Live data from the National Weather Service, updated continuously.
While You Wait
New London Emergency Utility Lines
Stopping water at the source is step 1 of any water-damage scope. Use these verified New London lines while our IICRC crew is en route.For life-threatening emergencies (active fire, gas odor, electrical shock), call 911 first.
Numbers verified against public utility and municipal sources. Green Restoration is not affiliated with these agencies. We provide these as a courtesy resource alongside our IICRC water-damage response.
Water Damage Services
Complete Water Damage Restoration In New London, CT
Every New London water-damage scope is pumped, dried, and documented by IICRC-certified crews dispatched across the New London County corridor, with daily moisture logs filed for your insurance carrier.
Owner-led service with 60-minute response, direct insurance billing, and eco-friendly methods across New London.
60-Minute Emergency Response
IICRC-certified crews arrive within 60 minutes, day or night, every day of the year.
<60minutes on-site
Owner-Operated Local Crew
Every job is personally overseen by our owner, from first call to final moisture reading.
15+years experience
Direct Insurance Billing
We bill State Farm, Liberty Mutual, USAA, Travelers, Allstate, and Chubb directly under HIC.0668405.
100%carrier billing
EPA-Registered Antimicrobials
EPA-registered antimicrobials and Safer Choice cleaning products applied per IICRC S500 and S520 standards.
EPAregistered products
Understanding The Risk
What Untreated Water Damage Costs Your New London Property
Untreated water damage in a New London home becomes mold colonization within 24 to 48 hours, hardwood cupping within 12 hours, and plaster delamination within 72 hours. A $4,500 same-day extraction can become a $25,000 plaster and finish-floor rebuild after 48 hours. The earlier we measure, the smaller the rebuild.
Long Island Sound Storm Surge
Ocean Beach And Pequot Avenue
Ocean Beach Park and the Pequot Avenue shoreline corridor face direct Long Island Sound storm surge during nor-easters and tropical remnants. Brackish Category 3 backwater pushes through coastal-zone floor drains and ground-floor utility rooms, requiring full-PPE remediation under IICRC S500.
Thames Harbor Tidal Surge
Downtown And Shaws Cove
Thames Harbor and Shaws Cove tidal exposure reaches Downtown New London commercial slabs and Fort Trumbull waterfront properties. Nor-easter coincident with high tide pushes brackish surge through Downtown floor drains and 1700s whaling-port colonial basements, requiring full-PPE remediation under IICRC S500.
1700s Whaling-Port Colonials
Downtown And Bank Street
Downtown New London 1700-1820 whaling-port colonial homes carry plaster-on-lath wall systems and timber-frame stud bays where moisture wicks against original sill plates. Damage often hides for weeks until plaster staining appears on upper floors above the original water source.
1880 Hodges Square Victorian Tenements
Plaster-On-Lath Cavities
Hodges Square, Williams Park, and Mitchell Woods 1880-1920 Victorian tenement and row-house stock carry plaster-on-lath wall systems and continuous balloon-frame stud bays. Combined with aged urban-infrastructure exposure, lath bays retain water beyond modern drywall.
Combined-Sewer Overflow
Aged Downtown Infrastructure
Downtown New London and Hodges Square sit on aged combined-sewer infrastructure where heavy rainfall produces Category 3 combined-sewer overflow events. Stormwater pushes mixed sewage and rainwater into basement floor drains, requiring full-PPE IICRC S500 remediation.
Institutional Commercial Carriers
Coast Guard And Conn College
New London hosts the US Coast Guard Academy, Connecticut College, and the Eugene ONeill Theater Center campus stock. Institutional commercial-policy scope requires coordinated multi-tenant carrier handling. We deliver IICRC-standard documentation across residential, multi-family, and commercial scope types.
