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  • The Importance of Exterior and Interior Waterproofing

    This basement was below grade, the waterproofing product used to seal the exterior when constructed, had degraded and delaminated over time.

    The Importance of Exterior and Interior Waterproofing

    Waterproofing is an essential aspect of maintaining the structural integrity and longevity of any property. Whether it’s a residential home, a commercial building, or an industrial facility, ensuring that both the exterior and interior are well-protected from water damage can save you significant time, money, and stress in the long run. Here’s why you might need exterior or interior waterproofing and how it can benefit your property.

    Understanding Exterior Waterproofing

    Exterior waterproofing focuses on protecting the outer structure of a building from water infiltration. This type of waterproofing is crucial for several reasons:

    1. Preventing Structural Damage: Water seepage can weaken the foundation, leading to cracks and structural instability. Exterior waterproofing helps keep water away from the foundation, preserving its strength and durability.
    2. Mold and Mildew Prevention: Moisture can create an ideal environment for mold and mildew growth, which can cause health issues and damage building materials. Exterior waterproofing reduces the risk of mold and mildew by keeping water out.
    3. Enhancing Property Value: A well-maintained, waterproofed exterior can increase your property’s market value. Potential buyers are likely to pay more for a home or building that doesn’t have water damage issues.
    4. Energy Efficiency: Waterproofing can also improve your property’s energy efficiency. Proper insulation and waterproofing can help maintain indoor temperatures, reducing the load on heating and cooling systems.

    The Role of Interior Waterproofing

    Annual inspections are needed to maintain waterproofing efforts all of our waterproofing installations come with regular maintenance and inspections

    Interior waterproofing is equally important and serves as an additional line of defense against water intrusion. Here’s why you might need interior waterproofing:

    1. Basement Protection: Basements are particularly susceptible to water infiltration. Interior waterproofing helps keep basements dry, preventing damage to personal belongings and reducing the risk of mold growth.
    2. Mitigating Existing Water Problems: If your property already has water issues, interior waterproofing can help manage and reduce the impact. This approach includes installing sump pumps, interior drainage systems, and waterproof coatings.
    3. Health and Safety: A dry interior environment is crucial for maintaining good indoor air quality. Waterproofing helps prevent mold and mildew, which can cause respiratory problems and other health issues.
    4. Longevity of Building Materials: Water damage can cause significant wear and tear on building materials. Interior waterproofing protects walls, floors, and other structures from moisture, prolonging their lifespan.

    Choosing the Right Waterproofing Solution

    Determining whether you need exterior or interior waterproofing—or both—depends on your specific situation. Here are some factors to consider:

    • Climate and Weather Conditions: Properties in areas with high rainfall or prone to flooding may benefit more from exterior waterproofing.
    • Age and Condition of the Property: Older properties with existing water damage may require comprehensive interior waterproofing solutions.
    • Budget and Resources: While exterior waterproofing is typically more expensive, it offers long-term benefits. Interior waterproofing can be a cost-effective solution for managing current issues.

    Professional Waterproofing Services

    IICRC Water-Mold-Smoke-Fire Damage Certified Professionals Call ☎️ 859-267-3482

    At Property Damage Solutions, we specialize in both exterior and interior waterproofing services. Our team of experts can assess your property, identify potential water intrusion points, and recommend the best solutions to protect your investment.

    Conclusion

    Waterproofing is not just an optional upgrade; it’s a necessary step to protect your property from the damaging effects of water. Whether you need to safeguard the exterior, manage existing interior issues, or both, professional waterproofing services can help you maintain a safe, dry, and valuable property. Contact us today to learn more about our comprehensive waterproofing solutions and how we can help you achieve peace of mind and long-term property protection.

    For more information, visit Property Damage Solutions or give us a call at 859-302-9666. Let us help you keep your property safe from water damage.


  • Understanding Whiskey Fungus: Causes, Effects, and Prevention


    Whiskey Fungus Is A Black Mold

    Whiskey fungus, also known as Baudoinia compniacensis, is a type of black mold that commonly grows on buildings and structures near whiskey distilleries and other facilities where ethanol is produced. While whiskey fungus itself does not pose significant health risks to humans, it can cause aesthetic and structural damage to buildings and outdoor surfaces. In this article, we’ll explore the causes, effects, and prevention measures for whiskey fungus.

    Causes of Whiskey Fungus:

    Whiskey fungus thrives in environments with high levels of ethanol vapor, which are typically found near distilleries, breweries, and other industrial facilities where alcohol is produced. The fungus feeds on the ethanol vapors released during the fermentation and aging processes, as well as on other organic compounds present in the air.

    Houses Near Distilleries Commonly Need Pressure Washed And Treated

    Effects of Whiskey Fungus:

    1. Aesthetic Damage: The most noticeable effect of whiskey fungus is the black staining it creates on outdoor surfaces such as buildings, fences, and trees. These unsightly stains can detract from the appearance of properties and structures, leading to concerns among property owners and communities.
    2. Structural Damage: In addition to aesthetic concerns, whiskey fungus can also cause structural damage to buildings and other surfaces over time. The fungus can penetrate and degrade certain types of building materials, including wood, concrete, and metal, potentially compromising their integrity and longevity.
    3. Environmental Impact: Whiskey fungus releases spores into the air, which can spread and settle on nearby vegetation, soil, and water bodies. While the impact of whiskey fungus on the environment is relatively minimal compared to other types of pollution, it can still contribute to ecological changes in affected areas.
    We use a plant based anti microbial in our monthly treatments for clients as well as thorough inspections to the most vulnerable areas of the home. These monthly treatments are for any microbes as well as whiskey fungus.

    Prevention of Whiskey Fungus:

    1. Site Selection: When planning the location of a distillery or industrial facility, consider the surrounding environment and potential impacts on nearby properties. Choose sites with adequate distance from residential areas and sensitive ecosystems to minimize the risk of whiskey fungus growth.
    2. Emissions Control: Implement measures to control and reduce emissions of ethanol vapors and other organic compounds from production processes. This may include installing vapor recovery systems, improving ventilation, and optimizing fermentation and aging techniques to minimize emissions.
    3. Surface Treatments: Apply protective coatings or sealants to outdoor surfaces to create a barrier against whiskey fungus growth. These treatments can help prevent the fungus from establishing a foothold and make it easier to clean and remove any staining that does occur.
    4. Regular Maintenance: Implement a regular maintenance schedule to inspect and clean outdoor surfaces for signs of whiskey fungus growth. Promptly remove any black stains using appropriate cleaning methods and products to prevent further spread and damage.
    5. Community Engagement: Foster open communication and collaboration with local communities and stakeholders to address concerns related to whiskey fungus. Educate residents and property owners about the causes and effects of the fungus and involve them in discussions about prevention and mitigation strategies.

    Conclusion:

    Whiskey fungus may not pose a direct health risk to humans, but its presence can have significant aesthetic and structural impacts on buildings and outdoor surfaces near distilleries and industrial facilities. By understanding the causes of whiskey fungus and implementing proactive prevention measures, we can minimize its effects and preserve the integrity and beauty of our communities.

    For professional assistance with whiskey fungus removal and prevention, contact Property Damage Solutions at (859) 302-9666 or email propertydamage123@gmail.com.


    We Are IICRC Certified Mold Removal Specialists Call, Text, Email, we do emergency water extraction 24/7/365

  • Emergency Water Extraction from Basements and Crawlspaces in Richmond, Kentucky

    Emergency Water Extraction from Basements and Crawlspaces in Richmond, Kentucky

    When disaster strikes, swift action is crucial to minimize damage and restore normalcy. At Property Damage Solutions, we specialize in emergency water extraction services for basements and crawlspaces in Richmond, Kentucky, and surrounding areas of central Kentucky. With our prompt response and expertise, we’ll help you mitigate water damage effectively, ensuring your property is restored to its pre-loss condition.

