Sick Building Syndrome

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Sick Building Syndrome (SBS) is a term commonly used for non-specific symptoms that are temporally related to occupancy of a particular building. When building-related symptoms are characteristic of a specific clinical entity, they are called Building Related Illness (BRI). These illnesses are varied, and include Legionnaires’ disease, building related hypersensitivity pneumonitis, building-related asthma, and others.

SBS symptoms include mucous membrane irritation (cough, scratchy throat, stuffy sinuses, and itchy eyes), headache, fatigue, difficulty concentrating, and other non-specific symptoms. The causes of SBS vary with the building and its occupants. SBS was once called “Tight Building Syndrome” and was considered to be a result of excess tightening of buildings in response to energy use concerns. However, many buildings with an excess of symptoms among the occupants are well ventilated. Still, increase in ventilation rates is often the “cure” for the problem.

Some people consider that SBS is caused not by the physical environment, but, rather, by psychosocial factors. Gender, lack of control, poor management, too much work, too little work, perceived housekeeping quality, and many other social factors have been blamed for the symptoms. In some cases, psychosocial factors may be the major cause of complaints. However, clearly, in some cases, environmental factors are at fault. For example, paper dust, and photocopier use have both been related to increases in complaints in a dose-dependent way. An excess of volatile organic compounds have been blamed for SBS symptoms. However, one study attributed this effect to the perception of odors at VOC concentrations far below those that would be likely to have an effect. These authors discuss the possibility that reactive chemistry might produce irritants that might be responsible for some symptoms.

Mold contamination has clearly been related to cases of BRI. However, its relationship to SBS is less clear. A Swedish study documented that dampness in residential buildings was associated with SBS symptoms with symptoms increasing with the number of dampness indicators present. Whether or not mold growth was responsible for these symptoms remains unknown. An extremely interesting study exposed people to measured doses of airborne fungal spores from growth on building materials. In this study, symptoms were similar among the two fungi studied AND for the placebo tests, indicating no specific effect of the spores. Mycotoxins have not been measured in quantities sufficient to cause the normal SBS symptoms, and the data regarding the role of mycotoxins in indoor air remain equivocal.

Condensation on Duct Work

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Condensation occurs when air is cooled below its dew point temperature. The study of air containing moisture (or plain old air as we know it) is called psychrometrics (pronounced si-crow-met-ricks), and deals with the relationships between temperature, relative humidity, absolute humidity, dew point and several other properties of the air/moisture mixture. A basic psychrometric relationship is that air can only hold so much moisture at a certain temperature. When the air is full of moisture, the relative humidity is 100%. When the air contains half as much moisture as is can at a temperature, the air is at 50% relative humidity. The next relationship is that if you cool the air, the relative humidity increases. (Cool air can’t hold as much moisture as warm air) At some point, the air becomes saturated. Cooling it any further causes condensation. This is the dew point.

So how does this relate to sweating ducts? Air conditioners make air cold. The cold air is forced through ducts. As a result, the outside surface of the ducts is cooled. If the air outside the ducts is humid enough, condensation will form on the ducts. The colder the air in the ducts and the more humid the air around the ducts, the more chance of forming condensation. Note that sweating ducts has nothing to do with moisture in the air inside the ducts. Solutions to sweating ducts involve 1) warming the surface, and 2) drying the air around the ducts. Insulation is added to the exterior of ducts to help warm the duct surface. The insulation should be enclosed in a vapor barrier to keep moisture from moving through the insulation itself. Joints in the ducts, insulation and vapor barrier should be sealed. The insulation and vapor barrier should extend completely to the registers, or condensation can form on the exposed ends.

If the ducts are in a crawlspace, a complete vapor barrier on the soil is an essential first step. Increasing crawlspace ventilation may help in some parts of the country, but be careful because increasing ventilation in other areas can actually increase the condensation. In basements and crawlspaces, sometimes adding a dehumidifier is necessary. Most duct condensation issues I have seen are the result of problems with duct insulation. In some cases, fixing the insulation solves the problem. Adding insulation typically does not solve the problem. In cases where the insulation is in good shape, crawlspaces and basements have been wet, or ducts have been pressed together.

