Recent Posts

Limiting Down Time During a Water Loss

10/15/2019 (Permalink)

When plumbing leaks occur in a multi-story building such as office buildings or hotels, turning off the water supply at the main valve is vital to avoid additional damage. Identify where the broken pipe is located to determine if a water valve is near the source rather than on a lower floor or utility closet. Turning off water valves as quickly as possible prevents primary damage to surfaces in addition to secondary damage from mold and mildew. Business owners can prevent slow leaks in buildings by tracking water bills each month and maintaining safety protocols in boiler and water heater rooms.

Avoid Business Interruption to Prevent Financial Losses

Preventing extensive property damage also helps to avoid business interruption loss along with the possibility of creating liability claims from nearby property owners, tenants or guests. Maintenance personnel in businesses are responsible for turning off the main water valve during normal hours of operation before beginning Mitigation services. However, when leaks happen at unusual times such as during the night or on weekends, tenants, employees and managers do not know what to do.

Important Emergency Water Damage Guidelines

Having Emergency Water Damage guidelines in place at businesses can help to reduce losses. Begin by taking the following steps to assess a property to have procedures in place when water leaks occur.

Step One: Inspect Properties

At least once a month, assess various areas of a building to look for signs of moisture from leaking pipes and fixtures. Check water distribution systems, including bathroom fixtures, kitchen plumbing and drinking fountains, especially devices that are old and degraded. Keep a record of plumbing fixtures that are prone to having frequent failures such as galvanized or steel pipes and connectors. Inspect decorative water fountains, swimming pools and hot tubs at the same time. Understand the particular areas of a property that do not have drainage systems such as parking garages. In a water leak emergency, lower levels of a building without drains require portable or fixed sump pumps.

Step Two: Mitigation Plans

Create and implement a loss mitigation plan for employees to follow when finding a leak in a multi-story building. A basic emergency plan should contain written guidelines that include conducting initial and annual training for staff and tenants concerning procedures to follow after finding a water leak. The plan should also include a map or diagram showing the location of water shutoff valves and exactly how to close the devices. If a building has a sprinkler system for fires, then it is often necessary to turn off these devices to avoid damage from water or chemicals. For confidential or sensitive areas of a building, make a list of the designated employees who can enter the space.

Step Three: Emergency Contact List

Maintain an up-to-date 24-hour emergency contact list with names and telephone numbers for:

• The business maintenance staff

• Plumbers

• Electricians

• Tenants

• Local water company after-hours number

• Water mitigation service vendors such as SERVPRO of Woodbury/Deptford

• Building agent or broker

Step Four: Additional Plans

When a major water disaster happens in a multi-story business, owners need to know where all records are kept along with essential services and key operating systems. Business owners should always have duplicate records in a safe place off-site in addition to having online records. Understand the procedures for relocation or movement of goods, records or tenants to a safe area. A written plan for evacuation of employees, guests and tenants along with equipment shutdown and closing a facility is essential to save property and people from danger.

Septic or Sewer System Backs Up into Your Property or Business....Here are safety tips

10/7/2019 (Permalink)

Watch out: sewage spills contain contaminants that can cause serious illness or disease. Disease causing agents in raw sewage include bacteria, fungi, parasites, and viruses and can cause serious illnesses including Hepatitis A.

If a building has been flooded by sewage or wastewater there may be unsafe electrical wiring, bacterial and pathogen hazards, mold hazards, even unsafe mechanical systems.

    • Turn off electrical power in the area that has been flooded if there is any chance of electrical wires, extension cords, or electrical appliances or fixtures coming in contact with standing water or wet materials
    • Vacate sewage-contaminated areas right away. Areas of sewage spill should not be occupied by people who are not wearing appropriate protective equipment as they are dangerous:
    • Stop flushing toilets
    • Turn off running water that is sending water into the drain system (clothes washer, sinks etc.)

If the sewage or wastewater are being spread by water from a burst plumbing supply or hot water heating pipe, turn off the water to the building and if needed for safety or to stop further you may also need to turn off the (hot water or steam) heating system.

Items that have been soaked and are not salvageable may best be placed outdoors. By removing wet and contaminated materials from the building it may be easier to inspect, repair leaks, and clean the building itself.

Watch out: do not handle sewage-contaminated materials without proper personal safety protection: there are bacterial, pathogenic, respiratory and infection hazards.

