Do You Have a Fire or Smoke Damage in Your Property? Have SERVPRO of Washington/Woolwich Handle The Process Of Fire Restoration.
The process of fire restoration can be very involved. Private homeowners and companies can oftentimes be devastated by the damage caused by this kind of event. One aspect that gives peace of mind involves knowing when the right professional has been hired. That is one of the reasons why it is important to hire a firm that is associated with the Institute of Inspection Cleaning and Restoration Certification.
Homeowners and business owners may be in shock from the initial devastation. It is important to try and follow the proper steps to achieve a complete fire restoration. Service providers that are associated with the Institute will have the following distinctions: current training, safety and health certifications, vast amounts of experience in restoration projects and the proper licenses and insurance information. Customers should also check all references and obtain price quotes prior to hiring anyone. Any contracts that are presented should be reviewed closely.
The first step in the process is to clean up as much of the existing area as possible. If the area is not immediately cleaned, soot residue and permanent damage can be left behind. If the homeowner or business owner does the initial cleaning, it is important to follow these steps. When cleaning, always use dust masks and open the area for proper ventilation. Clean from the ceilings to the floors and vacuum all floors and upholstery. Wash any items that are able to be laundered. Clean the outside with a pressure washer if available.
If immediate clean up is not done, it can lead to devastating effects. Within minutes of fire and smoke damage, appliances and many items will discolor to a yellow hue. After a few hours, acid will stain bathrooms and many other areas of the home or business. Within days, walls will discolor permanently and items will begin to rust due to the acid residue. Finally, after weeks the cost of clean-up will become substantially more expensive. The building and furnishings can be permanently damaged by the acid left behind. Soot residue will be layered throughout the home or business. For these reasons, it is vital to contact a professional associated with the Institute of Inspection Cleaning and Restoration Certification to utilize fire restoration techniques in an effort to return the home or business to a preloss state. One company or service provider should be able to handle the damage. The seal of Certification by the Institute should be shown on any provider’s website. This shows the customer the reliability and the expertise of the service provider.
Residue and smoky odors need to be removed immediately. Professionals will use the process of fire restoration to achieve satisfactory results. These providers will remove the source of the odor, clean any items that can be salvaged, get rid of any lingering odor with an odor counteractant and deodorizing fog. Finally, the provider will seal salvageable items to encapsulate odor and prevent further recontamination.
Homeowners and businesses that are educated in the fire restoration process are able to minimize the cost of repair. Professionals can be contacted in a timely manner to return the area to a preloss state. By hiring the right professionals the victims can have some peace of mind during a very stressful time.
Fire Sprinklers are Capable of Cutting Potential Losses in Half
It’s no secret that fires can result in devastating damage to both the structure of the building and the people that are trapped inside. Another recent study found that when paired with early warning systems, automatic fire sprinklers help to reduce property damage, injuries, and loss of life by over 50%. Those are numbers you just can’t ignore!
Sprinkler Systems Are Virtually Fault-Free In a recent study conducted on fires, the researchers discovered that fire sprinkler systems operated during 91% of all reported structure fires large enough to activate the systems. Ultimately, nine times out of 10, the sprinkler systems worked. Typically, the reason sprinkler systems stop working due to a lack of maintenance. This fact drives home the importance of regularly repairing your commercial fire sprinkler systems and replacing them if necessary.
SERVPRO is a trusted leader in the restoration industry, and our highly trained technicians provide 24-hour emergency service. We're dedicated to responding faster to any size disaster with the training, equipment, and experience to respond to your restoration or cleaning needs. 24-Hour Emergency Service Faster to Any Size Disaster Highly Trained Restoration Technicians A Trusted Leader in the Restoration Industry Locally Owned and Operated Advanced Restoration and Cleaning Equipment
Causes of Sewer Backup at Your Property
Backed up sewers can wreak havoc on a home, causing thousands of dollars in damage to floors, walls, furniture and electrical systems. Sewer backup coverage is available from most insurers for a nominal cost—usually an additional annual premium of $40-$50.