When is the air conditioner at fault? Some newer air conditioning systems and controls actually make the air inside the ducts colder. This is an attempt by the manufacturer to help make the air in the house dryer, but often causes more condensation on the outside of ducts. Dirty filters can restrict air flow through the system, resulting in colder air. This is the easiest one to deal with: keep your filters clean. Otherwise, make sure the duct insulation and vapor barrier are continuous, contiguous and complete. And keep the air around ducts dry by covering exposed soil in crawlspaces, keeping ducts apart, and reducing other moisture sources in the air as much as possible.

What is Acremonium? 

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With wet conditions, Acremonium grows quite well.. When Acremonium is found indoors, it usually originates either from outdoor air or from contaminated crawl spaces or from contaminated building materials that recently experienced wet conditions like flooding. However, the spores of this fungus are formed in a slimy mass resulting in limited aerosolisation: therefore its prevalence may be low in air samples.

It grows indoors on building materials such as drywall, acoustic and thermal fiberglass insulation and in some cases insulated ducting. Crawl spaces, wet bathrooms with a lack of proper ventilation or exhausting and continuous wet basements are ideal for Acremonium. 

Acremonium has often been associated with contamination by Stachybotrys chartarum, which is often referred to as “Black Mold,” as both fungi is favor very wet circumstances. Allergenic reactions to Acremonium includes hay fever, asthma, hypersensitivity and pneumonitis. Potential opportunist or pathogen effects are known to cause hyalohyphomycosis, keratitis, mycetoma, and onychomycosis. Also known to cause infections in immunodeficient patients and causes infections in persons with wound injuries.

When mold is found in your home, trust the professionals at Mold Solutions & Inspections to properly handle the removal the first time under the guidance of the IICRC protocols.

What is Myxomycetes?

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A little known mold which does show up on many mold testing reports is Myxomycetes. This mold is often skipped over by many inspectors not only because they can’tpronounce it, (Mixo-My-Cee-Tees), but also because they don’t know what it is and howit got there. Myxomycetes have an interesting life cycle which includes a wet spore phase and a dry spore phase. When conditions are favorable, they move about like amoebae, resembling primitive animals. When conditions are not favorable they form a resting body (sclerotium) with dry, airborne spores. Myxomycetes are noconsidered to be true fungi.

Health Effects

Myxomycetes are a type 1 allergen and can cause hay fever like symptoms and trigger asthma. Type I hypersensitivity is also known as an immediate reaction and involves immunoglobulin E (IgE) mediated release of antibodies against the soluble antigen. This results in mast cell degranulation and release of histamine and other inflammatory mediators. 

Type I hypersensitivities include atopic diseases, which are an exaggerated IgE mediated immune responses (i.e., allergic: asthma, rhinitis, conjunctivitis, and dermatitis), and allergic diseases, which are immune responses to foreign allergens (i.e., anaphylaxis, urticaria, angioedema, food, and drug allergies). The allergens that result in a type I hypersensitivity may be harmless (i.e., pollen, mites, or foods, drugs, etc.) or more hazardous such as insect venoms. The reaction may be manifested in different areas of the body and may result in instances such as:

  • Nasal allergic rhinitis or hay fever
  • Ocular allergic conjunctivitis, potentially due to seasonal allergens such as pollen or mold spores
  • Dermatological hives, atopic eczema, or erythema
  • Soft tissue angioedema
  • Pulmonary reactions, such as allergic asthma or hypoxiaSystemic reaction, which is a life-threatening medical emergency, and also known as anaphylaxis.

Mold Solutions & Inspections is a full service mold testing and remediation company providing an unmatched level of service since 1998. If you think your home or business has been affected by mold, or are in need of mold testing, call our office or visit our main page for more information.

THE IMPORTANCE OF WORKMAN’S COMP

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When home owners go through their process in regards to hiring a contractor, they’ll look at reviews, pictures of previous jobs, and some may even go a bit further and ask for references. But one major item that is often overlooked is insurance. And not just general liability, but workman’s compensation insurance. Liability and workers’ comp are two different types of policies, but each should be carried by nearly every contractor. General liability protects their business and workers if they damage a home owner’s property, cause bodily harm, or advertise injury. Workers’ comp is an insurance policy that protects workers and pays for any harm or injury that comes to them while on the job. As a home or business owner employing the contractor to perform work, it’s up to you to ask and verify if they have proper liability and workers’ comp before signing the contract. Otherwise, you could be held responsible for the alleged wrongdoing or accidents caused by the contractor’s work without insurance.