    • Act promptly.
    • Watch out: The longer that sewage waters remain in a building or on its contents the greater the chance of spreading illness or disease and the greater the chance of causing a costly mold contamination problem in addition to the sewage problem. High indoor moisture caused by standing water can cause mold contamination to form on other building surfaces even if they were not directly wet by the sewage spill.
    • Don't panic: while prompt action is needed as we just explained, don't be in such a rush that you do something dangerous. Also, if you sound terrified when calling a contractor for assistance the result may be the imposition of inappropriate or costly steps.
    • Call SERVPRO of Woodbury/Deptford  - For other than a trivial spill on a tiled bathroom floor you may need help from a professional water damage or restoration company.

Notify your insurance company that there has been a sewage spill in the building

Notify your municipal authority or sewer department if your home is connected to a public sewer

Contact your local health department for advice if your home is connected to a private septic system

Emergency Response Plan

10/3/2019 (Permalink)

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 Woodbury/Deptford can do for your home and your business. My name is Kathy and we here at SERVPRO of Woodbury/Deptford 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 Woodbury/Deptford 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 Woodbury/Deptford

(856) 686-0100

Termites Love Water Damaged Wood

9/11/2019 (Permalink)

a swarm of termites chewing on decaying wood. Termites can cause destructive damage to your home

The American Dream of most people has always included owning their own home. While renting is sometimes the more practical approach, there is just something special about being able to call the place you live your very own. There are so many things one can do when they own their home…remodel, add on a room, investing in the upkeep and improvements of your dream home.

With that being said, the most important thing one can do involves preserving the value and structure of their house. This is much more important than all the decorating and beautifying of the home. At the top of the list of things that cause damage is moisture. Moisture causes multiple problems that include mildew, mold, rotting and decaying of wood and damaging painted surfaces. This list of moisture problems creates unsightly appearances, health issues and structural damage. Excessive water or moisture in the home also allows the potential of another scary problem—termites! Termites love water-damaged wood.

Termites are one of the a homeowner’s greatest enemies. They are often referred to as Silent Destroyers. You may think this risk or threat does not affect you because you purchased your home not long ago and it was considered to be free of termites. The structure of your home may still be compromised because termites do their damage from the inside out and go undetected until the damage is extensive.

Many homeowners fail to recognize all the water and moisture problems that exist in their house. It does not require a mass flood or standing water for water damage to occur. In fact, you may be causing water damage to your home every time you take a shower or use the toilet. Of course the answer to this is not to stop showering or using the bathroom! However, you should periodically check the caulking around the shower stall or tub. Cracked or missing caulking can cause the wooden structure to be exposed to water and cause wet, decaying wood.

Another common, slow water leak is under the toilet where it connects to the floor. A slow leak may occur over a period of time allowing the subfloor under the toilet to stay wet. Again, this will cause the wood to always be wet and decay and attract those destructive termites.

Termites constantly need to be surrounded by moisture. They live several feet under the surface of the ground, thriving in the damp, cool dirt. They even build tunnels through which they travel as they make their way into your house foraging for their food; damp, water-damaged wood!

Keep your home dry and free of excess moisture and decaying wood. Repair any leaks, replace cracked or missing caulking, keep taking those showers and you will be able to enjoy your American dream home for many years!

7 Causes of Sump Pump Failure and What to Do

9/10/2019 (Permalink)

The problem is that Sump Pumps fail all the time. While it’s not to say that we have a fool-proof method for preventing 100% of failures, there are certainly some tips you can follow to better your chances of a properly working sump pump.

For years, sump pumps have been a pretty common fixture in homes, especially in lower-level areas of the country or in places where the rapid melting of heavy snow can cause flooded basements. The popularity of sump pumps have grown exponentially in the past couple decades, largely in part to a legal amendment to the US Federal Clean Water Act in 1987 that requires certain homes to have a sump pump, even if they are not necessarily high-risk for floods.

The American Society of Home Inspectors actually did a study that showed more than 60% of American homes suffer from underground wetness or water damage. And there’s a likelihood that an ever large percentage will deal with a flooded basement at some point. Something we often talk about with roofing in terms of moisture also applies here. It doesn’t always take a large amount of water to create a large amount of issues. In roofing, we talk about roof leaks going into the home which aren’t uncommon for a faulty roof after a big rain storm. But just as problematic – or sometimes even worse – are the small leaks that get into the attic and aren’t noticed until well after a huge mold problem has been created. Same goes for moisture in the lower levels of your home. It doesn’t take a huge flood to cause thousands of dollars in damage. It takes very little standing water and very little time for mold and mildew to take over and create problems.