For homes that have been severely damaged and are uninhabitable, homeowners policies may provide Loss of Use coverage, which provides reimbursement for lodging, food and other living expenses you may incur as a result of having to live outside of your home. Loss of Use coverage also reimburses you for the lost rental income if you rent out part of the house.
Causes of Sewer Backup
Aging Sewer Systems: The Civil Engineering Research Foundation reports that the number of backed up sewers is increasing at an alarming rate of about 3 percent annually. In addition, a recent report from the American Society of Civil Engineers indicates that the nation's 500,000-plus miles of sewer lines are on average over thirty years old. The increase in the number of homes connected to already aging sewage systems has also contributed to rapid increases in sanitary sewer backups, flooded basements and overflows.
Combined Pipelines: Problems also arise in systems that combine storm water and raw sewage into the same pipeline. During many rain storms, the systems are exposed to more volume than they can handle, and the result is a sewage backup situation that allows sewage to spew out into basements and other low lying drains.
Blockages Due to Tree Roots: Shrubs and trees seeking moisture will make their way into sewer line cracks. These roots can cause extensive damage. They may start out small, getting into a small crack in the pipe; but as the tree or shrub continues to grow, so does the root. Tree roots can enter the service pipe at joints and cause blockages. Tree roots can travel a long way, and roots from different types of trees act differently. If city trees are suspected, your plumber can contact the city, and samples of the roots will be used to help identify the trees and who is responsible for cleanup. Sometimes the blockage is a result of a combination of city and private trees. In this case costs are split between the city and the property owner.
Sanitary Main: A blockage can occur in a city sanitary main. If the blockage is not detected in time, sewage from the main can back up into homes and businesses through floor drains. Usually this happens slowly, giving the owner time to call a licensed plumber to assess the damage. If water is entering into your basement at a rapid rate, call the city public works office and report the problem immediately.
Water in Basement: Most basement flooding is not related to the sanitary sewer system. In many cases, soil settles adjacent to the building and, if not corrected, leads to rainwater flowing towards the building and down the outside of the foundation wall. This is particularly true in older buildings, where cracks may have developed in the foundation or floor slab that allow water to enter the basement. The cement floor and basement walls of these structures may have deteriorated to the point that they are no longer waterproof. In these cases, water can show up in a basement that has never had a water problem. This will usually happen after a number of rain storms, when the ground is saturated. Drainage can be improved by making sure that water drains away from the building. Owners may also be able to prevent flooding by water sealing the basement.
Most homeowners may not realize that they are responsible for the maintenance and repair of their house or sewer lateral—the pipeline between the city sanitary sewer main, usually located in the street—and the building. The sewer lateral is owned and maintained by the property owner including any part that extends into the street or public right of way. A cracked or deteriorated lateral or one filled with tree roots can allow groundwater to seep into the system, contributing to the problem.
How to File a Claim
For insurance purposes, take before and after photos of the affected areas and itemize any property losses. Save all receipts related to repair, cleaning or damages and contact your insurance agent or company representative as soon as possible.
How to Prevent Backups In Your Lateral and in the City Main
Dispose of Grease Properly: Cooking oil should be poured into a heat-resistant container and disposed of properly, after it cools off, not in the drain. Washing grease down the drain with hot water is unsatisfactory. As the grease cools off, it will solidify either in the drain, the property owner's line, or in the main sewer causing the line to constrict and eventually clog.
Dispose of Paper Products Properly: Paper towels, disposable (and cloth) diapers and feminine products can cause a great deal of trouble in the property owner's lateral as well as in the city main. These products do not deteriorate quickly, as bathroom tissue does, so do not put them down the drain or toilet.