    Expert Water Extraction Services

    Our team of skilled professionals is equipped with state-of-the-art equipment and industry-leading techniques to tackle water emergencies of any scale. Whether it’s a burst pipe, flooding, or any other water-related catastrophe, we’re here to provide swift and efficient water extraction services.

    Comprehensive Assessment and Planning

    Upon arrival at your property, our certified technicians will conduct a thorough assessment of the water damage. We’ll determine the extent of the damage and formulate a tailored plan to address the situation effectively. Our goal is to minimize disruption to your life and property while ensuring thorough water extraction and drying.

    Advanced Equipment and Techniques

    At Property Damage Solutions, we utilize advanced water extraction equipment, including powerful pumps, extractors, and dehumidifiers, to remove water quickly and efficiently. Our team is trained in the latest techniques for water removal and structural drying, ensuring that your property is dried thoroughly to prevent mold growth and structural damage.

    24/7 Emergency Response

    Water emergencies can happen at any time, day or night. That’s why we offer 24/7 emergency response services to our clients in Richmond, Kentucky, and the surrounding areas. You can count on us to be there when you need us the most, ready to provide immediate assistance and peace of mind.

    a man in a white suit and protective gear

    Licensed, Bonded, and Insured

    Property Damage Solutions is a licensed, bonded, and insured water damage restoration company. We adhere to the highest industry standards and regulations to ensure the safety and satisfaction of our clients. With us, you can rest assured that your property is in capable hands.

    Contact Us Today

    Certified water damage restoration company information Call ☎️ 859-302-9666

    Don’t let water damage wreak havoc on your property. If you’re facing a water emergency in your basement or crawlspace, don’t hesitate to contact Property Damage Solutions at 859-302-9666. Our team is standing by to provide prompt, professional assistance and help you restore your property to its former glory.


  • How Does A.T.P testing work

    The following article explains; How Does A.T.P testing work.

    ATP (Adenosine Triphosphate) testing is a method used to determine the presence of biological contamination, such as bacteria, yeast, or mold, in a sample. The test works by measuring the amount of ATP (a molecule found in all living cells) in a sample using a luminometer.

    A.T.P testing with a luminometer
    A.T.P Testing With A Luminometer

    Typically, the sample is mixed with a reagent called luciferin, which reacts with ATP to produce light. The amount of light produced is proportional to the amount of ATP present in the sample. The light emission is then measured by the luminometer, and the result is reported in relative light units (RLU). High RLU values indicate high levels of ATP and therefore high levels of biological contamination.

    ATP testing is widely used in a variety of industries, including food safety, environmental monitoring, and healthcare, as a quick and simple way to assess the level of hygiene and cleanliness in a given area.


  • , , , , , , , , , , , , ,

    How to thaw frozen pipes

    For emergency water removal call ☎️ (859)302-2702

    Old man winter is unbearable as it is, water damage from burst frozen pipes in the middle of it can be a nightmare. Should your pipes freeze, the following will give you tips on how to thaw frozen pipes.

    Tips on thawing frozen water pipes to parent water damage

    Thawing Frozen Pipes

    What to do if a pipe bursts

    https://www.lex18.com/news/unprecedented-number-of-water-pipes-break-in-lexington?_amp=true

    If a pipe bursts in your home, you’ll need to act fast to mitigate additional damage. Shut off your water as quickly as possible. This will help minimize the amount of water that seeps out inside your walls. You may also want to shut off power in the affected area of your home. After you’ve taken these precautionary steps, it’s time to call a plumber and start mopping up any mess that’s been caused. Try to remove as much of the water and lingering moisture as you can to avoid mold and mildew buildup. Depending on the severity of your case, you may also need to bring in other professionals to address damage to your walls, carpet, flooring or ceiling.

    Shit water off to prevent water damage in case a pipe bursts

    How to thaw out pipes

    How can you tell if your pipes are frozen? If you turn on the bathroom or kitchen faucet and see only a few drops or a trickle of water, this could indicate that water inside the pipes has frozen – preventing a free flow. But don’t panic. You may be more equipped to deal with the situation than you think. Here’s a quick lesson on how to thaw a frozen pipe.

    Step 1. Turn on the faucet

    Keep it running. Allowing the faucet to drip even slightly can help prevent a pipe from bursting. It’s simple – when freezing takes place, extreme pressure builds between the faucet and the ice blockage. An open faucet relieves this pressure buildup, in turn preventing a burst from occurring.

    Step 2. Apply heat to the frozen area, thermal energy promotes drying.

    Slowly apply heat using a hair dryer. There are several ways to do this. You can wrap the pipes in thermostatically controlled heat tape, or you can use an external heat source such as a hair dryer or space heater. Do not use a propane torch as this can damage the pipe and present a fire risk.

    If you decide to use a hair dryer, begin directing air close to the faucet end of the pipe and gradually move toward the coldest section. Be careful not to overheat the hair dryer or blow a fuse. Remember, the faucet should be left on while heat is being applied.

    Step 3. Continue to apply heat

    Don’t stop heating until full water pressure is restored. Even then, it’s a good idea to leave the faucet open for a few minutes after the pipe is thawed. This will give the ice time to completely clear from the line.

    Ways to thaw frozen pipes

    Step 4. Check all faucets and prevent pipes from freezing in the future

    Check each faucet in your home for any other frozen pipes. One frozen pipe may mean that others have been affected as well.

    If the problem persists, contact a plumber. You can prevent pipes from freezing again by taking a few simple steps:

    Before traveling, keep the temperature in your home above freezing and turn off all the water to your house.

    Be sure to keep all water pipes, especially those close to outside walls, insulated with foam rubber or heating cable.

    Keep cabinet doors open to allow air to circulate.

    Let your faucets drip cold water – it is harder for a pipe to freeze even if there is a trickle of water flowing through. In order to not waste water, you can collect the drops and reuse it, possibly for cleaning or watering plants.

    How long does it take for pipes to unfreeze?

    Using any of the handful of methods on how to thaw frozen pipes will typically take about 30 minutes. This can vary depending on the weather, how long the pipe has been frozen and where the pipe is located. Any of these factors can cause the thawing process to take longer.2

    And remember, a frozen pipe isn’t the only issue that comes with cold weather. Find out other ways to protect your home during the winter.

    Ways to prevent frozen pipes

    Quick tip on drying if you have a pipe burst, find out the GPP (grains per pound) inside your home and then outside, you can do this by purchasing a thermometer hydrometer. If the gpp is lower outside than inside, then you can dry your home with what is known in the water damage restoration industry as “an open drying system. Click to check out our mold damage prevention tips there is more tips on how to dry a house out after water damage without water damage restoration equipment.


  • Do You Have Water Damage From Melting Snow Lexington, Ky 40517

     

    Excessive snow on the roof, condensation in the attic and ice buildup can cause roof & water damage and personal injury.

    While stopping a water leak or repairing a washing machine hose down in the basement might be fairly straightforward, snow on the roof, ice dams and attic condensation are forms of water damage typical to cold climate homes and are a little more complicated and a little trickier to fix.

    Why is excessive snow on your roof a concern? What are ice dams? What causes attic condensation? And if you’ve had these, what can you do?

    Why should you worry about snow on the roof? 