Local Expertise
Why New London Properties Need Professional Water Damage Restoration
Professional water damage restoration in New London means IICRC S500-2021 extraction, Long Island Sound storm-surge response at Ocean Beach and Pequot Avenue, Thames Harbor tidal-estuary Category 3 remediation Downtown and at Shaws Cove, whaling-port colonial cavity drying for 1700s Downtown stock, Victorian plaster work for 1880 Hodges Square, combined-sewer overflow scope, and a carrier-ready file for State Farm, Travelers, Liberty Mutual, USAA, Allstate, Chubb, NFIP, and institutional carriers. DIY drying with household fans accelerates salt-water mold growth inside lath bays common to 1700 to 1940 New London housing stock.
1
Sound Coastal And Thames Harbor Expertise
Long Island Sound storm surge at Ocean Beach and Pequot Avenue plus Thames Harbor tidal estuary at Shaws Cove and Downtown introduce sustained Category 3 brackish water requiring IICRC S500 remediation. Our crews stage Hydramaster CDS-4.8 truck-mounted extractors and submersible pumps for the whaling-port corridor, with daily Tramex CME 5 moisture readings logged until S500 dry standard is confirmed.
2
Whaling-Port And Victorian Stock Preservation
Downtown New London 1700s whaling-port colonial homes and Hodges Square 1880 Victorian tenement stock require drying protocols calibrated to plaster-on-lath wall systems and continuous balloon-frame stud bays. Phoenix Axial air movers positioned at psychrometric intervals dry plaster cavities without surface delamination. Tramex CME 5 mapping at every floor intercepts vertical moisture migration before mold colonies form.
3
Combined-Sewer And Coastal Coordination
Downtown and Hodges Square aged combined-sewer infrastructure produces Category 3 overflow events during heavy rainfall. Ocean Beach and Pequot Avenue face combined Long Island Sound coastal surge with salt-water exposure. Our crews carry full-PPE Category 3 remediation kits, salt-water antimicrobial protocols per IICRC S500, and post-loss lab-verified clearance testing for both scope types.
4
Institutional And Residential Carrier Documentation
New London homes carry standard CT policies from State Farm, Travelers, Liberty Mutual, USAA, Allstate, and Chubb. Coast Guard Academy, Connecticut College, and Eugene ONeill commercial scope adds institutional multi-tenant carriers and federal property coordination. Our owner, IICRC certified in WRT and AMRT under HIC.0668405, delivers a carrier-ready restoration file with timestamped photos and itemized scope for all carrier types.
Common Water Damage, Handled
The Water Damage We See Most in New London
In New London, flooding usually traces to the mouth of the Thames River where it meets Long Island Sound, so we classify every loss under the IICRC S500 standard and document it for your insurer. These are the water-damage patterns we see most often.
01/ 05
Basement FloodingStanding Water
Flooded Basement, Fully Dried
Basement Flooding
Flooded Basement, Fully Dried
Local Note
In New London, Thames River mouth tidal surge and Sound flooding are the usual culprits.
The Situation
A failed sump pump, a burst supply line, or storm-driven groundwater can leave inches of standing water sitting against framing, drywall, and stored belongings. The longer it sits, the further moisture wicks up the walls and the faster the Category of the water deteriorates.
How We Handle It
Our IICRC-certified technicians classify the water under IICRC S500, then pull the standing water down to the slab with truck-mounted and submersible extraction. We open wet wall cavities, set air movers and LGR dehumidifiers for structural drying, and apply an antimicrobial per IICRC S520 where Category 2 or 3 water is involved.
Dried To Standard
We take daily Tramex moisture readings and dry the assembly to the ANSI/IICRC dry standard, not to a calendar. Every reading, photo, and scope line is documented for your insurer so the claim moves on facts, not guesswork.
In New London, older harbor-district supply lines freeze in a hard cold snap.
The Situation
A frozen or failed supply line can let pressurized water run behind walls and ceilings, soaking multiple rooms before anyone finds the source. It starts as clean Category 1 water, but the longer it sits in cavities and against organic materials, the faster it degrades and the wider the damage spreads.