Many home and business owners fail to realize that the contractor themselves and each of their employees could potentially file a claim against their insurance policy if an accident should occur. Not only does that mean you’re potentially responsible for paying out the appropriate fees and deductibles on such claims, but it guarantees your home insurance rates will go up. Another risk you potentially face when hiring a contractor without proper coverage is that any faulty or defective work they complete will be your financial responsibility to fix. When your contractor has liability and workers’ comp, you have recourse to file a claim against their policy for any repairs. But when they don’t have these coverages, you’re accepting the risk that you’ll be put in the position to pay for future related repairs

For contractors, liability and workers’ comp are like any other insurance policy in that you are paying to protect yourself from potential damages and economic losses that could potentially occur. If an employee should be hurt on the job, workers comp insurance will cover those losses, rather than it being an out of pocket loss.  For homeowners, verifying the contractor you hire is covered could be the difference between having their policy pay for any damages and injuries, versus them looking for your insurance, or even you to pay those costs. Always ask for liability and workman’s comp proof of insurance before signing any contract, and call the carrier to be certain that the coverage is active, up to date and covers the type of project you hired them for.

WHY DOES DUCTWORK “SWEAT?”

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During the summer months when an air conditioning unit is keeping your home cool, you may see water droplets or condensation forming on your ductwork. This can occur when the cold air within the unit is colliding with warmer within the environment, and thus creating these droplets. And even though not all ductwork sweating is harmful, in some cases it very well can be.The sweating can drip onto both drywall and insulation, causing damage to the building material and then leading to mold growth. Excess humidity issues can also lead to widespread mold growth throughout your home, so controlling ductwork sweating can save you thousands of dollars in unwanted repairs. Here are a few ways you can prevent ductwork condensation in your home:

  • Reducing Humidity Levels: An ideal range for humidity is between 40 to 50 percent. A proper sized dehumidifier can assist in controlling humidity spikes and also dry some moisture in your basement which can lead to mold growth.
  • Ductwork Maintenance: If the air ducts in your home are older, adding insulation can significantly reduce and even stop condensation from forming. Insulating your ducts can also help with energy loss as some ductwork may have cool and hot air escapes.
  • Attic Maintenance: When ductwork runs through your attic, having a properly insulated attic can make a huge difference when controlling condensation. Upgrading your attic insulation and improving your attic’s ventilation can prevent condensation on air ducts.
  • Dirty or Blocked Filters: Not having proper air flow to your unit can not only damage the unit itself, but also cause condensation. To ensure proper airflow, replace your air filters every three months, even if you don’t see condensation on AC ducts. Doing so also improves the efficiency of your air conditioner.
  • Repairing Installation Errors: Another common cause for condensation on AC ducts is if they aren’t hung properly or are touching each other. When ducts touch each other, they create cold spots where condensation can occur. Proper installation is also important when your ductwork is installed in the attic since installation can affect how well the insulation performs.

Like anything in your home, proper maintenance can reduce your chances of failure or damage. Controlling ductwork sweating can also limit your chances of mold and water damage causing thousands of dollars in needed repairs and potentially structural issues. Having your unit serviced and your ductwork checked on a yearly basis is money well spent.

LAWSUITS INVOLVING MOLD EXPOSURE

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Mold in one’s home, apartment or place of work can lead to adverse health issues like nose congestion, rashes, feeling short of breath, headaches and inflaming asthma. Prolonged exposure to mold can worsen one’s health over time and in many cases said exposure has been linked to internal organ damage and even mental impairment. Ignoring the issue will only make it worse, so once water damage and mold is discovered within a dwelling, immediate action by trained professionals is a vital step in avoiding larger issues in the future.

A lawsuit could in fact result if toxic mold is discovered in a home, apartment or place of work especially if the landlord or previous owner had knowledge of issues prior to a new owner or tenant has occupied the property. Seller’s disclosures are now being scrutinized even more as previous home owners deceive new potential buyers, or when landlord’s are being deceptive about previous losses or needed repairs. It is the responsibility of the previous owner or the landlord to fully disclose any potential issues in the past and also provide proper documentation of said repairs to ensure that the new owners or tenants are fully aware of previous damage. Lying or intentionally being deceptive can lead to costly lawsuits in the tens or even hundreds of thousands of dollars.