    Heavy loads of ice and snow on your roof can create serious problems. These include:

    • Injuries from snow and ice falling from sloped roofs.
    • Roof collapse, especially on flat roofs.
    • Carbon monoxide poisoning resulting from blocked chimneys and vents.
    • Water damage from ice dams that form on the edges of roofs and in gutters.

    What are ice dams? 

    When the temperature in your attic is above freezing, snow on the roof will likely melt. When the snowmelt runs down the roof and hits the colder eaves, it refreezes.

    If this cycle repeats over several days, the freezing snowmelt builds up and forms an ice dam, behind which water pools into large puddles, or “ponds”. The ponding water can then back up under the roof covering and leak into the attic or along exterior walls.

    The right weather conditions for ice dams are usually when outside air temperatures are in the low 20s (°F) for several days with several inches of snow on the roof. 

    What causes condensation in your attic? 

    Condensation of water vapor on cold surfaces in attics can cause wood to rot, which can lead to costly repairs.

    Attic condensation typically occurs when warm, moist air migrates or is directed into the attic from living spaces below. Research indicates unusually high humidity in the home’s living spaces is strongly associated with attic condensation problems.

    Winter water damage warning signs to watch for

    Recognize the signs of stress when too much snow and ice has accumulated on your roof or when you have too much condensation in your attic. Here are a few things to watch for.

    Condensation, snow on roof and ice dam prevention tips 

    Building codes have some requirements that attempt to prevent the problems of ice dams and attic condensation. But codes don’t address all the issues, and many houses could have out of date building codes.

    • Bathroom and kitchen exhaust fans, as well as dryer vents, should never be discharged into the attic space and always discharge outside. You may have an adequately ventilated attic, but this won’t matter if the bathroom exhaust fan dumps warm moist air directly into the attic space. This could result in condensed water vapor freezing onto cold attic materials, which will eventually thaw creating wet attic materials resulting in damage in the attic and inside the home.
    • Minimize ceiling mounted fixtures below the attic that create the need for holes in the drywall or plaster ceiling. Properly seal ceiling penetrations to make them airtight taking care to follow manufacturer clearance requirements for flues, chimneys and recessed light fixtures.
    • Research shows keeping the attic air temperature below freezing when the outside air temperature is in the low 20s can reduce the occurrence of ice dams. Proper attic ventilation is key to keeping the attic cool, while adequate and properly installed insulation is key to keeping your house warm. It is critical to keep soffit vents free from obstructions to allow the natural flow of cool outside air into the attic space to replace the warmer attic air that rises and flows outside the ridge and/or roof vents. This flow of air will keep the attic cool and free of moisture build-up. 

    Removing ice and snow from your roof is a dangerous job. Avoid injury by hiring a professional to remove snow and ice from the roof and fix the problem before it leads to property damage and expensive repairs. Here are some tips to keep in mind. 

    • Add insulation to your attic to help prevent your home’s warm air from escaping into unheated attic spaces.
    • If replacing your home’s roof, have a self-sealing membrane installed under the shingles to help prevent water damage from ice dams.
    • On metal roofs, install snow guards above entrances.

    What not to do 

    While it might be tempting to try a quick fix to break up that ice dam, don’t get too eager; not only is it dangerous on your roof, but you can also cause a lot of damage, especially in the colder months. Here are some things to consider.

    • Do not routinely remove snow from the roof or attempt to “chip away” the ice of an ice dam. It will likely lead to shingle damage.
    • Do not install large mechanical equipment or water heaters in attics, especially in cold climates. Not only do they present an unwelcome fire hazard, but they’ll also increase the temperature in your attic.
    • Do not routinely use salt or calcium chloride to melt snow on a roof. These chemicals are very corrosive and can shorten the life of metal gutters, downspouts and flashings. Runoff that contains high concentrations of these chemicals can damage nearby grass and plants.

    What to do 

    • Follow up with your new home or home-improvement contractor to be sure that insulation in the attic space is adequate for your location.
    • Verify soffit and roof or ridge venting exists for all roof planes and that soffit vents are neither blocked by attic insulation nor covered by newly installed maintenance free finishes outside the home.
    • Verify all penetrations, access panels and electrical fixtures are properly sealed and insulated to prevent heat and moisture from entering the attic space, while maintaining manufacturer’s required clearances.
    • Verify all exhaust fans and dryer vents are discharged to the outside.
    • Keep gutters clean of leaves and other debris. This will not necessarily prevent ice dams, but clean gutters can help drain away ice melt as it makes its way to the gutters during a thaw.
    • Follow up a short-term ice dam remedy with determining and fixing the actual cause to your ice dam problem. Consult a trusted and competent professional.insulation to your attic https://g.co/kgs/5v6dYVKeep gutters clean of leavesKeep gutters clean of leavesmetal roofsmetal roofs
    Express Damage Restoration would love your feedback. Post a review to our profile.

    Water damage restoration company, Lexington, Ky 40517

    Winter water damage from ice dams, attic condensation & more


  • Water Damage From Ice Dams, What Is An Ice Dam?

    Water damage restoration company, Lexington, Ky 40517

    Winter water damage from ice dams, attic condensation & more

    Excessive snow on the roof, condensation in the attic and ice buildup can cause roof & water damage and personal injury.

    While stopping a water leak or repairing a washing machine hose down in the basement might be fairly straightforward, snow on the roof, ice dams and attic condensation are forms of water damage typical to cold climate homes and are a little more complicated and a little trickier to fix.

    Why is excessive snow on your roof a concern? What are ice dams? What causes attic condensation? And if you’ve had these, what can you do?

    Why should you worry about snow on the roof? 

    Heavy loads of ice and snow on your roof can create serious problems. These include:

    • Injuries from snow and ice falling from sloped roofs.
    • Roof collapse, especially on flat roofs.
    • Carbon monoxide poisoning resulting from blocked chimneys and vents.
    • Water damage from ice dams that form on the edges of roofs and in gutters.

    What are ice dams? 

    When the temperature in your attic is above freezing, snow on the roof will likely melt. When the snowmelt runs down the roof and hits the colder eaves, it refreezes.

    If this cycle repeats over several days, the freezing snowmelt builds up and forms an ice dam, behind which water pools into large puddles, or “ponds”. The ponding water can then back up under the roof covering and leak into the attic or along exterior walls.

    The right weather conditions for ice dams are usually when outside air temperatures are in the low 20s (°F) for several days with several inches of snow on the roof. 

    What causes condensation in your attic? 

    Condensation of water vapor on cold surfaces in attics can cause wood to rot, which can lead to costly repairs.

    Attic condensation typically occurs when warm, moist air migrates or is directed into the attic from living spaces below. Research indicates unusually high humidity in the home’s living spaces is strongly associated with attic condensation problems.

    Winter water damage warning signs to watch for

    Recognize the signs of stress when too much snow and ice has accumulated on your roof or when you have too much condensation in your attic. Here are a few things to watch for.

    Condensation, snow on roof and ice dam prevention tips 

    Building codes have some requirements that attempt to prevent the problems of ice dams and attic condensation. But codes don’t address all the issues, and many houses could have out of date building codes.