How We Handle It
We stop the source first, then extract the standing water and trace how far it has traveled with moisture meters and thermal imaging. We open and dry the affected wall, ceiling, and floor cavities with air movers and LGR dehumidifiers, monitoring the assembly daily so we dry only what is wet rather than tearing out what can be saved.
Dried To Standard
We dry the structure to the ANSI/IICRC dry standard and confirm it with moisture readings before anything gets closed back up. The scope, daily logs, and photos are documented for your insurer so the claim is backed by data, not estimates.
In New London, we treat every overflow as Category 3 black water.
The Situation
An overflowing toilet is a Category 3 black-water event under IICRC S500. The water is contaminated, so it cannot simply be dried in place. Once it spreads across the bathroom floor and soaks into baseboard, drywall, and the subfloor, the affected porous materials carry a real sanitation risk, not just a moisture one.
How We Handle It
Our IICRC-certified technicians treat it as Category 3 from the first minute, working in full PPE. We extract the contaminated water, then remove the affected porous materials, drywall, baseboard, and flooring as needed, rather than try to salvage them. We sanitize the remaining structure with an EPA-registered antimicrobial per IICRC S520, then run air movers and LGR dehumidifiers for controlled structural drying.
Dried To Standard
We dry the framing and subfloor to the ANSI/IICRC dry standard and verify it with moisture readings before any rebuild, so new finishes go over a clean, dry assembly. The full scope, sanitation records, moisture data, and photos are documented for direct submission to your insurer.
Category 3 Black WaterFull PPE ProtocolSanitized Per S520
04/ 05
Storm or Roof LeakHidden Saturation
Roof Leak, Traced and Dried
Storm or Roof Leak
Roof Leak, Traced and Dried
Local Note
In New London, coastal storms drive it into 19th-century waterfront attics.
The Situation
A storm or a failed flashing detail can let water into the attic, where it saturates sheathing, framing, insulation, and the ceilings and wall cavities below. The intrusion is often hidden until staining appears, and by then the trapped moisture has had time to spread and raise a real mold risk.
How We Handle It
We trace and stop the intrusion, adding tarping or temporary protection where the roof needs it, then find the full moisture footprint with meters and thermal imaging. We remove saturated insulation and drywall where required, dry the framing and cavities with air movers and LGR dehumidifiers, and apply an antimicrobial per IICRC S520 where conditions warrant it.
Dried To Standard
We dry the structure to the ANSI/IICRC dry standard and verify it with moisture readings before any rebuild, so finishes go back over a sound, dry assembly. Every reading, photo, and scope line is documented for your insurer.
Intrusion TracedSaturated Material RemovalS520 Where Warranted
05/ 05
Hardwood CuppingStructural Drying
Cupped Hardwood, Saved In Place
Hardwood Cupping
Cupped Hardwood, Saved In Place
Local Note
In New London, oak floors here cup once the subfloor stays wet.
The Situation
When water reaches a hardwood floor, the boards absorb moisture from below and cup or buckle as the subfloor stays wet. Pulling the floor too early wastes a repairable surface, while ignoring it traps moisture against the subfloor and invites rot and mold.
How We Handle It
We map the moisture through the boards and subfloor with pin and pinless meters, then set a controlled drying system, floor drying mats, directed air movement, and LGR dehumidification, to draw water out of the assembly. Readings guide whether the floor can be saved in place or needs to come up.
Dried To Standard
Many cupped floors flatten back out once the subfloor reaches the dry standard, which can save a full tear-out. We document the daily readings and the in-place drying decision so your adjuster sees the rationale behind the scope.
New London water emergencies cost less when extraction and drying start within the first hour. Use these IICRC-aligned steps the moment a coastal surge, combined-sewer overflow, or Thames Harbor backflow event begins.