Replace Your Line with New Plastic Pipe: One way to prevent tree roots from entering your line is to replace your line and tap with new plastic pipe. If you have continuing problems with tree roots in your lateral, you may have to have the roots cut periodically.
Correct Illegal Plumbing Connections: Do not connect French drains, sump pumps and other flood control systems to your sanitary sewer. It is illegal, and debris and silt will clog your line. Consult a plumber to correct any pre-existing illegal connections. French drains are common drainage systems, primarily used to prevent ground and surface water from penetrating or damaging building foundations.
Install a Backwater Prevention Valve: A backwater valve is a fixture installed into a sewer line, and sometimes into a drain line, in the basement of your home or business to prevent sewer backflows. A properly installed and maintained backwater valve allows sewage to go out, but not to come back in. Property owners are responsible for the installation and maintenance of backwater valves. The cost to install one depends on the type of plumbing in the building and the difficulty of installation. Check with a qualified plumber.
What to Do If You Experience a Sewer Backup
A sewer backup can lead to disease, destruction of your valuables, damage to your house or business, and can even result in electrical malfunctions. Prompt cleanup of affected property can help minimize the inconvenience and prevent mold or further damage. If you experience a sewer backup situation, immediately arrange for the cleanup of your property. This should include:
- Wet-vacuuming or removal of spillage
- Mopping floors and wiping walls with soap and disinfectant
- Flushing out and disinfecting plumbing fixtures
- Steam cleaning or removing wet carpets or drapes
- Repairing or removing damaged wallboard or wall covering
- Cleanup of ductwork
SERVPRO Emergency Plan "ERP"
Did you know as many as 50% of businesses close down following a disaster, according to the latest research? Of the businesses that survive, the overwhelming majority of them had a preparedness plan in place. Pre-planning can serve as an insurance policy aimed at peace of mind. And knowing you are "Ready for whatever happens" speaks trust to your clients and employees that in the event your business is affected by a disaster, they don’t necessarily have to be.
I just want to introduce myself and let you know what SERVPRO Washington/Woolwich can do for you and your business. My name is Kathy Attilio and we want to make sure that in the event of a disaster you are ready for whatever happens and ready to move forward in a positive way. That is why we offer our clients a free Emergency Ready Profile. By developing a SERVPRO Emergency READY Profile business interruption can be minimized by having an immediate plan of action. Knowing what to do and what to expect in advance is the key to timely mitigation and can help lowering effects of water and fire damage to your business.
The SERVPRO Emergency READY Profile Advantages:
- A no cost assessment of your facility.
- A concise Profile Document that contains only the critical information needed in the event of an emergency.
- A guide to help you get back into your building following a disaster.
- Establishes SERVPRO Washington/Woolwich as your disaster mitigation and restoration provider.
- Identification of the line of command for authorizing work to begin.
- Provides facility details such as shut-off valve locations, priority areas and priority contact information.
No one plans for a disaster but you can be “Ready for whatever happens.”
Call SERVPRO Washington/Woolwich
Water Damage to Your Washington Township Home.
Water damage is the No. 1 culprit that weakens your home's foundation, the very core that holds your house together.
The damage may be imperceptibly slow and minor such as water spots that could eventually mar a surface, or it may be instantaneous and catastrophic such as flooding. However fast it occurs, water damage is a major contributor to loss of property.
Here's how to prevent water damage using three easy strategies that will give your peace of mind the next time heavy storms hit.
- Ensure Good Drainage
- Test Your Sump Pump
- Check your sump pump once a year.
- Fix Water Leaks
- Repair any noticeable dripping pipes.
- Check for dark spots under pipes & on ceilings.
Water damage describes a large number of possible losses caused by water intruding where it will enable attack of a material or system by destructive processes such as rotting of wood, growth, rusting of steel, de-laminating of materials such as plywood, and many others.
Contact your local SERVPRO of Washington/ Woolwich @ 856-241-9997 to restore your water damaged home "Like it never even happened."