    • Bathroom and kitchen exhaust fans, as well as dryer vents, should never be discharged into the attic space and always discharge outside. You may have an adequately ventilated attic, but this won’t matter if the bathroom exhaust fan dumps warm moist air directly into the attic space. This could result in condensed water vapor freezing onto cold attic materials, which will eventually thaw creating wet attic materials resulting in damage in the attic and inside the home.
    • Minimize ceiling mounted fixtures below the attic that create the need for holes in the drywall or plaster ceiling. Properly seal ceiling penetrations to make them airtight taking care to follow manufacturer clearance requirements for flues, chimneys and recessed light fixtures.
    • Research shows keeping the attic air temperature below freezing when the outside air temperature is in the low 20s can reduce the occurrence of ice dams. Proper attic ventilation is key to keeping the attic cool, while adequate and properly installed insulation is key to keeping your house warm. It is critical to keep soffit vents free from obstructions to allow the natural flow of cool outside air into the attic space to replace the warmer attic air that rises and flows outside the ridge and/or roof vents. This flow of air will keep the attic cool and free of moisture build-up. 

    Removing ice and snow from your roof is a dangerous job. Avoid injury by hiring a professional to remove snow and ice from the roof and fix the problem before it leads to property damage and expensive repairs. Here are some tips to keep in mind. 

    • Add insulation to your attic to help prevent your home’s warm air from escaping into unheated attic spaces.
    • If replacing your home’s roof, have a self-sealing membrane installed under the shingles to help prevent water damage from ice dams.
    • On metal roofs, install snow guards above entrances.

    What not to do 

    While it might be tempting to try a quick fix to break up that ice dam, don’t get too eager; not only is it dangerous on your roof, but you can also cause a lot of damage, especially in the colder months. Here are some things to consider.

    • Do not routinely remove snow from the roof or attempt to “chip away” the ice of an ice dam. It will likely lead to shingle damage.
    • Do not install large mechanical equipment or water heaters in attics, especially in cold climates. Not only do they present an unwelcome fire hazard, but they’ll also increase the temperature in your attic.
    • Do not routinely use salt or calcium chloride to melt snow on a roof. These chemicals are very corrosive and can shorten the life of metal gutters, downspouts and flashings. Runoff that contains high concentrations of these chemicals can damage nearby grass and plants.

    What to do 

    • Follow up with your new home or home-improvement contractor to be sure that insulation in the attic space is adequate for your location.
    • Verify soffit and roof or ridge venting exists for all roof planes and that soffit vents are neither blocked by attic insulation nor covered by newly installed maintenance free finishes outside the home.
    • Verify all penetrations, access panels and electrical fixtures are properly sealed and insulated to prevent heat and moisture from entering the attic space, while maintaining manufacturer’s required clearances.
    • Verify all exhaust fans and dryer vents are discharged to the outside.
    • Keep gutters clean of leaves and other debris. This will not necessarily prevent ice dams, but clean gutters can help drain away ice melt as it makes its way to the gutters during a thaw.
    • Follow up a short-term ice dam remedy with determining and fixing the actual cause to your ice dam problem. Consult a trusted and competent professional.insulation to your attic https://g.co/kgs/5v6dYVKeep gutters clean of leavesKeep gutters clean of leavesmetal roofsmetal roofs
    Express Damage Restoration would love your feedback. Post a review to our profile.

  • Water Removal Service In Winchester,KY Call ☎️ (859)302-2702

     Emergency 💦 Removal ☎️ (859)302-2702 Serving Richmond,Ky Lexington,KY Winchester,KY