What To Do Immediately
1
Shut Off The Main Water Valve
Stop the source first. In 1700s Downtown whaling-port colonials the main shut-off is typically in the dirt-floor cellar near the original well pit. In Ocean Beach and Pequot Avenue cottages, look for a wall valve on the front-foundation side.
2
Cut Power To Affected Areas
Trip the breaker for any room with standing water before walking in. Electrical hazard kills sooner than water damage, especially in Downtown whaling-port and Hodges Square tenement basements with mixed-era wiring near the panel.
3
Call Green Restoration Immediately
Dial (833) 833-3637 for same-day Eastern CT dispatch. Every minute of delay adds drying time and scope cost, especially in balloon-frame stud bays where salt water wicks through coastal exposure.
4
Move Furniture And Valuables Up
Lift antiques, electronics, and important documents to a dry upper floor. Place aluminum foil under wood legs to prevent finish staining on Downtown and Hodges Square heart-pine wide-plank.
5
Photograph The Damage For Insurance
Wide and close-up photos before extraction starts. Both standard carriers and NFIP require pre-mitigation documentation for full coverage on coastal and Downtown New London properties.
6
Open Windows On A Dry Day
If outdoor humidity is below indoor humidity, brief ventilation accelerates initial moisture loss before professional drying equipment arrives.
What NOT To Do
Do Not Use Household Fans
Box fans spread contaminants and accelerate mold growth in plaster cavities before professional containment arrives. Wait for IICRC-grade air movers.
Do Not Walk Through Standing Water
Unknown electrical loads and submerged debris cause injuries in New London tenement basements with mixed-era wiring. Cut power first, then enter only with appropriate footwear.
Do Not Lift Wet Carpet Yourself
Saturated carpet plus pad can weigh hundreds of pounds and spread Category 3 brackish contamination from Long Island Sound surge or combined-sewer overflow water across dry rooms during removal.
Do Not Run HVAC Through Wet Spaces
Forced-air systems spread spores from wet zones into dry rooms across Downtown and Hodges Square tenement layouts. Shut HVAC down until containment is established.
Do Not Wait To Call Insurance
Delayed reporting can void claim coverage on standard carrier, NFIP, and institutional policies. Notify your carrier within hours and have our scope file ready for adjuster review the same day.
Do Not Apply Bleach To Mold Growth
Surface bleach kills visible mold but leaves spores inside porous balloon-frame stud bays. Professional remediation per IICRC S520 is required for safe clearance.
Our Water Damage Restoration Process In New London, CT
From the first call to final walkthrough, every step is documented, insured, and owner-supervised.
01Current Step
5 StepsStart to Finish
100%Owner-Supervised
DirectInsurance Billing
Service Area
Water Damage Restoration Coverage In New London, CT
Documented water damage restoration for New London homes and Thames Harbor commercial properties, from Long Island Sound coastal Ocean Beach and Pequot Avenue to Thames Harbor brackish Downtown and Shaws Cove, 1700s whaling-port colonials, 1880 Hodges Square Victorian tenements, Mitchell Woods row stock, Bates Woods residential corridor, Fort Trumbull waterfront, and Coast Guard Academy and Connecticut College campus stock, with crews arriving within the hour from the New London County corridor.
Green Restoration provides certified water damage restoration in New London, CT 06320, serving Downtown, Ocean Beach, Williams Park, Hodges Square, Mitchell Woods, Shaws Cove, Crockers Field, Fort Trumbull, the Pequot Avenue corridor, Bates Woods, Riverside Park, and Mamacoke. With direct access via Interstate 95, Route 32, Route 184, and Route 1, our IICRC-certified technicians arrive within 60 minutes of your call, day or night, from the New London County corridor. We handle Long Island Sound storm surge at Ocean Beach and Pequot Avenue, Thames Harbor tidal estuary at Shaws Cove and Downtown, burst pipes in 1700s whaling-port colonials, plaster failures in 1880 Hodges Square Victorian tenements, combined-sewer overflow scope in aged Downtown infrastructure, Coast Guard Academy and Connecticut College institutional commercial scope, and full reconstruction. We submit our scope of work and supporting documentation directly to your insurer including NFIP. We are not licensed public adjusters and do not negotiate claims on your behalf.