Landlord Responsibilities

It is possible to bring a suit against anyone who knowingly caused or contributed to mold issues in a property that has affected those within the dwelling. Mold can not only lead to major health issues but also major property loss, as demolition of affected materials can be very costly. If mold is behind kitchen cabinets because of a previous leak, those cabinets would have to be removed, and if the cabinets themselves are compromised, then they too would have to be discarded leading to what appeared to be a small mold job, into a complete kitchen remodel which could cost tens of thousands of dollars on average. You may have the option of filing a personal injury lawsuit, a property damage claim or even a malpractice case depending on the situation itself. Here are some examples of how a mold case can be brought to court:

  1. Tenants can sue both landlords and property managers for health issues and personal property damage caused by mold especially in cases where rental insurance may not cover the total monetary loss.
  2. Contractors or even architects are liable for suit when they have violated building codes, used faulty building materials, knowingly caused damage to the property due to negligence, didn’t file for or have proper permitting, or directly violated local building codes.
  3. Previous owners failing to disclose prior water and mold damage, and not properly notifying potential buyers of pervious damage. Knowingly covering up water damage losses and mold or other building defects such as improperly installed stucco or windows, or roofing issues.
  4. Restoration companies who were hired to remove mold or water damage from any type of flooding and failed to properly remediate the issue leading to more mold and potential exposure from their negligence.
  5. Insurance carrier’s dragging out even the smallest of water damage claims, which then lead to mold issues and potential health risks in your dwelling. Some insurance carriers can take months and even years haggling over covered claims which then can lead to secondary damage and mold exposure.

Steps to Take When Pursuing Legal Action

If you are at a point where legal option may be the only recourse, there are some crucial steps you will need to take to assist your case. Not following some of the these suggestion could lead to your case becoming weaker, and thus harder to file for an attorney.

  1. Take photos and even videos of the damage.
  2. Document all correspondence and try avoiding phone calls as they aren’t proof, and recording calls can some times work against you. Emails and texts are the best option to prove that you notified landlords or contractors about damage, and show dates of action.
  3. Get mold testing done. This can be one of the most important steps. You can’t just say you have mold, you have to prove it. Having a professional test for mold can tell you the type and severity and help in providing evidence of your exposure.
  4. Keep a record of all repairs you may have made. In order to get reimbursed for work you paid for, you must have documentation proving you paid for such repairs. Copies of cashed checks or credit card payments and invoices will be best.
  5. Seek medical attention immediately if you’re having any adverse health affect. Don’t wait until it is too late to get help if you’re feeling ill due to mold exposure.

Having proper legal representation for any case is vital in securing your chances of being awarded damages, but it is difficult to find the right attorney or an attorney willing to take on cases for mold. Not every mold case is the same, and not every case involving mold is something that can even be brought to court. Do your due diligence prior to hiring any attorney and ask for previous cases they have been apart of in the past to see if they’re the right fit for you.

5 REASONS TO GET A DEHUMIDIFIER

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Dehumidifiers regulate humidity by removing moisture from the air to create living spaces that are comfortable for people and inhospitable to dust mites, mold and other allergens. Excess moisture leads to mold growth, and mold growth leads to property damage, bad indoor air quality, increased odors from off-gassing of mold spores, and damage to items stored in the basement. There are three main sources of moisture in your home: the first source is leaks, the second is diffusion through materials, and the third is internally generated moisture. 

Fifty percent of the air in the upper levels of your home comes from the basement or crawl space. Both contain high levels of moisture that cause musty odors, mold spores, mildew, bacteria, and dust mites. Damp air in these areas may also damage the structure of your home and stored items. According to experts, controlling humidity inside the home is essential for comfort, reduced health risks, and property protection. Here are the top 5 reasons to get a dehumidifier.

  1. Musty Odors – Musty odors are typically a result of high humidity levels in the crawl space and basement. This polluted air below the house will eventually move to the rest of the house, carrying musty odors and other contaminates. Specifically, musty odors in your home come from the off-gassing of mold spores when they feed on organic materials. Solve the moisture problem and you will solve your mold problem.
  2. Comfort – A home dehumidifier draws moisture out of the air which allows your A/C system to perform more efficiently. This prevents the “cold and clammy” feeling you may get when you rely solely on your A/C to lower the temperature in an attempt to lower the humidity level in your home.
  3. Controlling Dampness – If after heavy rain, you notice water dripping on your basement floor, sweating walls, or rings of mold spores, you should use a dehumidifier to dry it out. If you have a regularly damp basement it’s a good idea to keep one running throughout the year.
  4. Helps With Allergies – Designed to work with your home’s HVAC system, a whole-home ventilating dehumidifier brings in fresh, filtered outdoor air. This process dilutes allergens and contaminants, all while dehumidifying the entire home to maintain a set relative humidity (RH) level. 
  5. Safer Food Storage – The use of a dehumidifier can improve the shelf life of porous foods such as cereal, bread, and chips by absorbing moisture and other contaminants that contribute to spoilage.