Proper maintenance is the key. Ugh, more maintenance! Here we are telling you to maintenance your roof, now we’re telling you about your sump pump. Really, though, maintenance is a great thing. It’s much cheaper than a huge repair and it drastically increases the life of your equipment.

There is no definitive “lifetime” of a sump pump. Most last anywhere from 3-20 years. That’s a pretty big window. The US Department of Housing and Development estimates the average life expectancy at 10 years. In my opinion, 10-15 years is pretty reasonable for a pump that goes through regular maintenance.

First, let’s talk about how a sump pump works.

The basics are pretty simple. A hole is dug in the lowest part of your basement or crawlspace where a sump pump sits and filters out water. As the pit fills up, the pump turns on and moves the liquid out of the pit through pipes that run away from the foundation of your home into an area where it can drain, such as a municipal storm drain or a dry well. A one-way valve (check valve) keeps water from entering back into the home.

The pump is generally powered with no special wiring; just your main household current. But being near water, or in water (in case of a failure), it’s a good idea to have some type of circuit interrupter to prevent electrocution.

The majority of residential sump pumps will turn on automatically from a pressure sensor or float activator. The pressure sensor activates as water builds up and creates more pressure than air which prompts the pump to turn on. The float activator has a ball that floats on top of the water, moving the arm as the water level rises – similar to the one in your toilet tank.

When the motor activates, the impeller (a fan-like device) will turn. Using centrifugal force, the spinning impeller will force the water towards the sides of the pipe, creating a low-pressure center where water from the pit rushes to while the spinning action pushes it through the pipe.

All of these things work together to keep your home dry. And for the most part, everything tends to go smoothly. But there’s a lot of parts working together and if one thing quits working, or some type of outside force comes in and causes disruption, things can get back quickly.

7 Things that Cause Sump Pump Failure

1. Power Failure

The most common cause for sump pump failure is an electrical power outage. To prevent this, have a backup generator that can be manually activated. In the case that your primary pump mechanically fails, though, a generator cannot help in this situation. But in the event of a storm where the power is knocked out for any length of time, a backup generator can be a lifesaver.

On the same topic of power, some components of the sump pump may be vulnerable to damage from power surges. To prevent this, protect the entire electrical system from power surges with a service entrance surge protection device.

2. The Sump Pump is the Wrong Size

If you have an incorrectly sized pump, or if the pump is not installed properly, there will most likely be a problem. A small sump pump is often just as effective as a big one. When a sump pump is too big, the pump is forced to work harder, resulting in a shorter product lifespan. But if it’s too small, it may not be able to adequately pump out the water – again resulting in a shorter lifespan.

3. Improper Installation

Installing a sump pump must be done exactly right. Manufacturer’s instructions must be followed carefully for the installation in order to avoid severe water damage down the road. Most manufacturers recommend or require a check valve to be installed on the discharge line. If not installed, the back-flow of water can cause the pump impeller to rotate backwards and unscrew off the motor shaft. In this scenario, you will still hear the pump motor running, but it would not be pumping any water.

Most manufacturers require the drilling of a small air relief hole in the discharge line between the pump and the check valve which is intended to prevent the pump from having to overcome the air pressure in the discharge pipe. The discharge pipe must be of the required diameter.

Lastly, the sump pump pit should not be set in dirt or gravel. This causes debris to enter into your pump and can result in interference with the pump’s on/off switch or float arm.

4. Switch Problems

The leading mechanical cause of sump pump problems is a switch problem. This occurs when the pump shifts from its position inside the basin, rendering the float ineffective. Float is responsible for the smooth operation of the on/off switch. Your sump pump relies on both the switch and the float arm mechanisms to operate effectively.

5. Lack of Maintenance

Some pump manufacturers recommend the pump to be run every 2-3 months. Some recommend a yearly program completed just before the rainy season hits.

Here are some additional manufacturer recommendations:

  • If there is a back-up pump, unplug the primary pump and run the back-up pump to make sure it works properly
  • When testing your sump pump, go outside to make sure it is discharging water
  • Sometimes the pump can run but not pump any water. This means the impeller has disengaged from the pump shaft or the check valve is installed backwards.
  • Check the operation of the float to make sure it is not restricted
  • Clean out the air hole in the discharge line
  • Listen for any unusual noises when the motor is running
  • Replace the battery on the back-up sump pump every 2 or 3 years

6. Frozen or Clogged Discharge Lines

If water cannot exit your home through the discharge line, your system will not work. It is important to keep the discharge pipe protected from freezing and free of sticks, dirt, rocks and other debris. Protecting the water’s exit point of the discharge pipe will keep debris and animals out of the system, making it optimal for your sump pump.