    27,952 2 17.6 sq mi (45.6 km2) 1797 Henderson
    Heritage Creek[a 1] 1,076 5 0.4 sq mi (1.0 km2) Jefferson
    Hickman 2,395 4 3.6 sq mi (9.3 km2) Fulton
    Hickory Hill 114 6 0.1 sq mi (0.3 km2) Jefferson
    Highland Heights 6,923 4 2.6 sq mi (6.7 km2) 1867 Campbell
    Hills and Dales 142 6 0.1 sq mi (0.3 km2) Jefferson
    Hillview 8,172 4 3.3 sq mi (8.5 km2) 1974 Bullitt
    Hindman 777 5 3.1 sq mi (8.0 km2) 1884 Knott
    Hodgenville 3,206 4 2.1 sq mi (5.4 km2) 1818 Larue
    Hollow Creek 783 5 0.2 sq mi (0.5 km2) Jefferson
    Hollyvilla 537 6 0.3 sq mi (0.8 km2) Jefferson
    Hopkinsville 31,577 2 30.8 sq mi (79.8 km2) 1799 Christian
    Horse Cave 2,311 4 2.7 sq mi (7.0 km2) 1864 Hart
    Houston Acres 507 6 0.1 sq mi (0.3 km2) Jefferson
    Hunters Hollow 386 6 0.1 sq mi (0.3 km2) Bullitt
    Hurstbourne 4,216 4 1.8 sq mi (4.7 km2) 1982 Jefferson
    Hurstbourne Acres 1,811 5 0.3 sq mi (0.8 km2) Jefferson
    Hustonville 405 5 1.0 sq mi (2.6 km2) Lincoln
    Hyden 365 6 1.3 sq mi (3.4 km2) 1878 Leslie
    Independence 24,757 3 17.7 sq mi (45.8 km2) 1842 Kenton
    Indian Hills 2,868 4 2.0 sq mi (5.2 km2) 1999 Jefferson
    Inez 717 6 1.7 sq mi (4.4 km2) 1874 Martin
    Irvine 2,715 4 1.5 sq mi (3.9 km2) 1812 Estill
    Irvington 1,181 5 0.9 sq mi (2.3 km2) Breckinridge
    Island 458 6 0.3 sq mi (0.8 km2) McLean
    Jackson 2,244 4 2.7 sq mi (7.0 km2) 1839 Breathitt
    Jamestown 1,794 5 3.0 sq mi (7.8 km2) 1827 Russell
    Jeffersontown 26,595 2 10.0 sq mi (25.9 km2) 1797 Jefferson
    Jeffersonville 1,506 5 2.5 sq mi (6.5 km2) Montgomery
    Jenkins 2,203 4 7.7 sq mi (19.9 km2) Letcher
    Junction City 2,241 4 1.8 sq mi (4.7 km2) Boyle
    Kenton Vale 110 6 0.1 sq mi (0.3 km2) Kenton
    Kevil 376 6 0.4 sq mi (1.0 km2) Ballard
    Kingsley 381 6 0.1 sq mi (0.3 km2) Jefferson
    Kuttawa 649 5 2.7 sq mi (7.0 km2) Lyon
    La Center 1,009 5 0.6 sq mi (1.6 km2) Ballard
    La Grange 8,082 4 7.1 sq mi (18.4 km2) 1827 Oldham
    LaFayette 165 6 0.2 sq mi (0.5 km2) Christian
    Lakeside Park 2,668 5 0.8 sq mi (2.1 km2) 1930 Kenton
    Lakeview Heights 185 6 0.1 sq mi (0.3 km2) Rowan
    Lancaster 3,442 4 1.9 sq mi (4.9 km2) 1797 Garrard
    Langdon Place 936 6 0.2 sq mi (0.5 km2) Jefferson
    Lawrenceburg 10,505 4 5.9 sq mi (15.3 km2) 1820 Anderson
    Lebanon 6,331 4 5.3 sq mi (13.7 km2) 1814 Marion
    Lebanon Junction 1,813 5 5.7 sq mi (14.8 km2) Bullitt
    Leitchfield 6,699 4 10.9 sq mi (28.2 km2) 1810 Grayson
    Lewisburg 810 5 1.2 sq mi (3.1 km2) Logan
    Lewisport 1,670 5 1.0 sq mi (2.6 km2) Hancock
    Lexington 295,803 2 285.6 sq mi (739.7 km2) 1790 Fayette
    Liberty 2,168 5 1.9 sq mi (4.9 km2) 1808 Casey
    Lincolnshire 148 6 0.1 sq mi (0.3 km2) Jefferson
    Livermore 1,365 5 1.0 sq mi (2.6 km2) McLean
    Livingston 226 6 0.3 sq mi (0.8 km2) Rockcastle
    London 7,993 4 10.3 sq mi (26.7 km2) 1825 Laurel
    Loretto 713 6 3.2 sq mi (8.3 km2) Marion
    Louisa 2,467 5 1.6 sq mi (4.1 km2) 1818 Lawrence
    Louisville[a 2] 597,337 1 342.2 sq mi (886.3 km2) 1778 Jefferson
    Loyall 1,461 5 1.4 sq mi (3.6 km2) Harlan
    Ludlow 4,407 4 1.2 sq mi (3.1 km2) 1864 Kenton
    Lynch 747 5 0.3 sq mi (0.8 km2) 1917 Harlan
    Lyndon 11,002 4 3.6 sq mi (9.3 km2) 1871 Jefferson
    Lynnview 914 5 0.2 sq mi (0.5 km2) Jefferson
    McHenry 388 6 0.7 sq mi (1.8 km2) Ohio
    McKee 800 5 2.3 sq mi (6.0 km2) Jackson
    Mackville 222 6 0.4 sq mi (1.0 km2) Washington
    Madisonville 19,591 4 18.7 sq mi (48.4 km2) 1807 Hopkins
    Manchester 1,255 4 1.5 sq mi (3.9 km2) 1807 Clay
    Manor Creek 140 6 0.1 sq mi (0.3 km2) Jefferson
    Marion 3,039 4 3.4 sq mi (8.8 km2) 1842 Crittenden
    Martin 634 4 0.7 sq mi (1.8 km2) Floyd
    Maryhill Estates 179 6 0.1 sq mi (0.3 km2) Jefferson
    Mayfield 10,024 3 10.4 sq mi (26.9 km2) 1823 Graves
    Maysville 9,011 3 21.4 sq mi (55.4 km2) 1787 Mason
    Meadow Vale 736 5 0.2 sq mi (0.5 km2) Jefferson
    Meadowbrook Farm 136 6 0.1 sq mi (0.3 km2) Jefferson
    Meadowview Estates 363 6 0.1 sq mi (0.3 km2) Jefferson
    Melbourne 401 6 0.8 sq mi (2.1 km2) Campbell
    Mentor 193 6 0.7 sq mi (1.8 km2) Campbell
    Middlesborough 10,334 3 7.6 sq mi (19.7 km2) 1890 Bell
    Middletown 7,218 4 5.1 sq mi (13.2 km2) 1797 Jefferson
    Midway 1,641 4 1.1 sq mi (2.8 km2) Woodford
    Millersburg 792 5 0.4 sq mi (1.0 km2) Bourbon
    Milton 593 6 1.3 sq mi (3.4 km2) Trimble
    Mockingbird Valley 167 6 0.2 sq mi (0.5 km2) Jefferson
    Monterey 138 6 0.3 sq mi (0.8 km2) Owen
    Monticello 6,188 4 5.9 sq mi (15.3 km2) 1800 Wayne
    Moorland 431 6 0.1 sq mi (0.3 km2) Jefferson
    Morehead 6,845 4 9.5 sq mi (24.6 km2) 1856 Rowan
    Morganfield 3,285 4 3.0 sq mi (7.8 km2) 1870 Union
    Morgantown 2,394 5 2.4 sq mi (6.2 km2) 1811 Butler
    Mortons Gap 863 5 1.2 sq mi (3.1 km2) Hopkins
    Mount Olivet 299 5 0.4 sq mi (1.0 km2) 1851 Robertson
    Mount Sterling 6,895 4 4.4 sq mi (11.4 km2) 1792 Montgomery
    Mount Vernon 2,477 5 1.7 sq mi (4.4 km2) 1790 Rockcastle
    Mount Washington 9,117 4 6.1 sq mi (15.8 km2) 1822 Bullitt
    Muldraugh 947 5 0.6 sq mi (1.6 km2) Meade
    Munfordville 1,615 5 2.3 sq mi (6.0 km2) 1816 Hart
    Murray 17,741 3 11.3 sq mi (29.3 km2) 1844 Calloway
    Murray Hill 582 6 0.1 sq mi (0.3 km2) Jefferson
    Nebo 236 6 0.3 sq mi (0.8 km2) Hopkins
    New Castle 912 5 0.4 sq mi (1.0 km2) 1798 Henry
    New Haven 855 6 0.6 sq mi (1.6 km2) Nelson
    Newport 15,273 2 3.0 sq mi (7.8 km2) 1794 Campbell
    Nicholasville 28,015 3 13.1 sq mi (33.9 km2) 1812 Jessamine
    Norbourne Estates 441 6 0.1 sq mi (0.3 km2) Jefferson
    North Middletown 643 5 0.3 sq mi (0.8 km2) Bourbon
    Northfield 1,020 5 0.5 sq mi (1.3 km2) Jefferson
    Nortonville 1,204 5 1.1 sq mi (2.8 km2) Hopkins
    Norwood 370 6 0.1 sq mi (0.3 km2) Jefferson
    Oak Grove 7,489 4 10.8 sq mi (28.0 km2) 1828 Christian
    Oakland 225 6 1.4 sq mi (3.6 km2) Warren
    Old Brownsboro Place 353 6 0.1 sq mi (0.3 km2) Jefferson
    Olive Hill 1,599 4 1.8 sq mi (4.7 km2) 1861 Carter
    Orchard Grass Hills 1,595 5 0.4 sq mi (1.0 km2) Oldham
    Owensboro 57,265 2 20.4 sq mi (52.8 km2) 1816 Daviess
    Owenton 1,327 5 1.1 sq mi (2.8 km2) 1822 Owen
    Owingsville 1,530 4 2.4 sq mi (6.2 km2) 1829 Bath
    Paducah 25,024 2 20.0 sq mi (51.8 km2) 1830 McCracken
    Paintsville 3,459 4 2.8 sq mi (7.3 km2) 1834 Johnson
    Paris 8,553 3 6.0 sq mi (15.5 km2) 1789 Bourbon
    Park City 537 5 1.5 sq mi (3.9 km2) Barren
    Park Hills 2,970 4 0.8 sq mi (2.1 km2) 1927 Kenton
    Parkway Village 650 6 0.1 sq mi (0.3 km2) Jefferson
    Pembroke 869 6 1.1 sq mi (2.8 km2) Christian