What we should know about lightning?
One of my favorite things about hot summer days is an afternoon thunderstorm to cool things down. It starts with the darkening of the sky as cumulus clouds block out the sun. Then the wind picks up and the air takes on the scent of wet grass. Finally, the skies open up and drop their deluge of rain on the dry earth below.
Thunderstorms are most likely in the spring and summer months and during the afternoon and evening hours, but they can occur year-round and at all hours. Many hazardous weather events are associated with thunderstorms. Under the right conditions, rainfall from thunderstorms causes flash flooding, killing more people each year than hurricanes, tornadoes or lightning. Lightning is responsible for many fires around the world each year, and causes fatalities. Hail up to the size of softballs damages cars and windows, and kills livestock caught out in the open. Strong (up to more than 120 mph) straight-line winds associated with thunderstorms knock down trees, power lines and mobile homes. Tornadoes (with winds up to about 300 mph) can destroy all but the best-built man-made structures.
As a child, we were usually permitted to play outside in a thunderstorm until we heard the rumbling sound of thunder. Then, with the threat of lightning close by, we were ushered inside by adults. We used to say that if you count how many seconds there were between the rumble of thunder and the flash of lightning (counting with “Mississippi's” of course), you could tell how many miles away the storm was. If there were only a few seconds between thunder and lightning, it was time to get inside. It turns out that our game was partially true. You should count the seconds between the sound and the light and you should count using “One-Mississippi”, “Two-Mississippi”, etc. However, you should take this number and divide it by five. For every 5 seconds counted, the storm is 1 mile away.
What else should we know about lightning?
· Lying flat increases your chance of being affected by potentially deadly ground current. If you are caught outside in a thunderstorm, do NOT lay flat on the ground. Keep moving toward a safe shelter.
· Height, pointy shape, and isolation are the dominant factors controlling where a lightning bolt will strike. The presence of metal makes absolutely no difference on where lightning strikes. Mountains are made of stone but get struck by lightning many times a year. When lightning threatens, take proper protective action by seeking a safe shelter. While metal does not attract lightning, it does conduct it so stay away from metal fences, railings, bleachers, etc.
· Many lightning casualties occur because people do not seek shelter soon enough. If you consider my example above about playing outside, we never should have waited to count the seconds until the lightning flashed. Rather, we should have run for shelter at the first sound of thunder.
· Lightning often strikes the same place repeatedly, especially if it’s a tall, pointy, isolated object. The Empire State Building is hit nearly 100 times a year!
· Most cars are safe from lightning, but it is the metal roof and metal sides that protect you, NOT the rubber tires. Remember, convertibles, motorcycles, bicycles, open-shelled outdoor recreational vehicles and cars with fiberglass shells offer no protection from lightning. When lightning strikes a vehicle, it goes through the metal frame into the ground. Don’t lean on doors during a thunderstorm.
· The human body does not store electricity. It is perfectly safe to touch a lightning victim to give them first aid. This is the most chilling of lightning myths. Imagine if someone died because people were afraid to give CPR!
Washing Machine Hoses: A Disaster Waiting to Happen
Though most property owners are careful to protect their buildings and possessions against fire, burglary, storms, and other dangerous conditions, they often overlook a situation that insurers know to be one of the most potentially destructive and costly: water damage caused by leaking or malfunctioning home appliances, especially washing machines. Unlikely as it may seem, water damage from washing machines is one of the top five causes of claims to home insurers, according to the Institute for Business and Home Safety, which analyzed 525 washing machine claims from multiple insurance companies.
Of all water damage claims related to washing machines, more than half – nearly 55% – are from water supply hoses that leaked or burst. And these claims are costly, with the average claim running to more than $6,000.
