PuroClean of Shelby Township — 56700 Mound Rd., Shelby Twp., MI 48316
Troy is one of Michigan’s most economically significant cities — a 33-square-mile Oakland County community of approximately 87,000 residents that has served as a corporate address for major automotive suppliers, financial institutions, and technology firms for decades. The Big Beaver Road corridor between I-75 and Crooks Road hosts some of the densest office and commercial development in suburban Detroit, anchored by the Somerset Collection — one of Michigan’s premier retail destinations — and surrounded by the glass towers and campus-style headquarters buildings that define Troy’s professional character. Altair Engineering, Kmart’s former corporate campus on Big Beaver, Kelly Services, and dozens of automotive Tier 1 suppliers have called Troy home, drawing a highly educated, high-income residential population into the city’s neighborhoods and making Troy consistently one of Michigan’s wealthiest municipalities by median household income.
That economic profile coexists with a residential housing stock that spans a wide range of construction eras — from the older ranch and colonial homes built in the 1950s and 1960s in neighborhoods north of Long Lake Road and east of Rochester Road, to the executive-style custom homes on larger lots along Wattles Road and Adams Road, to the newer construction closer to the I-75 and M-59 interchange. Troy also contains a substantial concentration of Class A and Class B office buildings, medical facilities, and hospitality properties along its major corridors — the Big Beaver Road commercial strip, the Livernois Road office parks, and the industrial and flex-space properties near the I-75 frontage roads — whose property damage needs are commercially scaled and insurance-claim-intensive. When water damage or fire strikes a Troy corporate campus or a multi-story office building, the financial stakes and documentation requirements are significantly more complex than a residential loss.
The Livernois Creek and its tributaries thread through Troy’s residential neighborhoods, and the city’s clay-heavy glacial soils drain poorly under intense rainfall — a combination that drives basement flooding and groundwater intrusion events across a wide cross-section of Troy’s housing stock every spring and summer. PuroClean of Shelby Township serves Troy residential and commercial clients across all damage categories:
Troy sits directly to the southwest of our Shelby Township home base at 56700 Mound Road, and the arterial road network connecting the two cities is dense and well-connected. Under normal traffic conditions, our mitigation crews can reach the majority of Troy’s residential neighborhoods in 20 to 30 minutes and the Big Beaver commercial corridor in 25 to 35 minutes — well within our targeted emergency response window even accounting for the peak-hour congestion that I-75 and Big Beaver Road can generate during morning and afternoon commutes.
Our primary routing to Troy runs south on Mound Road into the city’s eastern neighborhoods, connecting to 18 Mile Road or Wattles Road to reach addresses in the northeastern quadrant near Adams Road and Long Lake Road. For calls in Troy’s central residential core — the neighborhoods between Rochester Road and Livernois Road — we use Mound Road south and cut west on 17 Mile Road or Big Beaver Road to access those addresses efficiently. The Big Beaver commercial corridor itself is reached by heading south on Mound and turning west on Big Beaver Road, placing us directly on the corridor that hosts the Somerset Collection, the corporate campuses, and the medical and professional office buildings that generate Troy’s commercial loss calls.
For properties in Troy’s western neighborhoods near Crooks Road and John R Road — including the residential areas south of Long Lake Road that border Clawson and Royal Oak Township — we route south on Mound Road and then west on Big Beaver or Maple Road to reach those addresses from the east. Commercial calls near the I-75 frontage roads and the Livernois Road office park corridor are reached by heading south and connecting to I-75 southbound briefly before exiting at Big Beaver or Maple. Our dispatch team monitors real-time traffic on all major Troy corridors and routes available crews to avoid congestion delays that could compromise emergency response time.
Troy’s property damage profile is shaped by a distinct combination of geological conditions, aging residential infrastructure, and the unique vulnerabilities of its high-density commercial building stock — factors that together produce a consistent and predictable pattern of water damage, mold, and fire loss calls across the city.
Troy’s underlying geology is dominated by glacial till and clay-rich lacustrine soils deposited during the retreat of the Laurentide Ice Sheet — soils with very low permeability that shed water laterally rather than absorbing it vertically. When Oakland County receives the intense summer convective thunderstorms that the Great Lakes climate reliably produces, water that falls on Troy’s residential lots and commercial parking surfaces has nowhere to go quickly. Storm sewer infrastructure in the city’s older residential neighborhoods — most of it sized and installed during the development boom of the 1960s and 1970s — was engineered for rainfall intensity norms that Michigan’s climate has now routinely exceeded. The result is that low-lying residential streets between Rochester Road and Livernois Road, particularly those with finished basements and window well configurations that predate modern drainage code requirements, flood repeatedly during significant storm events. Livernois Creek and its unnamed tributaries act as drainage channels for much of the city’s central section, and properties within several blocks of those channels face elevated groundwater risk during periods of sustained rainfall.