HOW BASEMENTS FLOOD IN DRY WEATHER

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Why Do You Have a Wet Basement in Dry Weather?

Basement flooding can occur at any time, even in dry conditions.  Most home owners don’t think about basement flooding in dry weather, only when it’s during the wet summers. But there are many ways a basement can flood in dry weather causing major water damage to your finished space and contents.

There are a number of reasons why basements flood. Flooding can occur by seepage or flow through the walls or foundation floor, from surface water sources, or by a sanitary or storm sewer backup.

wet basement

Most flood events do happen during wet weather, but it is quite possible for a flood to occur during dry weather too. Three of the most common reasons are as follows:

A blocked or failed sanitary lateral. The sanitary sewer lateral, just like the shingles on your roof, or your paved driveway, is a feature that will degrade over time. As a lateral degrades, several things can happen. For example, tree roots might penetrate and the lateral might collapse because of gradual deterioration. These scenarios can block the lateral, resulting in a sewage backup. In this case, it will be your own home’s domestic wastewater that floods your basement. The only way for the wastewater to drain becomes the lowest fixture in the home – usually the floor drain or a basement level shower stall, sink or toilet. Your lateral, just like your roof, your driveway or windows, needs maintenance, and ultimately needs to be replaced or rehabilitated. Talk to a licensed plumber, who can carry out an assessment. Another reason for blockage of a sanitary sewer is simply due to what is being flushed down the toilet. Our Toilets and Drain page has a list of things not to put down your drain, or flush down your toilet. Toilets are for human waste and toilet paper, and that is pretty much it!

Foundation drainage failure. Subdivisions are sometimes constructed in lower-lying areas that are generally wetter than others. In such cases, the foundation drainage system, whether by gravity or by pump, must work continuously to keep the ground water level around the foundation lower than the basement floor.
Just as with sewer laterals, gravity foundation systems, often called weeping tiles, may degrade over time or get plugged by fine sediments. As a result, the ground around the foundation will cease to drain itself by gravity. In other cases, sump holes in the foundation are constructed to accommodate a sump pump. These devices pump out the water around the foundation and either discharge it to the lawn, storm sewer, or illegally to the sanitary sewer. Discharging a sump pump to the sanitary sewer is illegal, and should either be reported and/or repaired immediately. It is possible for these pumps to fail, or simply be unable to keep up with the incoming water, or get plugged. This flood type will be discussed further in the wet weather section.

Common Causes of a Wet Basement in Dry Weather

Even without rain, water can still enter your basement from hidden sources.

  • Groundwater pressure: Water beneath your home can push through foundation cracks and walls.
  • Plumbing leaks: Broken or aging pipes inside walls or floors can slowly leak water.
  • Condensation buildup: High humidity levels can create moisture on cold basement surfaces.
  • Foundation cracks: Small cracks allow moisture to seep in even during dry conditions.

How to Prevent a Wet Basement Problem

Preventing basement moisture requires regular inspection and proper waterproofing.

  • Seal foundation cracks: Use professional-grade sealants to block water entry points.
  • Improve drainage system: Ensure gutters, downspouts, and grading direct water away from your home.
  • Install a sump pump: Helps remove excess groundwater before it enters the basement.
  • Control humidity: Use dehumidifiers and proper ventilation to reduce indoor moisture levels.

Water supply-line break or hot-water tank failure. Sometimes, a flood is due to a break in the home’s internal water supply plumbing or failure of the hot-water tank. This can result from aging plumbing or equipment, a puncture of a pipe during construction, or freezing-induced splitting of a pipe.

If your basement floods, immediate action is paramount.  Our emergency water damage restoration service is available 24 hours a day, 365 days a year and you’ll always speak to a live person. Having the wet building material removed and the space structurally dried will prevent secondary damage and mold. If a flood should occur in your home or business, give our water damage restoration team a call, and we’ll have your space back to new in no time.