Why and How Do Washing Machine Hoses Fail? Over time, most washing machine hoses, even those that are installed properly, will eventually fail, leading to leaks or catastrophic floods caused when the hoses burst. Failure may be caused any of several factors, including age, installation error, poor-quality materials, and poor design. Under normal conditions, water in the hoses is under the same pressure as in other faucets in the building. When the hose becomes weakened, or when the connection is faulty, the water pressure will break the hose or coupling, sending water flooding out. In a typical residential plumbing system, water will spill out of a single burst hose at a rate of about 650 gallons per hour (that’s six gallons per minute, or 2½ tons per hour).
Because the supply lines to the washing machines are always “on,” water will flood from a broken hose until someone notices it and turns off the main supply line. If the hose breaks at night or when a building is unoccupied, thousands of gallons of water might flood the building before the problem is discovered. If the line breaks on a washing machine situated on an upper floor, the damage will be extensive as the water pours through the floors. Most traditional washing machine hoses are made of reinforced rubber or polymer.
These materials lose resiliency as they age, making them subject to cracks, leaks, and bursting. The IBHS study showed that failure rates increase dramatically in hoses that are more than five years old; the average age of failed hoses was 8.7 years. More than half of all failures occurred by the time the machine and its hoses were eight years old, and nearly 80% occurred before ten years. Improper installation can also damage the hose, leading to premature failure. The most common installation error is failure to leave sufficient room between the machine and the wall connection to prevent kinking or bending of the hose, particularly near the valve connections, as described below. Cracks, crimps, or blockages in the line will cause damage and lead to leaks or total failure.
Poor design (including fabrication from poor-quality materials) is probably the most significant factor in the failure of both kinds of hose commonly in use – the standard black rubber hose and the braided steel variety – though these products usually fail for different reasons, as described below. Standard black washer hoses are made of rubber tubing with a polyester reinforcement lining. The metal inserts at the coupling end are rolled and stamped from thin sheets of copper alloy. Most failures occur at the end of the hose, where the metal insert comes into contact with the tubing.
Failures generally occur for one of the following reasons: Razoring — The metal insert has a very sharp edge which is in direct contact with the rubber tube. This edge becomes progressively thinner and sharper as it is worn away by the movements of the water and by the effects of electrolysis. In a process called “razoring,” the motion of the washing machine causes the metal edge to rub repeatedly against the inside of the hose, cutting it gradually from the inside out. Stress Fractures — The metal insert is attached to the hose by a ferrule, or ring, which is crimped tightly to hold the pieces together. The crimping can cause a stress fracture in the hose, which is then subject to failure, especially as the rubber ages and begins to deteriorate.
Rusting — Corrosion (rusting) of the metal fitting can cause failure in two ways. First, as the thin metal fitting corrodes, it becomes jagged and rough and cuts into the hose as the washing machine operates. Water can leak between the hose and its outer covering, forming a bubble, a critical warning sign of imminent failure. Though a bubble may appear anywhere along the line, most breaks occur at the point where the metal fitting meets the rubber tube. Second, as the fitting continues to corrode, it can become so weak that it may eventually break apart. Braided stainless steel hoses (sometimes called “steel-clad” hoses) were designed as a reliable replacement for standard black hoses, but they, too, have been problematic. They have proven to be not much stronger than standard rubber hoses, and they are also subject to failures related to the to failures related to the materials from which they are fabricated.
Crimping — A braided stainless steel hose consists of a plastic or rubber tube covered with a braided steel sheath, which is sometimes protected with a thin nylon coating. Because of the variety of materials used, a very tight crimp is required to fasten the metal fitting securely to the hose. During the manufacturing process, this tight crimping can damage the hose by cutting into the rubber. Once the product is installed on a washing machine, the action of the water and the movements of the machine can make the cuts worse, leading to eventual failure. Corrosion — The stainless steel braided cover can oxidize when exposed to chloramine, a chemical increasingly popular in water treatment. Under these conditions, the stainless steel braided cover can weaken, fray, and even break, so that it can no longer provide strength to the hose.