Troy’s older residential housing stock — the ranch homes and colonials built along streets like Barclay Circle, Hartland Drive, and the neighborhoods east of Rochester Road in the 1950s through 1970s — carries the full suite of aging infrastructure failure risks. Galvanized steel supply plumbing in these homes is now 50 to 70 years old and at the far end of its service life, producing the pinhole leaks and fitting failures that saturate wall cavities and subfloor assemblies over weeks before producing a visible symptom. Cast iron drain lines in this same era of construction are subject to root intrusion and joint separation as the surrounding clay soils shift seasonally. Homes with full finished basements in Troy — a common feature in the city’s mid-range and executive housing stock — face greater exposure than slab-on-grade properties when these systems fail, since a supply line leak or drain backup in a finished basement can destroy flooring, drywall, cabinetry, and personal property of significant value before the damage is discovered.
Troy’s commercial building inventory introduces a property damage dimension that is largely absent from our other service communities. The Class A and Class B office towers along Big Beaver Road and Livernois Road feature complex mechanical, electrical, and plumbing systems — multi-zone HVAC with extensive ductwork, high-capacity domestic water supply systems, and fire suppression sprinkler networks — any of which can produce large-loss water damage events when they fail. A single accidental sprinkler activation in a multi-story office building can release 15 to 25 gallons of water per minute, producing Category 2 water damage across multiple floors within minutes before the system is shut down. These events require commercial-scale extraction equipment, coordinated multi-floor drying plans, and project management capable of working within an occupied building environment while minimizing tenant disruption — capabilities that distinguish a true commercial restoration contractor from a residential-focused operator attempting to scale up.
Owned & Operated by Steve Marceau
56700 Mound Rd., Shelby Twp., MI, 48316
(586) 697-8100
Water damage can result from unexpected leaks, flooding from storms, plumbing failures, or appliance malfunctions. Our certified teams focus on rapid water removal, drying, and stabilization to help prevent further damage and mold growth.
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Even after a fire is extinguished, smoke, soot, and odor can continue to affect your home. Fire damage restoration services address visible damage while also helping reduce lingering effects that impact indoor air quality and surfaces.
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Mold often develops as a result of unresolved moisture or hidden water damage. Professional mold remediation helps identify affected areas, contain growth, and restore healthy indoor conditions.
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Biohazard situations, including crime scene cleanup and virus decontamination, require specialized cleaning and handling to protect health and safety. Biohazard cleanup services address contamination using proper protocols and professional care.
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PuroClean provides 24/7 commercial property damage restoration services for businesses and facilities across the United States.
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Water damage can result from unexpected leaks, flooding from storms, plumbing failures, or appliance malfunctions. Our certified teams focus on rapid water removal, drying, and stabilization to help prevent further damage and mold growth.
Explore Our Water Damage Mitigation Services
Troy homeowners, commercial property managers, and business owners ask us these questions when property damage strikes.
Accidental sprinkler activations in multi-story commercial buildings are among the most logistically complex water damage events we handle, and the first 60 minutes after the system is shut down are critical for limiting secondary damage. Our commercial response protocol starts with a rapid assessment of all affected floors using thermal imaging and moisture meters to map the full extent of water migration through floor assemblies, ceiling tiles, wall cavities, and IT or electrical infrastructure. We deploy commercial-grade extractors and drying equipment across all affected areas simultaneously, establish a project management structure with a dedicated point of contact for your property manager and commercial carrier, and produce an Xactimate-format scope of loss that addresses the full multi-floor damage picture. Tenant communication, documentation for your commercial property insurer, and coordination with building engineers on mechanical systems are all part of how we manage a loss at this scale.
The salvageability of custom finished basement materials depends on the water category, how long materials have been wet, and the specific construction of the built-ins and flooring. A clean water Category 1 event from a supply line discovered quickly — within a few hours — gives hardwood flooring and solid wood cabinetry a reasonable chance of drying in place or with limited disassembly if extraction and drying begin immediately. Category 2 gray water events involving contaminated water require a more conservative approach to porous materials that have been saturated. Our project managers will document every affected material photographically and in Xactimate format, give you an honest assessment of what can be dried and retained versus what requires removal, and work with your adjuster to make sure the full replacement cost value of custom materials is properly represented in your claim.
This is exactly the right question to ask before closing, and the answer is: documentation. Proper professional remediation produces a paper trail — an IICRC-compliant scope of work, drying logs with daily moisture readings, and ideally a post-remediation verification (PRV) clearance report from an independent industrial hygienist confirming that affected materials returned to acceptable moisture content and that mold counts in the remediated area are within normal parameters. If the seller cannot produce that documentation, the remediation may have been informal — a shop vac and a fan rather than commercial drying equipment — which means hidden moisture and mold colonization may still be present. We can conduct a pre-purchase moisture and mold assessment for prospective Troy buyers that uses thermal imaging and air sampling to give you an independent picture of the basement’s actual current condition.