SPACE HEATER SAFETY TIPS

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Heating equipment, like space heaters, are the leading cause of house fires in the United States. Local fire departments responded to an estimated average of 48,530 fires involving heating equipment each year in 2014-2018. These fires resulted in annual losses of 500 civilian deaths, 1,350 civilian injuries, and $1.1 billion in direct property damage. With the risks associated with space heater usage, it’s no surprise people are hesitant about using space heaters in their home. But as long as you follow some safety guidelines, space heaters aren’t inherently dangerous.  Here are some useful tips to understanding space heaters, and also how to properly purchase one suited for your home needs.

Four different types of space heaters

  • Fan-forced: Warm air is blown over metal coils.
  • Infrared: Infrared light bulbs create heat.
  • Ceramic: Ceramic heating element warms air.
  • Water or oil-filled: Heated water or oil travels through the unit.

No matter which type of space heater you buy, be sure to check that it’s a recent model with an Underwriters Laboratories label. Also check to see what size room the heater is designed for, and generally keep to devices appropriate for the room in which you plan to use them.

Space Heater Placement

It’s generally suggested that space heaters be placed at least 3 feet away from furniture, window treatments, bedding, clothing, rugs, and other combustibles. These items can cause a risk of fire if they come in contact with a unit’s electric heating element or too-hot surface.

Other Placement Tips

  • Make sure that the heater is placed on a hard, level surface.
  • Review your owner’s manual for specific instructions on your heater.
  • Never sit or drape anything on top of a portable heater, or use it to dry clothing or towels.
smoke damage restoration havertown

smoke damage

Space heater safety features to consider

When purchasing a space heater, consider the following safety features:

  • Tip-Over Switch: Shuts the unit down if it’s not in an upright position  
  • Automatic shut-off/Overheat protection:Automatically shuts down the unit in the case of overheating
  • Thermostat:Monitors indoor temperature, which allows the unit to determine when to turn on and off
  • Plastic face: Keeps the grille from heating to the point of burning the skin upon contact

Extra safety features are good to keep in mind — especially if you plan to use the heater in certain contexts. If you have pets or children, tip-over switches and nonmetal faces are important features to consider. Likewise, if you plan to use the heater without constantly monitoring it yourself, you will probably want to consider an automatic shut-off feature, or a thermostat that allows you to set a certain target temperature.

Space heater safety features to consider

When purchasing a space heater, consider the following safety features:

  • Tip-Over Switch: Shuts the unit down if it’s not in an upright position  
  • Automatic shut-off/Overheat protection:Automatically shuts down the unit in the case of overheating
  • Thermostat:Monitors indoor temperature, which allows the unit to determine when to turn on and off
  • Plastic face: Keeps the grille from heating to the point of burning the skin upon contact

Extra safety features are good to keep in mind, especially if you plan to use the heater in certain contexts. If you have pets or children, tip-over switches and nonmetal faces are important features to consider. Likewise, if you plan to use the heater without constantly monitoring it yourself, you will probably want to consider an automatic shut-off feature, or a thermostat that allows you to set a certain target temperature.

Space heater safety tips

Space heaters have caused many house fires, injuries and deaths over the years. If you plan to use a space heater during the cold winter months, you’ll want to make sure you are using it properly to avoid potentially fatal mistakes.

To keep yourself and your home safe while using a space heater:

  • Review instructions and warning labels to ensure safe operation. 
  • Inspect your heater for damage. 
  • Place space heaters on low, flat surfaces. 
  • Keep out of high-traffic areas or doorways. 
  • Keep space heaters at least 3 feet away from flammable items and objects, such as papers or curtains. 
  • Avoid leaving a space heater unattended — especially for long periods of time. 
  • Do not plug space heaters into extension cords or power strips. 
  • Unplug space heaters when not in use.

When it’s cold outside, a space heater can be the perfect way to create a warm, comfortable living area. Although space heaters can be a hazard, when used correctly they are a convenient, affordable option when you’re looking too quickly and easily supplement your home’s central heating system.

Fire & Smoke Damage

When a fire loss occurs in your home or business, it is nothing short of a tragedy. Immediate action is also a must to minimize the amount of soot from further destroying the structure and your personal contents. Our emergency response team is on call 24-7, and you will always speak to a live person no matter the time or date. We will bring your home back to pre-loss conditions, while documenting all of the damage, and work directly with your insurance carrier, so you can get back into your home safely and quickly.

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Mold Solutions & Inspections
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Suite 1000,
Freehold NJ, 07728

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