Inspect Washing Machine Hoses Regularly In many cases, the hoses and fittings that connect the washing machine to the water source are visible and easy to inspect every time the machine is used. If your machine’s hoses are not visible, find out how to gain access to them in order to inspect them once a month or so. Inspect both hot and cold water lines. Most failures occur near the connection, where the hose typically bends. Here’s what to look for: Signs of Imminent Failure. Look for obvious signs of deterioration or imminent failure, such as blisters, bulges, bubbles, cracks, unraveling, discoloration, crimps, or kinks, especially near the connections and turns in the hose. Leaks. Check for moisture, drips, rust, discoloration, or leaks in, on, or around the hoses and connections or in the catch pan (if present). Check the connections to be sure that they are tightened properly, as described below. Even a small leak may indicate an imminent failure. Proper Positioning. Be sure that the washing machine is located at least four inches from the connections (usually at the wall) so that the hose is not bent or kinked. Check to see that the machine is properly balanced so that it does not “walk” during use. The motion of a “walking” machine will place added stress on the hoses and connections.
Replace Defective or Aging Hoses Immediately!
If you should have a Washer hose leak or break, call SERVPRO of Washington/Woolwich
Top 10 Causes of Water Damage In Your Home and Property.
Old plumbing and leaky appliances around the house aren’t out to get you, but sometimes it seems that way. The weather plays a part too with winter freezes that burst pipes and spring rains that flood basements. Our cleanup and restoration teams have seen it all here in Washington/Woolwich, NJ , and the surrounding suburbs. In our experience, these are the 10 most common causes of residential water damage that can affect your home. Our list also includes helpful links and tips on how to handle each type of wet disaster.
- The Toilet Runs and Drips
When it constantly runs, it’s annoying and expensive. When it springs a bad leak, it can ruin floors and walls. The trick to fixing a leaky toilet is figuring out why it’s turned into a water hazard. Once you pinpoint the problem, repairs are usually simple and inexpensive.
- Pressure Gets to the Washing Machine
Your washing machine quickly fills with water because its supply lines are under constant pressure. Older rubber or PVC lines wear out and rupture, and that failure turns the laundry room into a flood zone. Avoid this potential mess by replacing old lines with braided stainless steel.
- Your Garbage Disposal Floods Cabinets
Most disposal leaks are DIY fixable, but when this appliance stops working, it can go out with a splash. As the body of the unit gets old, it springs leaks around the bottom housing and floods cabinets with a dirty mix of food garbage and water. When this happens, you need to replace the disposal.
- Your AC Soaks the Ceiling
The AC pulls humidity out of the air and condenses moisture into the unit’s overflow pan so that water travels outside through the condensate line. This drainage system quits working if the pan is damaged or the line is clogged. The results are soggy insulation and soaked ceilings.
- The Water Heater Develops Leaks
This appliance is often located in basements, and that can make cleanup even more challenging after a bad leak. Sometimes, a water heater problem is due to condensation, but it’s more likely a faulty water outlet or drain valve. Older units can develop leaks in the bottom of the tank and flood the entire basement.
- Frigid Temperatures Burst Pipes
This water emergency is confined to cold months, but you have to be prepared. Pipes can freeze and rupture in just a few hours, and the flooding can soak the house from ceiling to basement. Always check and insulate your plumbing before the Chicago winter settles in.
- Fire Sprinkler Systems Freeze Too
High-rises, condos and newer homes feature these life-saving systems, but residential fire sprinklers are prone to freezing without proper winter maintenance. Cold-weather sprinkler routines keep the family safe and help avoid water damage from ruptured pipes.
- The Sump Pump Stops Pumping
Whether it’s caused by heavy rain or appliance failure, water in the basement is a disaster when the sump pump stops working. You have to deal with water removal, thoroughly dry everything and address mold and mildew growth. It’s often best to let professionals handle basement flooding.