As locally owned and operated under HIC.0668405, we know what 1700 to 1990 New London properties face: timber-frame and plaster-on-lath construction in Downtown whaling-port colonials, continuous balloon-frame stud bays in 1880 Hodges Square Victorian tenement stock, mid-century Mitchell Woods row housing with pre-war plumbing, Long Island Sound storm-surge exposure at Ocean Beach and Pequot Avenue, Thames Harbor tidal estuary brackish surge at Shaws Cove and Downtown, aged combined-sewer overflow risk in Hodges Square and Bates Woods, Fort Trumbull waterfront commercial scope, and Coast Guard Academy plus Connecticut College institutional property workflows. Our owner and crews deliver IICRC-standard documentation that adjusters from State Farm, Travelers, Liberty Mutual, USAA, Allstate, Chubb, NFIP, and institutional carriers require. Direct carrier billing means your claim moves forward without delay.
How New London Geography Shapes A Restoration Scope
New London water damage restoration covers rapid extraction, structural drying, and antimicrobial treatment for homes and institutional commercial properties across every New London neighborhood. Crews dispatch within 60 minutes from the New London County corridor across Downtown, Ocean Beach, Williams Park, Hodges Square, Mitchell Woods, Shaws Cove, Crockers Field, Fort Trumbull, the Pequot Avenue corridor, Bates Woods, Riverside Park, and Mamacoke. Every project follows IICRC S500 protocol with truck-mounted Hydramaster CDS-4.8 extraction, Phoenix Axial movers, and daily Tramex CME 5 moisture readings until dry standard is confirmed at every monitoring point. Documentation goes direct to your adjuster and NFIP file with timestamped photos, daily moisture logs, scope-of-work paperwork, and clearance reports formatted for direct submission to all major carriers including institutional and federal property scope.
Same-day dispatch across all 12 New London neighborhoods, 24/7Truck-mounted Hydramaster CDS-4.8 extraction on every emergency callIICRC S500-certified water damage restoration with daily moisture logsEPA-registered antimicrobial treatment per IICRC S520 standardsDirect insurance billing to all major carriers including NFIP and institutionalFree on-site inspection with written scope estimate before any work begins
Variation A registered
Emergency Response
24/7 Water Damage Response In New London, CT
IICRC-certified crews dispatch from the New London County corridor across Long Island Sound coastal Ocean Beach and Pequot Avenue, Thames Harbor tidal-estuary Downtown and Shaws Cove, 1700s whaling-port colonials, 1880 Hodges Square Victorian tenements, Mitchell Woods row stock, and Coast Guard Academy plus Connecticut College institutional campus stock. Most calls are on site within the hour.
Three-RiverYantic + Shetucket + Thames
Norwich, Greeneville, Yantic, and Taftville sit at the confluence of the Yantic, Shetucket, and Thames Rivers, where spring snowmelt and tropical-system surge push backwater into pre-war mill-worker tenement basements. We pump with Hydramaster CDS truck-mounts, document Category 2 stormwater per IICRC S500-2021, and dry plaster cavities to S500 standard.
Mill-Worker StockGreeneville + Taftville
Greeneville textile mill village and Taftville Ponemah Mill worker tenements 1880-1910 carry pre-war plaster-on-lath wall systems and continuous balloon-frame stud bays where moisture wicks vertically from basement to upper floors. Phoenix Axial movers and FLIR thermal imaging map hidden moisture inside lath bays before viable mold colonies form.
Tidal EstuaryThames River + Norwich Harbor
Norwich Harbor and the Thames River tidal estuary expose Downtown and East Side basements to brackish surge during nor-easters. Salt-water Category 3 losses require full-PPE remediation under IICRC S500 with porous material removal, antimicrobial framing treatment, and lab-verified clearance.