A water heater failure producing internal water damage to a commercial space is generally a covered peril under standard commercial property insurance policies — this is the kind of sudden and accidental loss that commercial coverage is designed for, as opposed to gradual seepage or flood events. The scope of coverage, however, depends on your specific policy’s terms, your deductible, and whether your carrier distinguishes between the cost of the equipment failure itself and the resulting water damage to building materials and contents. We produce Xactimate-format estimates that separate the mitigation scope, the structural drying scope, and the reconstruction scope clearly — the format your commercial adjuster will expect. We also understand the specific concern for medical office environments around infection control and patient record protection during the restoration process.
Repeated basement flooding that is dried using consumer fans and dehumidifiers almost certainly becomes a mold problem faster than most homeowners realize — and in most cases, it already is one. The IICRC standard for mold-preventive drying requires structural materials to return to acceptable moisture content levels — typically below 16 percent for wood framing and below 1 percent for concrete — within 24 to 72 hours of the water event. Consumer-grade equipment cannot achieve those drying rates in finished basement assemblies with insulated wall cavities and flooring systems. Each flooding event that is incompletely dried deposits residual moisture into wall framing, subfloor sheathing, and carpet padding that supports incremental mold colonization. After several cycles, the cumulative effect is active mold growth inside wall assemblies that is not visible but is consistently producing airborne spores into the living space above.
Accidental sprinkler activations in multi-story commercial buildings are among the most logistically complex water damage events we handle, and the first 60 minutes after the system is shut down are critical for limiting secondary damage. Our commercial response protocol starts with a rapid assessment of all affected floors using thermal imaging and moisture meters to map the full extent of water migration through floor assemblies, ceiling tiles, wall cavities, and IT or electrical infrastructure. We deploy commercial-grade extractors and drying equipment across all affected areas simultaneously, establish a project management structure with a dedicated point of contact for your property manager and commercial carrier, and produce an Xactimate-format scope of loss that addresses the full multi-floor damage picture. Tenant communication, documentation for your commercial property insurer, and coordination with building engineers on mechanical systems are all part of how we manage a loss at this scale.
The salvageability of custom finished basement materials depends on the water category, how long materials have been wet, and the specific construction of the built-ins and flooring. A clean water Category 1 event from a supply line discovered quickly — within a few hours — gives hardwood flooring and solid wood cabinetry a reasonable chance of drying in place or with limited disassembly if extraction and drying begin immediately. Category 2 gray water events involving contaminated water require a more conservative approach to porous materials that have been saturated. Our project managers will document every affected material photographically and in Xactimate format, give you an honest assessment of what can be dried and retained versus what requires removal, and work with your adjuster to make sure the full replacement cost value of custom materials is properly represented in your claim.
This is exactly the right question to ask before closing, and the answer is: documentation. Proper professional remediation produces a paper trail — an IICRC-compliant scope of work, drying logs with daily moisture readings, and ideally a post-remediation verification (PRV) clearance report from an independent industrial hygienist confirming that affected materials returned to acceptable moisture content and that mold counts in the remediated area are within normal parameters. If the seller cannot produce that documentation, the remediation may have been informal — a shop vac and a fan rather than commercial drying equipment — which means hidden moisture and mold colonization may still be present. We can conduct a pre-purchase moisture and mold assessment for prospective Troy buyers that uses thermal imaging and air sampling to give you an independent picture of the basement’s actual current condition.
A water heater failure producing internal water damage to a commercial space is generally a covered peril under standard commercial property insurance policies — this is the kind of sudden and accidental loss that commercial coverage is designed for, as opposed to gradual seepage or flood events. The scope of coverage, however, depends on your specific policy’s terms, your deductible, and whether your carrier distinguishes between the cost of the equipment failure itself and the resulting water damage to building materials and contents. We produce Xactimate-format estimates that separate the mitigation scope, the structural drying scope, and the reconstruction scope clearly — the format your commercial adjuster will expect. We also understand the specific concern for medical office environments around infection control and patient record protection during the restoration process.
Repeated basement flooding that is dried using consumer fans and dehumidifiers almost certainly becomes a mold problem faster than most homeowners realize — and in most cases, it already is one. The IICRC standard for mold-preventive drying requires structural materials to return to acceptable moisture content levels — typically below 16 percent for wood framing and below 1 percent for concrete — within 24 to 72 hours of the water event. Consumer-grade equipment cannot achieve those drying rates in finished basement assemblies with insulated wall cavities and flooring systems. Each flooding event that is incompletely dried deposits residual moisture into wall framing, subfloor sheathing, and carpet padding that supports incremental mold colonization. After several cycles, the cumulative effect is active mold growth inside wall assemblies that is not visible but is consistently producing airborne spores into the living space above.
What Our Customers Say:
When you need water damage restoration services near you, call the experts at PuroClean. We are here day or night, 24/7, to help remove any standing water quickly and begin your water restoration service. We monitor the drying process so you can rest assured that your property is dried thoroughly. We offer commercial water restoration services for businesses and residential water damage restoration for homeowners.
PuroClean Restoration Services
(586) 697-8100
56700 Mound Rd., Shelby Twp., MI 48316
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