- Drains Quit Draining
This simple outlet can complicate an ordinary day by leaving standing water in a tub, the kitchen sink or the basement. A stopped-up tub or sink is a big nuisance, but a clogged floor drain can result in a basement filled with water. Your DIY solutions range from drain snakes to air blasters.
- Sewer Lines Back Up
Don’t try to handle this problem by yourself. Backed-up sewer lines are caused by blockage or heavy rainfall, and they quickly spread dangerous contaminants that create a very unhealthy environment. Sewage backup and flooding should always be taken care of by certified professionals.
A storm is any disturbed state of an environment or astronomical body's atmosphere especially affecting its surface, and strongly implying severe weather. It may be marked by significant disruptions to normal conditions such as strong wind, tornadoes, hail, thunder and lightning (a thunderstorm), heavy precipitation (snowstorm, rainstorm), heavy freezing rain (ice storm), strong winds (tropical cyclone, windstorm), or wind transporting some substance through the atmosphere as in a dust storm, blizzard, sandstorm, etc.
There are many varieties and names for storms:
- Ice storm — Ice storms are one of the most dangerous forms of winter storms. When surface temperatures are below freezing, but a thick layer of above-freezing air remains aloft, rain can fall into the freezing layer and freeze upon impact into a glaze of ice. In general, 8 millimetres (0.31 in) of accumulation is all that is required, especially in combination with breezy conditions, to start downing power lines as well as tree limbs. Ice storms also make unheated road surfaces too slick to drive upon. Ice storms can vary in time range from hours to days and can cripple small towns and large urban centers alike.
- Blizzard — There are varying definitions for blizzards, both over time and by location. In general, a blizzard is accompanied by gale-force winds, heavy snow (accumulating at a rate of at least 5 centimeters (2 in) per hour), and very cold conditions (below approximately -10 degrees Celsius or 14 F). Lately, the temperature criterion has fallen out of the definition across the United States
- Snowstorm — A heavy fall of snow accumulating at a rate of more than 5 centimeters (2 in) per hour that lasts several hours. Snow storms, especially ones with a high liquid equivalent and breezy conditions, can down tree limbs, cut off power, and paralyze travel over a large region.
- Coastal Storm — large wind waves and/or storm surge that strike the coastal zone. Their impacts include coastal erosion and coastal flooding
- Ocean Storm — Storm conditions out at sea are defined as having sustained winds of 48 knots (55 mph or 90 km/h) or greater. Usually just referred to as a storm, these systems can sink vessels of all types and sizes.
- Firestorm — Firestorms are conflagrations which attain such intensity that they create and sustain their own wind systems. It is most commonly a natural phenomenon, created during some of the largest bushfires, forest fires, and wildfires. The Peshtigo Fire is one example of a firestorm. Firestorms can also be deliberate effects of targeted explosives such as occurred as a result of the aerial bombings of Dresden. Nuclear detonations generate firestorms if high winds are not present.
- Dust devil — a small, localized updraft of rising air.
- Wind storm— A storm marked by high wind with little or no precipitation.Windstorm damage often opens the door for massive amounts of water and debris to cause further damage to a structure. European windstorms and derechos are two type of windstorms. High wind is also the cause of sandstorms in dry climates.
- Squall — sudden onset of wind increase of at least 16 knots (30 km/h) or greater sustained for at least one minute.
- Gale — an extratropical storm with sustained winds between 34-48 knots (39-55 mph or 63–90 km/h).
- Thunderstorm — A thunderstorm is a type of storm that generates lightning and the attendant thunder. It is normally accompanied by heavy precipitation. Thunderstorms occur throughout the world, with the highest frequency in tropicalrainforest regions where there are conditions of high humidity and temperature along with atmospheric instability. These storms occur when high levels of condensation form in a volume of unstable air that generates deep, rapid, upward motion in the atmosphere. The heat energy creates powerful rising air currents that swirl upwards to the tropopause. Cool descending air currents produce strong downdraughts below the storm. After the storm has spent its energy, the rising currents die away and downdraughts break up the cloud. Individual storm clouds can measure 2–10 km across.