Grated covering will not stop the lines from freezing or becoming blocked by ice and snow. A special grated discharge line attachment should help; it is placed near your home on the discharge line. It includes openings that give water a way to flow out of the pipe if the line is blocked further down.

7. Product Defect

Though rare, product defect is always a possibility and does happen. It is wise to test the pump when it is initially installed to make sure the pump operates properly.

It’s All About the Maintenance

Don’t get me wrong, you cannot avoid all of these problems with maintenance. Let’s be honest – it’s a mechanical piece of equipment and mechanical pieces of equipment fail. It happens. But there’s no doubt that you can avoid many of these issues, and give a longer lifespan to the equipment by performing regular maintenance.

At the very least, follow these maintenance tips once per year. Some experts will even recommend that you do this every 2 months. Quarterly maintenance is probably the norm. It takes just a few minutes and can avoid some serious pains in the future.

  • A vinegar solution can be run through the sump pump in order to clean it
  • The pump will become free from tiny particles and debris which will allow the pump to run much cleaner
  • This can be done by the homeowner and unless there is a serious problem, then you may need to call a professional.
  • Make sure the sump pump’s float switch is not restricted in any way. If it is, it will cause the sump pump to not automatically kick on in case of a flood
  • Lastly, clean all vents and air holes for maximum effectiveness

That’s it. Maintenance is super easy and keeps your home protected from water damage. Make this a part of your regular home improvement plan and you’ll surely save some money in your pocket by either putting off the purchase of a replacement sump pump for several years, or by avoiding a costly water damage project.

Water Moisture - Type of Moisture Meters

9/6/2019 (Permalink)

Moisture meter is an essential instrument used in many industries to detect moisture content in materials. Home and building inspectors rely on moisture meters to identify potential problems and damage to structures from moisture buildup. Woodworking industries, such as furniture makers, use wood moisture meters to insure a quality product. Flooring contractors use moisture meters to determine ideal conditions when installing a floor over a concrete slab or sub-floor.

Indicator scales on moisture meters can vary in appearance, but all will indicate moisture content in percent (%MC). While some moisture meters offer an analog scale, others read %MC digitally. The accuracy of the %MC readings, as well as the appropriate substrate scales, varies per meter and can vary by brand and type.

Most moisture meters are calibrated to wood, which provides a relatively accurate reading in wood moisture content. Typically, this scale ranges in the 5 to 40% range. When testing the moisture content in non-wood materials, such as concrete, a relative scale of 0 to 100 is often used, where 0 is bone dry and 100 is saturated. This is a relative scale. Moisture meters include visual LED indicators related to the percent reading on the scale for dry, moderate and saturated or wet readings. Additionally, some meters also offer a third scale for readings of gypsum. These scale readings can range from 0.2 to 50% moisture content. When selecting a moisture meter for sheet rock, it is advised that a moisture meter that offers a scale reading for gypsum be used.

Color indicators on moisture meters are helpful in determining whether the material being tested is considered dry or if there is a potential problem with moisture. The green (dry), yellow (moderate) and red (high) indicators typically identify where on the scale of %MC the readings occur. This can clear up confusion where one interprets a %MC as dry versus one that is moderate and may require more thorough investigation to determine if a problem with moisture in the material exists, especially if a visible sign of moisture does not exist.

Types of Moisture Meters

There are three common types of moisture meters used for the inspection of building and structure materials: pin-type, pin-less and pin/pin-less/all-in-one. All three types of moisture meters offer specialized purpose and are unique to the end user's application in determining %MC in materials.

Pin-Type Moisture Meter

The first of the three types of moisture meters is the pin type. Pin-type moisture meters measure %MC at the depth of the head of the contact pins. Pin-type moisture meters have two pins on the instrument, which are used to penetrate into the test surface at a desired depth. The reading of %MC is determined by measuring the electrical resistance between the tips of the two pins. This method of inserting pins into a surface is often viewed as an invasive process for measuring %MC. Typically these moisture meters will read up to 5/16" depth.