    Perryville 751 5 0.8 sq mi (2.1 km2) Boyle
    Pewee Valley 1,456 5 2.0 sq mi (5.2 km2) Oldham
    Pikeville 6,903 4 21.1 sq mi (54.6 km2) 1823 Pike
    Pineville 1,732 4 1.7 sq mi (4.4 km2) 1781 Bell
    Pioneer Village 2,030 4 0.7 sq mi (1.8 km2) Bullitt
    Pippa Passes 533 6 0.5 sq mi (1.3 km2) Knott
    Plantation 832 5 0.2 sq mi (0.5 km2) Jefferson
    Pleasureville 834 6 0.5 sq mi (1.3 km2) Henry 
    Shelby
    Plum Springs 453 6 0.3 sq mi (0.8 km2) Warren
    Poplar Hills 362 6 0.1 sq mi (0.3 km2) Jefferson
    Powderly 745 5 1.6 sq mi (4.1 km2) Muhlenberg
    Prestonsburg 3,255 4 12.9 sq mi (33.4 km2) 1797 Floyd
    Prestonville 161 6 0.2 sq mi (0.5 km2) Carroll
    Princeton 6,329 4 9.0 sq mi (23.3 km2) 1817 Caldwell
    Prospect 4,698 3 3.9 sq mi (10.1 km2) 1974[3] Jefferson 
    Oldham
    Providence 3,193 4 6.1 sq mi (15.8 km2) 1828 Webster
    Raceland 2,424 5 2.5 sq mi (6.5 km2) Greenup
    Radcliff 21,688 2 12.4 sq mi (32.1 km2) 1919 Hardin
    Ravenna 605 5 0.3 sq mi (0.8 km2) Estill
    Raywick 134 6 0.9 sq mi (2.3 km2) Marion
    Richlawn 405 6 0.1 sq mi (0.3 km2) Jefferson
    Richmond 31,364 2 23.1 sq mi (59.8 km2) 1798 Madison
    River Bluff 403 6 0.2 sq mi (0.5 km2) Oldham
    Riverwood 446 6 0.2 sq mi (0.5 km2) Jefferson
    Robards 515 6 3.0 sq mi (7.8 km2) Henderson
    Rochester 152 6 0.5 sq mi (1.3 km2) Butler
    Rockport 266 6 0.7 sq mi (1.8 km2) Ohio
    Rolling Fields 646 6 0.2 sq mi (0.5 km2) Jefferson
    Rolling Hills 959 5 0.2 sq mi (0.5 km2) Jefferson
    Russell 3,380 4 3.0 sq mi (7.8 km2) 1869 Greenup
    Russell Springs 2,441 5 4.5 sq mi (11.7 km2) Russell
    Russellville 6,947 4 10.8 sq mi (28.0 km2) 1798 Logan
    Ryland Heights 1,022 6 5.3 sq mi (13.7 km2) Kenton
    Sacramento 468 6 0.4 sq mi (1.0 km2) McLean
    Sadieville 303 5 1.1 sq mi (2.8 km2) Scott
    St. Charles 277 6 1.0 sq mi (2.6 km2) Hopkins
    St. Matthews 17,472 4 4.3 sq mi (11.1 km2) 1800 Jefferson
    St. Regis Park 1,454 4 0.4 sq mi (1.0 km2) Jefferson
    Salem 752 6 0.9 sq mi (2.3 km2) Livingston
    Salt Lick 303 6 0.8 sq mi (2.1 km2) Bath
    Salyersville 1,883 4 2.5 sq mi (6.5 km2) 1861 Magoffin
    Sanders 238 6 0.3 sq mi (0.8 km2) Carroll
    Sandy Hook 675 5 1.0 sq mi (2.6 km2) 1869 Elliott
    Sardis 103 6 1.0 sq mi (2.6 km2) Mason 
    Robertson
    Science Hill 693 6 0.6 sq mi (1.6 km2) Pulaski
    Scottsville 4,226 4 5.7 sq mi (14.8 km2) 1816 Allen
    Sebree 1,603 5 2.9 sq mi (7.5 km2) Webster
    Seneca Gardens 696 6 0.2 sq mi (0.5 km2) Jefferson
    Sharpsburg 323 6 0.2 sq mi (0.5 km2) Bath
    Shelbyville 14,045 4 8.2 sq mi (21.2 km2) 1792 Shelby
    Shepherdsville 11,222 4 10.0 sq mi (25.9 km2) 1793 Bullitt
    Shively 15,264 3 4.6 sq mi (11.9 km2) 1831 Jefferson
    Silver Grove 1,102 5 1.7 sq mi (4.4 km2) Campbell
    Simpsonville 2,484 5 2.2 sq mi (5.7 km2) Shelby
    Slaughters 216 6 0.2 sq mi (0.5 km2) Webster
    Smithfield 106 6 0.1 sq mi (0.3 km2) Henry
    Smithland 301 6 0.5 sq mi (1.3 km2) 1805 Livingston
    Smiths Grove 714 5 0.8 sq mi (2.1 km2) Warren
    Somerset 11,196 3 11.3 sq mi (29.3 km2) 1801 Pulaski
    Sonora 513 6 1.1 sq mi (2.8 km2) Hardin
    South Carrollton 184 6 0.3 sq mi (0.8 km2) Muhlenberg
    South Park View 7 6 0.1 sq mi (0.3 km2) Jefferson
    South Shore 1,122 5 0.9 sq mi (2.3 km2) Greenup
    Southgate 3,803 4 1.4 sq mi (3.6 km2) 1907 Campbell
    Sparta 231 6 5.9 sq mi (15.3 km2) Gallatin 
    Owen
    Spring Mill 287 6 0.1 sq mi (0.3 km2) Jefferson
    Spring Valley 654 6 0.2 sq mi (0.5 km2) Jefferson
    Springfield 2,519 4 3.7 sq mi (9.6 km2) 1793 Washington
    Stamping Ground 643 6 0.4 sq mi (1.0 km2) Scott
    Stanford 3,487 4 3.1 sq mi (8.0 km2) 1786 Lincoln
    Stanton 2,733 4 2.1 sq mi (5.4 km2) 1854 Powell
    Strathmoor Manor 337 6 0.1 sq mi (0.3 km2) Jefferson
    Strathmoor Village 648 6 0.1 sq mi (0.3 km2) Jefferson
    Sturgis 1,898 4 1.6 sq mi (4.1 km2) Union
    Sycamore 160 6 0.1 sq mi (0.3 km2) Jefferson
    Taylor Mill 6,604 4 6.3 sq mi (16.3 km2) 1810 Kenton
    Taylorsville 763 5 0.3 sq mi (0.8 km2) 1790 Spencer
    Ten Broeck 103 6 0.2 sq mi (0.5 km2) Jefferson
    Thornhill 178 6 0.1 sq mi (0.3 km2) Jefferson
    Tompkinsville 2,402 5 3.6 sq mi (9.3 km2) 1809 Monroe
    Trenton 384 6 0.6 sq mi (1.6 km2) Todd
    Union 5,379 4 3.3 sq mi (8.5 km2) Boone
    Uniontown 1,002 5 0.9 sq mi (2.3 km2) Union
    Upton 683 6 1.4 sq mi (3.6 km2) Hardin 
    Larue
    Vanceburg 1,518 4 1.3 sq mi (3.4 km2) 1827 Lewis
    Versailles 8,568 4 4.4 sq mi (11.4 km2) 1792 Woodford
    Vicco 334 6 0.8 sq mi (2.1 km2) Perry
    Villa Hills 7,489 4 4.4 sq mi (11.4 km2) 1921 Kenton
    Vine Grove 4,520 4 4.7 sq mi (12.2 km2) 1850 Hardin
    Wallins Creek 156 6 0.3 sq mi (0.8 km2) Harlan
    Walton 3,635 5 4.3 sq mi (11.1 km2) Boone 
    Kenton
    Warfield 269 6 0.8 sq mi (2.1 km2) Martin
    Warsaw 1,615 4 0.7 sq mi (1.8 km2) 1798 Gallatin
    Water Valley 279 6 0.6 sq mi (1.6 km2) Graves
    Watterson Park 976 5 1.4 sq mi (3.6 km2) Jefferson
    Waverly 308 6 0.3 sq mi (0.8 km2) Union
    Wayland 426 6 2.6 sq mi (6.7 km2) Floyd
    Wellington 565 6 0.1 sq mi (0.3 km2) Jefferson
    West Buechel 1,230 5 0.6 sq mi (1.6 km2) Jefferson
    West Liberty 3,435 4 4.4 sq mi (11.4 km2) 1816 Morgan
    West Point 797 5 0.6 sq mi (1.6 km2) Hardin
    Westwood 634 6 0.1 sq mi (0.3 km2) Jefferson
    Wheatcroft 160 6 0.3 sq mi (0.8 km2) Webster
    Wheelwright 780 6 1.8 sq mi (4.7 km2) Floyd
    White Plains 884 5 3.2 sq mi (8.3 km2) Hopkins
    Whitesburg 2,139 4 3.2 sq mi (8.3 km2) 1842 Letcher
    Whitesville 552 6 0.4 sq mi (1.0 km2) Daviess
    Whitley City 1,170 CDP 2.3 sq mi (6.0 km2) 1902 McCreary
    Wickliffe 688 5 1.1 sq mi (2.8 km2) 1880 Ballard
    Wilder 3,035 5 3.8 sq mi (9.8 km2) Campbell
    Wildwood 261 6 0.1 sq mi (0.3 km2) Jefferson
    Williamsburg 5,245 4 4.9 sq mi (12.7 km2) 1819 Whitley
    Williamstown 3,925 5 17.0 sq mi (44.0 km2) 1820 Grant 
    Pendleton
    Willisburg 282 6 0.7 sq mi (1.8 km2) Washington
    Wilmore 6,134 4 0.9 sq mi (2.3 km2) Jessamine
    Winchester 18,368 3 7.9 sq mi (20.5 km2) 1792 Clark
    Windy Hills 2,385 5 0.9 sq mi (2.3 km2) Jefferson
    Wingo 632 6 1.0 sq mi (2.6 km2) Graves
    Woodburn 355 6 0.4 sq mi (1.0 km2) Warren
    Woodbury 90 6 0.1 sq mi (0.3 km2) Butler
    Woodland Hills 696 6 0.2 sq mi (0.5 km2) Jefferson
    Woodlawn 229 6 0.1 sq mi (0.3 km2) Campbell
    Woodlawn Park 942 5 0.3 sq mi (0.8 km2) Jefferson
    Worthington 1,609 5 1.2 sq mi (3.1 km2) Greenup
    Worthington Hills 1,446 6 0.3 sq mi (0.8 km2) Jefferson
    Worthville 185 6 0.3 sq mi (0.8 km2) Carroll
    Wurtland
     

