pure Flow service area), 4-LGR dehumidification with 6 axial air movers, comprehensive Category 2 antimicrobial application, 4-day drying phase, total scope $5,800 completing over 5-day response timeline.

Property and Event Characteristics

Property Characteristics

• Subdivision: Copper Hills, West Jordan, UT (established West Jordan community)
• Property type: Single-family two-story residential
• Construction era: Mid-1990s
• Floor plan: Traditional two-story with main-floor laundry adjacent to kitchen; upstairs bedroom configuration
• Laundry configuration: Main-floor laundry with top-load washing machine, standard supply hose connections; open access to adjacent kitchen through short hallway
• Washing machine age: Approximately 6 years
• Supply hose age: Original washing machine installation (approximately 6 years standard rubber supply hoses)
• Elevation: Approximately 4,373 feet at Copper Hills (lowest within Pure Flow service area)

Event Characteristics

• Date: November Friday afternoon
• Time of failure: Approximately 4:47 PM (during active washing machine cycle)
• Source: Cold water supply hose sudden burst failure at connection to washing machine
• Failure mechanism: Standard rubber washing machine supply hose age-related deterioration; sudden burst at washing machine connection point during pressurized supply
• 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)
• Estimated water volume: Approximately 40–60 gallons total from continuous pressurized supply flow

Scope Extent

• Total affected area: Approximately 175 square feet
• Laundry room tile flooring: Approximately 85 square feet with substantial saturation
• Adjacent short hallway tile: Approximately 15 square feet transition area
• Kitchen tile flooring: Approximately 65 square feet cascade spread with modest saturation
• Adjacent kitchen millwork base: Approximately 10 square feet cabinet base and millwork

Response Timeline

Emergency Response (4:52 PM – 5:36 PM)

• 4:51 PM: Property owner isolated water at washing machine supply valves
• 4:52 PM: Property owner contacted Pure Flow emergency line
• 4:58 PM: Emergency dispatch initiated with standard equipment given West Jordan location
• 5:36 PM: Response team arrival (38 minutes reflecting West Jordan 30–55 minute typical response range)

Initial Assessment (5:36 PM – 6:15 PM)

• Assessment of laundry room, hallway, kitchen, and millwork base scope
• Category 2 classification confirmed
• Elevation-adjusted equipment planning for West Jordan 4,373-foot location (14% adjustment)
• Kitchen millwork assessment for cabinet base drying approach

Extraction Phase (6:15 PM – 7:45 PM)

• Truck-mount extraction from laundry room tile, hallway, and kitchen
• Detail extraction from grout lines and millwork base
• Cabinet base extraction from adjacent kitchen millwork
• Weighted extraction pads on affected areas

Comprehensive Antimicrobial Application (7:45 PM – 8:45 PM)

• Comprehensive Category 2 antimicrobial application
• Benefect Decon 30 (EPA List N registered) applied with extended contact time
• Bioesque Botanical Disinfectant supplemental application
• Cabinet base and millwork antimicrobial application

Drying Phase Setup (8:45 PM – 10:00 PM)

• Equipment deployment (elevation-adjusted for 4,373 ft; 14% capacity reduction): 4 LGR dehumidifiers with 6 axial air movers
• Equipment specifications: 2 Phoenix R200 LGR (172 pints/day adjusted combined), 2 Phoenix R150 LGR (129 pints/day adjusted combined); total 301 pints/day adjusted
• Air movement: 6 Phoenix Air Circulator axial air movers positioned across laundry room, hallway, kitchen, cabinet base

Drying Phase (Days 2–4)

• Day 2: Supply hose replacement completed by property owner with braided stainless steel pair
• Day 3: Progressive moisture reduction; cabinet base drying assessment
• Day 4: Target moisture verified; cabinet base salvage confirmed; drying phase complete

Reconstruction Phase (Day 5)

• Laundry room and kitchen grout cleaning and sealing
• Cabinet base cleanup and reassembly
• Baseboard reinstallation and paint touch-up
• Final cleaning completing response

Equipment Deployment Detail

Elevation-Adjusted Dehumidification (4,373 ft — 14% Reduction)

West Jordan at approximately 4,373-foot elevation produces approximately 14% dehumidifier capacity reduction — lowest adjustment within Pure Flow service area:

• 2 Phoenix R200 LGR: Adjusted to approximately 172 pints/day combined (100 pints/day sea-level rating x 0.86 = 86 pints/day adjusted per unit)
• 2 Phoenix R150 LGR: Adjusted to approximately 129 pints/day combined (75 pints/day sea-level rating x 0.86 = 65 pints/day adjusted per unit)
• Total dehumidification capacity: Approximately 301 pints/day adjusted for 175 sq ft scope
• West Jordan efficiency: Lowest elevation adjustment within service area supports most efficient equipment deployment

West Jordan Elevation Comparison

• West Jordan (4,373 ft): 14% adjustment (lowest in service area)
• Bluffdale/Riverton (4,436–4,439 ft): 15% adjustment
• South Jordan (4,400–4,600 ft): 14–15% adjustment
• Draper Lower (4,500–4,800 ft): 15% adjustment
• Herriman/Draper Central (4,900–5,100 ft): 16% adjustment
• Draper Corner Canyon (5,000–5,400 ft): 17–18% adjustment
• SunCrest (5,300–5,500+ ft): 19% adjustment (highest in service area)

Air Movement

• 6 Phoenix Air Circulator axial air movers: Positioned across laundry room (2 units), hallway (1 unit), kitchen (2 units), cabinet base (1 unit)

Assessment Equipment

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

Antimicrobial Application

• Benefect Decon 30: EPA List N registered primary antimicrobial
• Bioesque Botanical Disinfectant: EPA List N registered supplemental application

Technical Decisions

West Jordan Lowest-Elevation Efficiency

• West Jordan at 4,373 ft represents lowest elevation within Pure Flow service area
• 14% dehumidifier capacity adjustment lowest within service area
• Efficient equipment deployment supported by minimal elevation adjustment

Category 2 Classification for Washing Machine Failure

• Washing machine supply hose failure during operating cycle produces Category 2 classification
• Category 2 protocols include comprehensive antimicrobial application
• Tile flooring Category 2 scope supports salvage without material removal

Cabinet Base Salvage Approach

• Kitchen cabinet base modest saturation supports drying-focused salvage approach
• Cabinet base drying with antimicrobial application preserves cabinetry

Standard Response Timeline

• Standard 4-day drying phase reflects West Jordan lowest-elevation efficiency
• Total 5-day response timeline reflects standard Category 2 scope resolution

Insurance Coordination

• Sudden and accidental washing machine supply hose burst covered under standard homeowners insurance
• Supply hose replacement typically not covered under standard policy; direct property owner responsibility

West Jordan Response Time Considerations

• West Jordan typical response 30–55 minutes from Pure Flow Riverton HQ
• Southern West Jordan typical 30–45 minutes; northern/western West Jordan typical 40–55 minutes
• Copper Hills location supports mid-range response time

Outcome Summary

Timeline

• Emergency response to arrival: 38 minutes
• Arrival to drying phase active: Approximately 4.5 hours
• Drying phase: 3 days (Days 2–4)
• Reconstruction phase: 1 day
• Total scope timeline: Approximately 5 days

Scope Value

• Total scope: $5,800
• Categories included: Emergency dispatch, West Jordan response travel, extraction, comprehensive Category 2 antimicrobial application, elevation-adjusted equipment deployment (4 LGR + 6 axial, 14% adjustment), drying phase monitoring, reconstruction (grout cleaning, cabinet base cleanup, baseboards)
• Insurance coverage: Complete response scope covered under standard homeowners policy
• Supply hose replacement: Approximately $25 direct property owner DIY (braided stainless steel pair)
• Scope value per square foot: Approximately $33 per sq ft reflecting Category 2 comprehensive response and lowest-elevation efficiency

Client Outcome

• Complete restoration to pre-loss condition
• Kitchen cabinet base salvage successful
• Both washing machine supply hoses upgraded to braided stainless steel
• Property owner satisfaction with West Jordan-specific response

Prevention Learning Applied

• Standard rubber washing machine supply hoses have limited service life (approximately 5–8 years typical); braided stainless steel replacement recommended
• Leak detection sensor placement adjacent to washing machine provides early notification
• Automatic water shutoff valve provides comprehensive protection for laundry room scope
• Periodic washing machine hose inspection during property maintenance

Related Content

• All Case Studies — complete case study documentation.
• West Jordan Location Overview — complete West Jordan coverage.
• Water Damage Restoration West Jordan — complete restoration scope.
• Water Extraction West Jordan — extraction methodology.
• Grey Water (Category 2) — Category 2 classification.
• Dehumidification Methodology — elevation-adjusted dehumidification.
• Contact Us — complete contact information.