Pin-type moisture meters use the principle of electrical resistance to measure the moisture content in materials by measuring the conductivity between the pins. The tips of the pins are relatively sharp, uninsulated and penetrate into the surface for a sub-surface reading. With pin-type meters, you can also obtain a reading by touching the pins to the surface for testing. Most pin-type moisture meters use a scale calibrated to wood, however this does not mean that the meter cannot be used to measure moisture in other substrates and materials. This type of moisture meter can also be used for, but is not limited to, concrete, drywall, ceiling tiles and painted surfaces. When using the wood scale on a pin-type moisture meter, the %MC reading can range from 5% to 40% in moisture content. Generally, the low end of this reading falls into the 5 to 12% range, the moderate range will be 15 to 17%, and the high or saturated range will read above 17%. Scales for MC% ranges are provided in the instrument instructions and should be consulted concerning measuring ranges for particular surface materials.

Pin-type moisture meters are useful in measuring %MC in wood flooring, drywall, painted surfaces (such as the exterior of the home), carpeting, ceiling tile and cement. A pin-type moisture meter is the best way to identify the exact location of moisture buildup. A pin-type meter uses two pins that penetrate into the test surface at the user’s desired depth. When insulated contact pins are used, only the uncoated tips are exposed, providing an accurate reading of moisture content at various levels of penetration. Pin-type meters are the only instruments that allow the inspector to identify exact location of moisture at a given point. Using a pin-type meter is an effective way to determine the difference between shell and core moisture content. In some cases, the depth of the reading exceeds the length of the pin on the meter. If this is the case, many meters are equipped with a connection option to add accessory probes that can be inserted further into a substrate for more accurate core or depth detection. An example would be for Exterior Insulated Finish Systems (EIFS) testing.

Pin-less Moisture Meter

Pin-less or noninvasive moisture meters operate on the principle of electrical impedance.

This meter provides a nondestructive measurement of moisture in wood and other substrates, such as concrete and gypsum. A noninvasive moisture meter may also be called a nondestructive or a pin-less moisture meter. Scales on these meters are similar to that of pin-type meters, where the wood scale reads %MC at 5 to 30%, and non-wood materials' %MC is read on a relative scale of 0 to 100%.

Pin-less moisture meters are commonly used to determine moisture content on a relative scale of 0-100% in concrete sub-floors and flooring prior to laying a wood floor or other decorative flooring surface. Other common uses for a pin-less moisture meter for identifying possible moisture buildup behind bathroom/shower tiles, under vinyl flooring and other finished surfaces, as well as to determine if water-borne finishes are adequately dry prior to second application.

Pin-less moisture meters are capable of reading up to a typical depth of 3/4" or 1" into a subsurface. These are useful for detecting problem moisture buildup where visual indicators are nonexistent.

Pin/Pin-less/All-in-One Moisture Meter

A third and possibly more useful moisture meter would be a pin/pin-less/all-in-one moisture meter. This type of moisture meter utilizes both methods for measuring %MC in surfaces. Because this type of meter offers the option to measure moisture content in substrates using both methods of reading moisture, one meter may be able to identify problem areas and then also be used to pinpoint the exact location where moisture damage or buildup is occurring. Essentially, this type of meter would utilize the same scales of %MC for wood and non-wood substrates and allow the end user the versatility necessary for a full inspection in determining areas where moisture is an issue.

Ideally, due to its diversity, this type of meter could be utilized by the flooring specialist, IAQ specialist, general contractor and home/building inspector.

Be Aware of Flooding

9/6/2019 (Permalink)

Even though the hurricanes are not touching down on land the rain the hurricane can bring should be watched because it can lead to flooding. Every community should at least be aware of flood dangers and be prepared for them because you never know when flooding may occur.

Additionally, the dangers of floods do not disappear after water levels stop rising. Here are five factors to remember when recovering from a flood.

1. Be wary of damaged utilities

Water may have damaged electrical power and natural gas or propane, the Centers for Disease Control (CDC) reports. Minimize any fire hazards by turning off these utilities, especially if an odor, fraying wiring or sparks are present. Only turn the power on or off if you can do so from a dry location. Otherwise, call an electrician.

Contact the proper authorities, such as the gas or electric company, the police department or the fire department to help determine when turning utilities back on is safe.

2. Protect yourself against carbon monoxide

Generators, pressure washers, charcoal grills and other fuel-burning tools can release CO, which can collect in dangerous concentrations when used indoors or near open doors, windows or air vents.