  • Choosing A Water damage Restoration Company

     

    What
    to consider when choosing a fire and damage restoration company

    Certified experts

    It is imperative to make certain that the
    company in question has all the required state and local certifications to
    complete the restoration job. These certifications should also be up-to-date.

    • Certification: Look for credentials from the
      Institute of Inspection, Cleaning and Restoration Certification, also
      known as the IICRC, for well-trained fire and water damage experts.
    • Sub-certifications: The IICRC has additional
      specializations such as mold remediation or structural and commercial
      Drying. Ask the company for details about their sub-certifications.
    • Restoration vs. reconstruction: Note that
      the IICRC refers to restoration, not reconstruction. If the damage is to
      severe that contractors are required to partially or completely
      rebuild/reconstruct properties, make sure that they have all the proper
      local licenses and certifications necessary.

    Experience

    Every disaster is unique and requires the
    utmost care. If a company begins operating from the wrong starting assumptions,
    it can prolong or completely derail the restoration project unnecessarily.

    • Relevant experience: Make sure that the
      company providing restoration has dealt with many previous situations that
      are similar to the current task at hand. For example, standing water from
      a flood could become contaminated with chemicals or substances that make
      it a biohazard. Make sure the company knows what they are dealing with
      before they come out to avoid added confusion that slows down the job.
    • Comprehensive evaluations: Don’t hold back
      any information. Even details that don’t seem to be significant initially
      can greatly impact the company’s professional evaluation of the
      restoration requirements or the extent of structural damage.

    Asset protection

    Different kinds of materials – such as
    furniture, computers, floors, etc. – require different treatments under very
    specific timetables.

    • High-priority assets: Decide which assets
      have the highest priority and then look for the company that specializes
      in that particular area.
    • Practicality: Replacing property or recreating
      data may be less expensive than restoration. Don’t compromise your
      practicality.
    • Pre-inspection reports: Some types of leases
      require a pre-inspection report by qualified restoration personnel to
      establish insurability levels.

    Time to recovery

    Hours, and sometimes minutes, can make all
    the difference in what is recoverable. Make sure the company will be ready the
    moment disaster strikes.

    • Rapid response: The first few hours after a
      disaster can make all the difference in terms of what is recoverable. Look
      for rapid response times. Also critical, is advice on what to do
      immediately and what needs attention within the first 24 hours.
    • Schedules: Look for a company that can give
      a full, detailed schedule of steps that they will need to perform before
      an estimated completion date.
    • Variable costs: Be prepared for costs to
      vary greatly based on factors that aren’t obvious at first, such as
      structural damage and the extent of smoke damage.

    Storage facilities

    Some restoration companies offer storage
    facilities. Find out how much space the company has to house your undamaged
    assets and what their storage rates are.

    • Storage conditions: Make sure that storage
      facilities are nearby and adequate in terms of factors like temperature
      control and security.
    • Packing services: Ask if they provide
      packing services, which means that they can thoroughly clean property
      before packing it up and putting it into the company’s storage facility.
    • Record keeping: Make sure to take photographic
      records of the condition of your property before it goes into storage.

    Referrals

    Ask for names of commercial or
    governmental agencies that the company has worked for and look for referrals.

    • Referral limitations: Don’t discount a
      company just because its referrals aren’t perfect. Some items simply
      aren’t restorable, and that fact creates disappointment.
    • Reputation vs. proficiency: Balance the
      value of the company’s reputation with the company’s demonstrated
      proficiency at deploying new technology.
    • Additional advice: Ask your insurance
      carrier or lease holder if they have any specific recommendations or
      requirements for disaster-recovery providers.

    What are different types of restoration?

    Water damage

    The most common type of restorationservices deals with water damage from weather events, from plumbing ruptures or
    from actions firefighters had to take to put out a fire. If not handled
    properly and quickly, standing water can lead to mold growth, corrode
    electronics and the weaken the structural supports of a building. Dealing with
    mold prevention, detection and remediation as a result of standing water is the
    next most common suite of services. If water damage has resulted from damaged
    plumbing, the company must have the resources to treat the property for
    contaminated water and biohazard recovery.

    Fire damage

    Fire damage services include recovery
    after a natural or man-made disaster. Many people don’t realize it also
    includes smoke damage, even if the fire was suppressed before it grew out of
    control. Smoke can permeate and damage many different types of materials, even
    stone. Often, smoke damage from a thermal or chemical fire can be so severe
    that the roof, walls and floor are not restorable. Restoration experts must
    have many years of experience to properly identify which items they can save
    and which items to replace.

    Data recovery

    When fire or water damages paper files or
    electronic equipment, data recovery services attempt to recover as much lost
    information as possible. Services for data recovery after a disaster have
    become the fastest-growing area of restoration services. Specifically, these
    services deals with techniques to retrieve irreplaceable data from damaged
    devices, system failures, common accidents or cybercrime. This field is changing
    rapidly as new technology develops that can recover data in ways that were
    impossible even a few years ago.

    Who can benefit from fire and damage restoration services?

    Homeowners

    When there is a disaster at a private
    home, apartment building or vehicle, fire and water restoration specialists
    need to possess a greater level of sensitivity about personal losses. In many
    cases, people who have lost their homes and property may need community support
    in order to handle the costs of restoration. Homeowners may also need
    additional help from the restoration provider in dealing with their insurance
    companies. Due to the sentimental value of items in the home, victims of fire
    or water damage many need help assessing whether it is more practical for their
    property to be restored or replaced.