IICRC AMRT + WRTLocal Owner
Our owner personally leads every New London County water-damage scope, IICRC AMRT and WRT certified under HIC.0668405. Documented scope, daily Tramex CME 5 moisture logs, and clearance filed with State Farm, Travelers, Liberty Mutual, USAA, Allstate, Chubb, and other major carriers.
About Green Restoration
About Green Restoration In New London, CT
Your Local Water Damage Specialists Since 2014
New London scope covers Long Island Sound storm-surge pumping at Ocean Beach and Pequot Avenue, Thames Harbor tidal-estuary Category 3 brackish remediation Downtown and at Shaws Cove, plaster-on-lath cavity work in 1880 Hodges Square Victorian tenements, timber-frame drying in 1700s whaling-port colonials, combined-sewer overflow scope in aged Downtown infrastructure, and Coast Guard Academy plus Connecticut College institutional commercial response. Our owner runs the work under HIC.0668405 with IICRC AMRT and WRT credentials, Tramex moisture mapping, Phoenix Axial movers, and LGR dehumidifiers. Carrier-ready files go direct to your adjuster including NFIP and institutional carriers. We are not licensed public adjusters and do not negotiate claims on your behalf.
David MegeneishviliLocal Owner, New London County, CT
15+ Years RestorationCT HIC.0668405
“I am our owner, and I lead our Eastern CT water damage crews personally. Across 15 years of restoration work, IICRC AMRT and WRT certified, I have walked Long Island Sound surge basements at Ocean Beach, brackish Thames Harbor cellars Downtown, and 1880 Hodges Square Victorian tenement basements myself. Every New London job gets my direct oversight, scoped to S500 dry standard, billed to your carrier under HIC.0668405.”
IICRC Certified FirmLicensed & Insured In CTBBB A+ Rated Business
The Water Damage Standard
What Is IICRC S500 Water Damage Restoration?
Water damage restoration is the IICRC S500-2021 documented process of extracting standing water, classifying the loss by category (clean, gray, black) and class (1 through 4), then drying the structure to equilibrium moisture content within a defined psychrometric window using commercial LGR dehumidifiers, axial air movers, and Tramex meter verification across every previously affected substrate.
In New London, CT, restoration is sequenced: 60-minute dispatch, FLIR thermal imaging and Tramex CME 5 mapping, truck-mounted extraction, controlled drying to S500 § 12 benchmarks, antimicrobial application per S520-2024, and a carrier-ready scope file with daily moisture logs. Cutting steps drives mold colonization risk, claim denial risk, and reinjury rework within weeks.
IICRC S500-2021 aligned
ASTM E1745 vapor retarder spec
ASHRAE 160 humidity targets
Carrier-grade documentation
Climate & Code
Why New London Sits in Climate Zone 5A
Zone 5A
IECC International Energy Conservation Code
IECC Climate Zone 5A across most of Connecticut. Coastal towns sit in Zone 5A while the inland NW Corner edges into Zone 6A.
Connecticut adopts the 2021 IECC under the State Building Code, requiring documented psychrometric drying logs and Class I or II vapor retarder per ASTM E1745 after Category 2 or Category 3 water restoration.
Local Success Stories
Trusted by Families in New London & New London County
4.9 out of 5, Rated by your neighbors on Google
We discovered mold when removing our pellet stove and called Green Restoration for help. David was very communicative and helpful throughout the entire process. He did the job thoroughly and professionally. Highly recommended!
DW
David Woolner
Mold Remediation
Verified • October 2025
I had a fantastic experience with Green Restoration. From start to finish, the team was professional, thorough, and extremely knowledgeable. David came for the initial inspection and took the time to explain the entire process.
AG
Annmarie Gieparda
Mold Remediation
Verified • March 2025
We had mold due to a water leak in our half finished basement. David and his crew did a great job, we were very satisfied. I would highly recommend Green Restoration to anyone.