The CDC recommends avoiding use of these in enclosed or partially enclosed areas, and encourages people to buy battery-powered carbon monoxide detectors. These should be placed outside all sleeping areas and, for added protection, near a home's heat source.

3. Minimize contact with dirty water

Remaining floodwater can also pose various hazards. It may be mixed with sewage or other hazardous substances, like chemicals, or it could be hiding downed power lines or sharp objects.

Dry out homes as soon as possible and thoroughly wash and disinfect clothes, linens and hard surfaces. Discard anything that cannot be cleaned -- this includes contaminated drywall and insulation.

4. Control Mold

Mold can also be a major issue if it is not addressed after a flood.

Mold can dry out, but the dried spores can still pose a risk if they enter the air. Proper cleanup is essential after a flood.

5. Avoid traveling through flood water

Never enter swiftly flowing water, and do not try to drive or walk through standing water because underneath the road could be compromised or blocked by debris.

When it comes to moving water, obviously you should try to get to high ground and get away from flooding whenever possible. Don't put yourself into moving water. If you have standing water, you certainly don't want to drive or walk through that either if you can't see to the bottom of it.

2019 Hurricane Predictions

8/29/2019 (Permalink)

The 2019 Atlantic hurricane season is an ongoing event in the annual formation of tropical cyclones in the Northern Hemisphere. The season officially began on June 1, 2019, and will end on November 30, 2019. These dates historically describe the period each year when most tropical cyclones form in the Atlantic basin and are adopted by convention. However, tropical cyclogenesis is possible at any time of the year, as demonstrated by the formation of Subtropical Storm Andrea on May 20, marking the record fifth year in a row where a tropical or subtropical cyclone developed before the official start of the season, breaking the previous record of four years set in 1951–1954.[1] This was also the second year in a row in which no storms formed during the month of June. The season's first hurricane, Barry, formed in July in the northern Gulf of Mexico, and struck Louisiana. A series of storms developed in late August, including Hurricane Dorian, which is currently moving through the southwestern Atlantic.

With hurricane Dorian looming closer toward the Florida coast and bringing with it winds of up to 125MPH, here are some predictions for the upcoming 2019 hurricane season:

The firstforecast for the year was released by TSR on December 11, 2018, which predicted a slightly below-average season in 2019, with a total of 12 named storms, 5 hurricanes, and 2 major hurricanes, due to the anticipated presence of El Niño conditions during the season.

Should you incur water damage from a storm, call the professionals at SERVPRO of Woodbury/Deptford, NJ to make it “Like it never even happened.”

Have Storm or Flood Damage?

6/27/2019 (Permalink)

SERVPRO of Woodbury / Deptford, specializes in storm and flood damage restoration.  Our crews are highly trained and we use specialized equipment to restore your property to its pre-storm condition.

Faster Response

Since we are locally owned and operated, we are able to respond quicker with the right resources, which is extremely important. A fast response lessens the damage, limits further damage, and reduces the restoration cost.

Resources to Handle Floods and Storms

When storms hit Woodbury / Deptford, we can scale our resources to handle a large storm or flooding disaster. We can access equipment and personnel from a network of 1,650 Franchises across the country and elite Disaster Recovery Teams that are strategically located throughout the United States.

Have Storm or Flood Damage? Call Us Today SERVPRO of Woodbury/Deptford 856-686-0100

Water damage in Deptford NJ

6/26/2019 (Permalink)


It is common knowledge that most commercial buildings have fire sprinkler systems that work to prevent fire damage. However, many do not realize how important these fixtures are in the case of fire. In fact, mounting evidence shows that this form of fire protection is more effective than many give it credit for.

If you are thinking about investing in new fire sprinkler systems, consider the ways that commercial sprinkler systems can benefit your building in case of fire:

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.

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!

Fire Sprinklers Help Save Lives

Perhaps one of the most important things that fire sprinklers do is help to lower the risk of death and injury during devastating structure fires. According to a study from the National Fire Protection Association, there has been no record of more than two lives lost inside of a building with a full sprinkler protection that was well maintained and fully functioning.

As you can see, having a full system sprinkler system is a crucial part of fire protection for commercial buildings. If you already have a sprinkler system in place, make sure your fire alarm inspections are up to date and your fire protection equipment is functioning properly. Fire alarm inspections can mean life or death — make sure your equipment is working when it counts.