    Businesses

    The companies that specialize in
    restoration services for commercial properties understand the full cost of
    downtime and lost revenue while the restoration takes place. The damage to the
    company’s reputation and brand value can be permanent if the fire and waterrestoration is not handled rapidly and efficiently. They are fully aware of the
    heightened legal responsibilities of business owners to protect employees,
    customers, investors and all of their personal data. Industrial clients often
    have very specific requirements in terms of handling their most valuable
    assets, such as semiconductors and cooling towers.

    Government and non-profits

    Organizations dedicated to public welfare
    or positive social outcomes often have an increased exposure to natural and man-made
    disasters. Government agencies and non-profits often have to operate under
    stricter guidelines, with greater regulatory oversight and under tighter
    pricing requirements for the contractors they choose.

    Victims of data loss

    It doesn’t take a great deal of water to
    destroy electronic equipment or paper files. Moisture in carpets has been
    responsible for destroying paper files and spilled drinks have wiped out
    millions of dollars worth of data on company computers. Rebuilding after a fire
    or water disaster means getting the business back open as soon as possible, and
    that requires rapid data recovery. Lost customer data due to water damage can
    also expose the company to legal and regulatory liabilities. In the information
    economy, a simple electrical accident involving water damage to private data
    can wipe out the viability of a business faster than the physical damage from a
    fire or flood.


  • Read This Before Choosing A Water Damage Restoration Company

     

    What to consider when choosing a fire and damage restoration company

    Certified experts

    It is imperative to make certain that the company in question has all the required state and local certifications to complete the restoration job. These certifications should also be up-to-date.

    • Certification: Look for credentials from the Institute of Inspection, Cleaning and Restoration Certification, also known as the IICRC, for well-trained fire and water damage experts.
    • Sub-certifications: The IICRC has additional specializations such as mold remediation or structural and commercial Drying. Ask the company for details about their sub-certifications.
    • Restoration vs. reconstruction: Note that the IICRC refers to restoration, not reconstruction. If the damage is to severe that contractors are required to partially or completely rebuild/reconstruct properties, make sure that they have all the proper local licenses and certifications necessary.

    Experience

    Every disaster is unique and requires the utmost care. If a company begins operating from the wrong starting assumptions, it can prolong or completely derail the restoration project unnecessarily.

    • Relevant experience: Make sure that the company providing restoration has dealt with many previous situations that are similar to the current task at hand. For example, standing water from a flood could become contaminated with chemicals or substances that make it a biohazard. Make sure the company knows what they are dealing with before they come out to avoid added confusion that slows down the job.
    • Comprehensive evaluations: Don’t hold back any information. Even details that don’t seem to be significant initially can greatly impact the company’s professional evaluation of the restoration requirements or the extent of structural damage.

    Asset protection

    Different kinds of materials – such as furniture, computers, floors, etc. – require different treatments under very specific timetables.

    • High-priority assets: Decide which assets have the highest priority and then look for the company that specializes in that particular area.
    • Practicality: Replacing property or recreating data may be less expensive than restoration. Don’t compromise your practicality.
    • Pre-inspection reports: Some types of leases require a pre-inspection report by qualified restoration personnel to establish insurability levels.

    Time to recovery

    Hours, and sometimes minutes, can make all the difference in what is recoverable. Make sure the company will be ready the moment disaster strikes.

    • Rapid response: The first few hours after a disaster can make all the difference in terms of what is recoverable. Look for rapid response times. Also critical, is advice on what to do immediately and what needs attention within the first 24 hours.
    • Schedules: Look for a company that can give a full, detailed schedule of steps that they will need to perform before an estimated completion date.
    • Variable costs: Be prepared for costs to vary greatly based on factors that aren’t obvious at first, such as structural damage and the extent of smoke damage.

    Storage facilities

    Some restoration companies offer storage facilities. Find out how much space the company has to house your undamaged assets and what their storage rates are.

    • Storage conditions: Make sure that storage facilities are nearby and adequate in terms of factors like temperature control and security.
    • Packing services: Ask if they provide packing services, which means that they can thoroughly clean property before packing it up and putting it into the company’s storage facility.
    • Record keeping: Make sure to take photographic records of the condition of your property before it goes into storage.

    Referrals

    Ask for names of commercial or governmental agencies that the company has worked for and look for referrals.

    • Referral limitations: Don’t discount a company just because its referrals aren’t perfect. Some items simply aren’t restorable, and that fact creates disappointment.
    • Reputation vs. proficiency: Balance the value of the company’s reputation with the company’s demonstrated proficiency at deploying new technology.
    • Additional advice: Ask your insurance carrier or lease holder if they have any specific recommendations or requirements for disaster-recovery providers.

    What are different types of restoration?

    Water damage

    The most common type of restorationservices deals with water damage from weather events, from plumbing ruptures orfrom actions firefighters had to take to put out a fire. If not handledproperly and quickly, standing water can lead to mold growth, corrodeelectronics and the weaken the structural supports of a building. Dealing withmold prevention, detection and remediation as a result of standing water is thenext most common suite of services. If water damage has resulted from damagedplumbing, the company must have the resources to treat the property forcontaminated water and biohazard recovery.

    Fire damage

    Fire damage services include recovery after a natural or man-made disaster. Many people don’t realize it also includes smoke damage, even if the fire was suppressed before it grew out of control. Smoke can permeate and damage many different types of materials, even stone. Often, smoke damage from a thermal or chemical fire can be so severe that the roof, walls and floor are not restorable. Restoration experts must have many years of experience to properly identify which items they can save and which items to replace.

    Data recovery

    When fire or water damages paper files or electronic equipment, data recovery services attempt to recover as much lost information as possible. Services for data recovery after a disaster have become the fastest-growing area of restoration services. Specifically, these services deals with techniques to retrieve irreplaceable data from damaged devices, system failures, common accidents or cybercrime. This field is changing rapidly as new technology develops that can recover data in ways that were impossible even a few years ago.

    Who can benefit from fire and damage restoration services?

    Homeowners

    When there is a disaster at a private home, apartment building or vehicle, fire and water restoration specialists need to possess a greater level of sensitivity about personal losses. In many cases, people who have lost their homes and property may need community support in order to handle the costs of restoration. Homeowners may also need additional help from the restoration provider in dealing with their insurance companies. Due to the sentimental value of items in the home, victims of fire or water damage many need help assessing whether it is more practical for their property to be restored or replaced.

    Businesses

    The companies that specialize in restoration services for commercial properties understand the full cost of downtime and lost revenue while the restoration takes place. The damage to the company’s reputation and brand value can be permanent if the fire and water restoration is not handled rapidly and efficiently. They are fully aware of the heightened legal responsibilities of business owners to protect employees, customers, investors and all of their personal data. Industrial clients often have very specific requirements in terms of handling their most valuable assets, such as semiconductors and cooling towers.

    Government and non-profits

    Organizations dedicated to public welfare or positive social outcomes often have an increased exposure to natural and man-made disasters. Government agencies and non-profits often have to operate under stricter guidelines, with greater regulatory oversight and under tighter pricing requirements for the contractors they choose.

    Victims of data loss

    It doesn’t take a great deal of water to destroy electronic equipment or paper files. Moisture in carpets has been responsible for destroying paper files and spilled drinks have wiped out millions of dollars worth of data on company computers. Rebuilding after a fire or water disaster means getting the business back open as soon as possible, and that requires rapid data recovery. Lost customer data due to water damage can also expose the company to legal and regulatory liabilities. In the information economy, a simple electrical accident involving water damage to private data can wipe out the viability of a business faster than the physical damage from a fire or flood.


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