Frequently Asked Questions

Why does West Jordan have the lowest elevation adjustment in the service area?

West Jordan at approximately 4,373 feet represents the lowest elevation within Pure Flow service area, producing the lowest elevation adjustment factor (14% dehumidifier capacity reduction) and most efficient equipment deployment. West Jordan characteristics: geographic positioning in Salt Lake Valley at approximately 4,373 ft; positioning east of Jordan River with modest elevation variation; typical residential elevation range approximately 4,350–4,450 ft; comparatively minimal elevation variation within West Jordan versus other service area locations. Elevation adjustment calculation: dehumidifiers rated at sea-level lose approximately 3–4% capacity per 1,000 ft elevation above sea-level; West Jordan 4,373 ft produces approximately 14% capacity reduction from sea-level rating; lowest adjustment within Pure Flow service area supports most efficient equipment deployment. Comparison across service area: West Jordan (4,373 ft, 14%) lowest; Bluffdale/Riverton (4,436–4,439 ft, 15%); South Jordan (4,400–4,600 ft, 14–15%); Draper Lower (4,500–4,800 ft, 15%); Herriman/Draper Central (4,900–5,100 ft, 16%); Draper Corner Canyon (5,000–5,400 ft, 17–18%); SunCrest (5,300–5,500+ ft, 19%) highest. Efficiency implications: West Jordan lowest elevation adjustment supports most efficient equipment deployment compared to higher-elevation service area locations; equivalent scope typically requires fewer equipment units at West Jordan versus higher elevations; drying phase timeline typically shortest within service area at West Jordan. Response advantages: efficient equipment deployment supports appropriate scope resolution; comparatively shorter response timelines compared to higher-elevation locations. Comparison to broader Salt Lake Valley: Salt Lake City central approximately 4,300 ft; comparable elevation to West Jordan; broader Valley locations generally 4,200–4,500 ft in central areas. Property owner familiarity: West Jordan property owners typically familiar with elevation considerations at valley elevation; elevation-adjusted restoration response reflects modest adjustment. Insurance considerations: elevation-adjusted equipment deployment reflected in scope value; efficient response timeline supported by lowest-elevation adjustment. Equipment deployment consistency: consistent elevation-adjusted approach across service area supports comprehensive scope resolution regardless of specific location. For this Copper Hills West Jordan response: 4-LGR deployment providing 301 pints/day adjusted capacity supported effective drying performance across 175 sq ft Category 2 scope; 14% adjustment factor applied throughout equipment specification.

How does Copper Hills compare to other West Jordan communities?

Copper Hills is one of West Jordan’s established communities with substantial 1990s and early 2000s residential development, representative of West Jordan’s development patterns during that expansion period. Copper Hills characteristics: established West Jordan community with substantial 1990s and early 2000s residential development; single-family two-story residential typical; traditional floor plan configurations common; standard construction era plumbing considerations (copper supply lines, standard fixtures). West Jordan community landscape: Copper Hills representative of West Jordan community typical of area development; other West Jordan communities include Copper Ridge, Sunset Ridge, various other established subdivisions; central West Jordan includes established neighborhoods with older housing stock; south West Jordan includes newer construction from 2000s and 2010s development. Construction era plumbing considerations: mid-1990s construction era commonly used copper supply lines; standard rubber washing machine supply hoses typical of era; supply hose service life approximately 5–8 years; original supply hoses at mid-1990s properties may substantially exceed service life. Poly-B plumbing considerations: Poly-B plumbing (1978–1996) may be present in some mid-1990s West Jordan properties depending on specific installation; Poly-B has known failure patterns supporting proactive assessment; Poly-B replacement recommended given failure risk. Kitec plumbing considerations: Kitec plumbing (1995–2007) may be present in some late-1990s and early-2000s West Jordan properties; Kitec has known failure patterns; Kitec replacement recommended. Standard construction assessment: mid-1990s properties benefit from proactive plumbing assessment given typical service life considerations; supply line assessment supporting identification of aging or failing components. Water heater considerations: water heater service life typically 8–12 years for standard tank units; mid-1990s original water heaters exceeded service life if not replaced; proactive water heater replacement supports substantial scope prevention. Standard prevention approach for West Jordan established communities: proactive supply line and hose replacement; water heater assessment and replacement as appropriate; leak detection sensor deployment at high-risk locations; automatic water shutoff valve consideration. Response time considerations: Copper Hills typical 30–45 minute response reflecting West Jordan central-southern location; northern and western West Jordan communities typically 40–55 minute response. Insurance considerations: standard homeowners insurance coverage applies; policy review supporting appropriate coverage particularly for older properties with aging plumbing systems.

