Carpet, Rug & Air Duct Cleaning, and Restoration in Newtown

Teasdale Fenton provided professional water damage restoration services, including the deployment of specialized drying equipment such as industrial air movers to thoroughly dry the saturated carpet and prevent further damage or mold growth. The affected area was successfully dried and restored.

Full mold remediation services including the setup of containment barriers, usage of specialized equipment for mold removal, comprehensive cleaning of the affected basement areas, and equipment pick-up.

Our team conducted an initial inspection, documented the extent of the water damage, and assisted the customer in filing an insurance claim, including obtaining adjuster contact information. Walls were taped off to delineate wet areas and identify necessary demolition. Work authorization was secured, and detailed pictures and moisture readings were taken. Drying equipment, including dehumidifiers and air movers, was strategically placed in the basement and kitchen to initiate the drying process. Hydro day 1 procedures were completed, and scans were uploaded to Encircle. Subsequently, the hardwood floor beneath the fridge was tented, and approximately 30 square feet of wet drywall was removed from the stairwell wall and recreation area ceiling. Contents were covered and protected, and additional air movers were deployed. All demolition and cleaning tasks were completed, and the job reached its final drying stage. The dehumidifier was removed from the kitchen, and while the floor returned to a dry standard, warping was noted under the refrigerator.

Our team provided a comprehensive emergency mitigation and reconstruction (putback) service.  Emergency Stabilization: Secured the exterior with heavy-duty roof tarping and cleared the debris from the collapsed deck structure. Interior Controlled Demolition: Removed saturated drywall and insulation from the vaulted ceilings to inspect the rafters and prevent mold growth. Structural Inspection & Preparation: Evaluated the exposed OSB sheathing and roof trusses for damage while maintaining a climate-controlled environment using industrial air movers. Reconstruction (Putback) Phase: Began the process of re-insulating the ceiling cavities with high-quality fiberglass batts and preparing the interior surfaces for new drywall installation and finishing.

Our team performed a surgical removal of all affected plaster ceilings and specific wall portions, stripping the structure back to the studs and masonry to ensure any hidden source of contamination was fully exposed and eradicated. To address the client’s primary concern regarding cleanliness, the crew established a professional-grade containment zone by utilising reinforced floor protection and high-visibility poly-containment barriers to seal off doorways and protect household contents from cross-contamination. Following the demolition, a rigorous two-stage decontamination process was executed, involving industrial HEPA vacuuming to clear fine dust from all surfaces and the application of an anti-microbial spray treatment to sanitise the exposed framing and masonry. Recognising the customer’s high sensitivity to dust control, the solution extended beyond simple removal; the team coordinated with the reconstruction department to keep an industrial air scrubber running on-site 24/7. This proactive approach ensures continuous air filtration, capturing airborne particles during the transition to the "put-back" phase and providing the client with ongoing peace of mind.

Our team provided comprehensive remediation and restoration services, including the removal of approximately 60 sq ft of drywall, 20 linear feet of baseboard, and 20 linear feet of quarter round trim. We applied antimicrobial treatment to 80 sq ft of affected areas and utilized air scrubbers for air purification. Content manipulation and relocation were performed for two hours, along with the application of 80 sq ft of poly sheeting for protection. Asbestos and lead paint samples were collected from the main level common area bathroom and the basement bedroom bathroom, and submitted for expedited lab analysis. We meticulously wiped down and covered large contents in bedrooms and bathrooms, sealing off vital areas and closets within affected rooms. Containment barriers were established in all affected rooms, the hallway, and foyer, including sealing off the kitchen and living room. Demolition commenced in the back two bedrooms. In the lower level, containment was set at the bottom of the steps, and contents were manipulated and prepared for covering in plastic, with plans for further demo and cleaning.

Our team responded to the emergency by removing the fallen tree from the structure. They provided temporary tarping to protect the damaged roof from further elements and then proceeded with comprehensive repairs, including replacing damaged roof sheathing, shingles, and addressing damage to the siding and deck caused by the impact.

Our team provided comprehensive water damage restoration services. This included professional water extraction from the carpeted hallway using specialized equipment, followed by the deployment of industrial drying equipment such as air movers and dehumidifiers to thoroughly dry the affected areas. Additionally, specialized tools were used to address moisture at the base of the walls and carpets to prevent further damage and mold growth.

Teasdale Fenton provided a comprehensive water damage restoration solution, including professional water extraction, structural drying using high-powered air movers and dehumidifiers, and precise moisture monitoring to prevent mold growth and restore the property.

Teasdale Fenton responded to the water damage issue by providing professional water extraction services. A trained technician utilized specialized equipment to remove standing water and moisture from the heavily saturated basement carpet, initiating the drying and restoration process.

We provided a comprehensive water damage inspection and targeted mitigation strategy. Our technicians utilized advanced FLIR thermal imaging technology to non-invasively scan the built-in cabinetry and surrounding structures, allowing us to accurately detect hidden moisture pockets and map the exact water migration path before initiating the structural drying process.

Our team executed an immediate extraction and surface stabilization protocol to mitigate further structural damage. First, we deployed professional extraction wands to pull the standing water off the laminate floor surface and out of the sliding door track assembly. Next, we carefully moved exposed furniture items, toys, and personal belongings out of the wet zones to prevent finish bleeding or secondary water damage. Because outdoor runoff is classified as Category 3 "black water" and introduces environmental contaminants, we applied a thorough bio-wash and an EPA-approved antimicrobial sanitizer across the affected flooring to eliminate potential pathogens. Finally, we deployed commercial low-profile air movers to create a high-velocity drying path across the wood-look planks, safely stabilizing the structural area before secondary warping or buckling could occur.