T
Tanya
Water Damage
Verified • February 2025
I needed my entire condo completely cleaned after a soot blow back. Green Restoration was top shelf! So thorough and professional. Thank you so much!
Sewer backup, Thames Harbor brackish surge, Long Island Sound storm flooding, multi-room containment
Expert Answers
New London Water Damage Restoration FAQs
Clear answers about emergency water removal, structural drying, insurance documentation, and restoration costs in New London, CT.
New London water damage restoration typically runs $2,800 to $9,500 for a Category 1 burst-pipe loss in a Mitchell Woods row house, with Long Island Sound coastal Category 3 brackish losses at Ocean Beach and Pequot Avenue reaching $20,000 to $58,000 when subfloor and drywall removal is required under IICRC S500. 1700s Downtown whaling-port colonials and 1880 Hodges Square Victorian tenements with plaster-on-lath cavity drying add 30 to 50 percent to standard scope. Thames Harbor tidal Category 3 brackish losses Downtown require IICRC S500 full-PPE remediation. Final pricing is set by your adjuster against our carrier-ready file. Call (833) 833-3637 for same-day New London estimates under HIC.0668405.
Our Eastern CT crew dispatches with a 60-minute response target across Downtown, Hodges Square, Mitchell Woods, Williams Park, Shaws Cove, and Fort Trumbull via Interstate 95, Route 32, Route 184, and Route 1. Ocean Beach, Pequot Avenue, Bates Woods, and Mamacoke addresses typically see arrival inside 55 minutes day or night. IICRC S500-2021 extraction equipment, including Hydramaster truck-mounts and submersible pumps, rolls on every call. Our owner oversees New London dispatch personally. Reach the New London County line at (833) 833-3637.
Standard CT homeowners policies from State Farm, Travelers, Liberty Mutual, USAA, Allstate, and Chubb cover sudden and accidental water losses, including burst pipes in 1700s Downtown whaling-port colonials, plaster-on-lath leaks in 1880 Hodges Square Victorian tenements, and Mitchell Woods row-house supply-line failures. Rising surface water from Long Island Sound storm surge at Ocean Beach and Pequot Avenue plus Thames Harbor tidal estuary backflow Downtown is excluded and requires a separate NFIP policy. Many coastal New London homeowners carry both. We submit IICRC S500-standard scope documentation directly to your carrier under HIC.0668405. We are not licensed public adjusters and do not negotiate claims on your behalf.
A typical New London basement dry-down runs 3 to 5 days for Category 1 or 2 water in a Mitchell Woods row house, with Long Island Sound coastal Category 3 brackish losses at Ocean Beach extending to 10 to 14 days because salt-water residue requires specialized drying and post-flood antimicrobial treatment under IICRC S500. 1880 Hodges Square Victorian tenement plaster-on-lath cavities take longer because lath bays retain moisture beyond modern drywall. 1700s Downtown whaling-port colonials with timber-frame stud bays require Tramex CME 5 readings at every floor because original framing wicks moisture vertically. Daily readings confirm dry standard at every monitoring point before equipment leaves the site. Our owner signs off on close-out.
Yes. Sewage backups in New London basements, especially during Thames Harbor tidal events affecting Downtown and Shaws Cove, plus aged combined-sewer overflow in Hodges Square and Bates Woods, are treated as Category 3 grossly contaminated water under IICRC S500-2021 section 5.3. Long Island Sound brackish salt-water tidal exposure at Ocean Beach compounds the contamination risk. Our Eastern CT crew sets HEPA containment, removes porous materials in contact with sewage, applies EPA-registered antimicrobials to framing and slab, then dries the assembly to S500 standard with verification readings. The scope file is documented for State Farm, Travelers, Liberty Mutual, USAA, NFIP, and institutional carriers. Call (833) 833-3637 for same-day New London dispatch.
Eco-Friendly Solutions For Healthier Spaces