What is the difference between Category 1 and Category 2 water damage response?

Category 1 clean water and Category 2 grey water response protocols differ substantially in antimicrobial application, material assessment, and scope value. Category 1 characteristics: source sanitary water supply (municipal water supply, uncontaminated well water); prompt discovery within 48–72 hours typical; no evidence of substantial soil or contamination; typical sources include supply line failures, appliance supply line failures. Category 2 characteristics: source contains significant contamination potential; typical sources include washing machine wastewater, dishwasher wastewater, aquarium water, foundation seepage; extended-exposure clean water (beyond 48–72 hours) reclassified to Category 2 given bacterial development; some fixtures produce Category 2 water even at initial event. Category 3 characteristics: source contains grossly unsanitary material; typical sources include sewage backup, exterior floodwater, extended-exposure Category 2; requires most comprehensive protocols. Antimicrobial differences: Category 1 typically supports prevention antimicrobial application (single-cycle Benefect Decon 30); Category 2 requires comprehensive application (multiple products, cycles, extended contact); Category 3 requires enhanced comprehensive application. Material assessment differences: Category 1 typically supports material salvage-focused approach; Category 2 requires more substantial material assessment including porous material removal considerations; Category 3 requires most substantial material removal. Scope value differences: Category 1 baseline scope value; Category 2 typically 20–40% higher per sq ft than equivalent Category 1; Category 3 typically 50–100+% higher per sq ft than equivalent Category 1. Response equipment differences: Category 1 typically supports standard equipment deployment; Category 2 requires substantial extraction capacity for wastewater; Category 3 requires comprehensive equipment. Personnel PPE differences: Category 1 typical Level D PPE; Category 2 requires enhanced PPE including gloves, safety glasses; Category 3 requires comprehensive PPE including full body coveralls, respirators. Verification differences: Category 1 typical no post-remediation verification; Category 2 may support post-remediation verification for substantial scope; Category 3 typically requires post-remediation verification. Insurance coordination: all Categories typically covered under standard homeowners insurance for sudden and accidental scope; Category classification affects scope value but not fundamental coverage. Category reclassification: Category 1 extended-exposure reclassifies to Category 2 after 48–72 hours; Category 2 extended-exposure reclassifies to Category 3; prompt response supports Category maintenance preventing reclassification. For this Copper Hills response: Category 2 classification given washing machine wastewater potential contact during cycle; comprehensive Category 2 antimicrobial application; standard equipment deployment appropriate for Category 2 scope.

Should older West Jordan properties replace supply hoses proactively?