- Tropical cyclone — A tropical cyclone is a storm system with a closed circulation around a centre of low pressure, fueled by the heat released when moist air rises and condenses. The name underscores its origin in the tropics and their cyclonic nature. Tropical cyclones are distinguished from other cyclonic storms such as nor’easters and polar lows by the heat mechanism that fuels them, which makes them "warm core" storm systems.
Tropical cyclones form in the oceans if the conditions in the area are favorable, and depending on their strength and location, there are various terms by which they are called, such as tropical depression, tropical storm, hurricane and typhoon.
- Hailstorm — a type of storm that precipitates round chunks of ice. Hailstorms usually occur during regular thunder storms. While most of the hail that precipitates from the clouds is fairly small and virtually harmless, there are occasional occurrences of hail greater than 2 inches (5 cm) in diameter that can cause much damage and injuries.
A tornado in Binger, Oklahoma during the 1981 outbreak.
- Tornado — A tornado is a violent, destructive wind storm occurring on land. Usually its appearance is that of a dark, funnel-shaped cloud. Often tornadoes are preceded by thunderstorms and a wall cloud. They are often called the most destructive of storms, and while they form all over the world, the interior of the United States is the most prone area, especially throughout Tornado Alley.
Different Types of Storm Damage
Different types of storm
There are several types of storm damage including wind, flooding, or even fire. Flooding can cause extensive amounts of damage to your home, and lightning can create fires while high winds can cause many issues to the structure of your home.
The damage which results from extremely high winds is quite easy to see most of the time. Nowadays, roof shingles are designed better than their predecessors regarding their resistance to wind and the ever-increasing knowledge and standards. There is many times little can be done to prevent damage by wind in conditions that are very extreme. Roofs that are wind-damaged usually appear to be affected only in certain spots. The edges or perimeter of the room are affected by high winds easily, since the edge of a roof is quite prone to lifting.
Round dings in metal are clear signs of hail damage. Determining whether your roof has suffered damage from a hail storm, however, could be a bit more challenging. After hail hits the roof, it knocks off the protective granules where the hail has hit, and these areas of damage are the sources of leaks in the roof in the future if it is not fixed within a few years’ time.
Snow causes most of its damage from the weight of it, which immensely increases when ice, rain and sleet are added to it. On an average-sized roof, two feet of snow can weigh the equivalent of thirty-eight thousand pounds or nineteen tons. The obvious sign many times that a roof is about to fail is if it is sagging.
The functionality of a lot of gutter and roof systems are affected by the temperatures that fluctuate, making the snow melt then refreeze on the edge of the roof. This makes a dam which the water cannot pass through, meaning that as more snow melts off the roof and trickles down, it gets blocked by an ice dam and makes a puddle. Since roofs were not made to handle standing water, especially as the water line and growing puddle move up the roof, the water can seep through small openings in the roof into your home or attic.
Rain and Flood Damage
Water running out of a typical water drainage basin due to overflowing from a storm can wreak havoc on your property. Streams, creeks, rivers or lakes which overflow, flash floods, a storm surge or a tsunami are all examples of flood damage that are possible.
Flooding can cause damage to your property including your foundation and drywall damage. Most of the time the drywall will need to be removed and replaced. The flooding can also cause mold to grow on the property due to standing or hidden water, such as inside the walls. This should be taken care of as soon as possible, usually by a professional storm damage remediation company, as mold can cause a serious health risk to you and your family.
Call an Expert
At the first sign of damage contact a professional storm damage restoration company. They use specialized equipment and technology to tackle any storm damage to your property. They will be able to restore your property back to normal.
Contact SERVPRO of Washington/Woolwich to restore your commercial or residential storm damage "Like it never even happened."