Yes, older West Jordan properties benefit substantially from proactive supply hose replacement given typical service life considerations, substantial scope potential from failure, and low replacement cost. Service life considerations: standard rubber washing machine supply hoses typical 5–8 year service life; supply hose age-related deterioration accelerates after 5-year point; original supply hoses at properties over 8–10 years typically exceed service life. Common failure patterns: sudden burst failure at connection points; slow leak development typically not identified until substantial scope development; sustained pressurized supply produces substantial water release upon failure; typical failure timing during active supply operation. Braided stainless steel replacement benefits: substantially longer service life (typically 15–20+ years); substantially higher burst pressure resistance; substantially reduced failure risk; typical cost $10–$25 per hose pair; installation typically DIY. Common supply hose locations requiring replacement: washing machine supply hoses (hot and cold); dishwasher supply line; refrigerator ice maker supply line; toilet supply lines; faucet supply lines. Proactive replacement recommendation for older properties: property age assessment supporting replacement planning; installation age assessment supporting priority identification; complete replacement across property supporting comprehensive scope prevention. Cost/benefit analysis: proactive replacement typical $50–$200 across property for all supply hoses; typical washing machine or dishwasher supply hose failure scope $3,000–$15,000+; cost/benefit strongly favors proactive replacement. Combined prevention approach: proactive supply hose replacement combined with leak detection sensors and automatic water shutoff valves provides comprehensive protection; combined approach substantially reduces scope potential; comprehensive investment typically $500–$1,500 for meaningful protection. Insurance considerations: some carriers offer discounts for supply hose replacement; documentation supports insurance discussion; supply hose failures typically covered under standard policy but proactive replacement demonstrates responsibility. Property maintenance schedule: annual supply hose visual inspection supporting condition assessment; complete replacement at 5–8 year mark for standard rubber hoses; documentation of replacement supporting property maintenance records. Comparison to reactive approach: reactive supply hose replacement after failure produces substantial scope development; proactive approach substantially reduces scope potential; long-term property protection strongly favored by proactive approach. For this Copper Hills mid-1990s property: original rubber washing machine supply hoses exceeded typical 5–8 year service life; property owner scheduled comprehensive supply hose replacement across property; proactive approach substantially reduces future scope potential.

What comprehensive prevention should established West Jordan properties consider?

Established West Jordan properties benefit substantially from comprehensive prevention approaches addressing typical aging plumbing and appliance considerations characteristic of 1990s and early-2000s construction. Comprehensive approach: proactive supply line and hose replacement; water heater assessment and proactive replacement; leak detection sensor deployment at high-risk locations; automatic water shutoff valve consideration; smart home integration; freeze prevention for exterior installations. Supply line replacement priorities: washing machine supply hoses (highest priority given failure frequency); dishwasher supply line; refrigerator ice maker supply line; toilet supply lines; faucet supply lines. Water heater considerations: water heater service life typically 8–12 years for standard tank units; older water heater failures produce substantial scope potential; proactive replacement recommended for water heaters exceeding 10 years; tankless water heater alternatives with longer service life. Leak detection sensor deployment: sensor placement at each high-risk installation location; primary locations include under washing machine, under dishwasher, adjacent to water heater, under kitchen sink, under bathroom sinks, adjacent to toilets; typical sensor cost $20–$100 depending on specification. Automatic water shutoff valve integration: whole-property automatic shutoff valve responsive to leak detection ($300–$800 installed); zone-based shutoff for specific supply lines; smart home integration supporting comprehensive automated response. Smart home integration: mobile notification supports response regardless of location; leak detection and shutoff integration through smart home platform; property owner familiarity essential; comprehensive integration supports enhanced protection. Freeze prevention for exterior installations: freeze-resistant hose bib installation for exterior hose bibs; supply line insulation for accessible vulnerable installations; annual winterization; typical freeze prevention approach $200–$800 for standard installations. Plumbing system assessment for older properties: comprehensive plumbing assessment identifying aging components; Poly-B plumbing (1978–1996) assessment and replacement recommendations; Kitec plumbing (1995–2007) assessment and replacement recommendations. Cost/benefit analysis for comprehensive prevention: comprehensive prevention typical $1,000–$3,000+ per property depending on scope; typical water damage scope potential $5,000–$25,000+; cost/benefit strongly favors comprehensive prevention. Insurance considerations: some carriers offer discounts for comprehensive prevention; documentation supports insurance discussion. Property owner responsibilities: annual prevention system testing and maintenance; battery replacement for battery-powered components; smart home integration monitoring; response protocols upon notifications; property owner familiarity with system operation.

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Contact Pure Flow Water Damage & Restoration — West Jordan Copper Hills Case Study Reference

Comprehensive water damage restoration for West Jordan including Copper Hills and all West Jordan communities. 24/7 emergency response with elevation-adjusted equipment deployment reflecting West Jordan’s approximately 4,373-foot elevation (14% dehumidifier capacity reduction — lowest within Pure Flow service area). West Jordan represents lowest-elevation service area location supporting most efficient equipment deployment. Response times typical 30 to 55 minutes for West Jordan reflecting central Salt Lake Valley position. Category 2 grey water response expertise including comprehensive antimicrobial application with EPA List N registered products. IICRC S500 water damage restoration and S520 mold remediation certification.

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