Flood damage restoration service – Ashton Place

Homeowners in Ashton Place suffer water damage regularly. Whether you’ve experienced a natural disaster or a localized catastrophe such as a building flood, Critical Control is standing by to respond 24/7.

The most common cause of water damage is when water gets into a structure or home via a flood, storm, or burst pipes. Sometimes the damage is overt and evident, while other times it’s hidden or minor.

It is more complicated than simply drying the interior of the building to repair water damage. Modern professional water damage remediation techniques such as Critical Control, can often reduce damage that would normally require a complete structural replacement.

Water Damage Restoration Guidelines Exist and you can call an Professional

A lot of times, homeowners or builders try to fix water damage using DIY solutions that can be located online. This is inadvisable. Water damage can be managed in accordance with established guidelines. These guidelines demand the expertise and equipment of professionals. These guidelines are included in the IICRC Standard Reference Guide, or Professional Water Damage Restoration book. This guide is necessary to ensure the professional standardisation of scenarios involving water damage structures or homes, as well as the risks associated with it.

The IICRC guidelines aid restoration experts such as Critical Control to evaluate the category and class of damage to each project.

These guidelines are important for professionals who deal with water damage. There are certain situations that require our bringing in an Indoor Environmental Professional (IEP). An IEP is professional with the knowledge and experience to evaluate the condition of a place, collect samples, get laboratory tests, and provide us with the type of water damage.

This is especially important in cases where the building’s inhabitants are at risk or there is concern regarding contamination.

Categories and classes of Water Damage


Restoration projects for water damage are divided into two categories, depending on how extensive the infiltration of water is.

The class is based on how dirty the water that enters the structure has been. The category 1 indicates that the water is from a clean source such as a water source that burst, or tub or sink.

Category 2 water is characterized by the highest levels of contaminants. It could cause illness if it is inhaled or touched. It could include sources that may not normally seem like dangers, such as the discharges from washing machines, or overflows from toilets.

Category 3 water is grossly contaminated meaning that it can contain toxic, pathogenic, or other harmful agents in it. Most often, this is due to contamination from the backflow of toilets from the trap for toilets, seawater, water flooding from rivers and streams, or any other water flowing from the building exterior. This category of water can contain heavy metals, pesticides that are regulated, toxic materials, or substances within it.


The IICRC has also developed classes to follow when determining the level of water intrusion to your property. The system is basically a set of guidelines for the level of saturation of the building or home.

The lowest degree of water absorption and the greatest amount of water is categorized as Class 1. This is when water comes into contact with less than 5% of the building materials that absorb water. This is because the majority of substances that are affected by water do not hold or absorb water. Concrete and masonry, as well as plaster and wood that has been finished/coated are several examples.

Class 2 refers to water absorption and intrusion. It means that anywhere between 5 and 40% of the total ceiling, floor and wall is constructed of low-evaporation materials like wood, concrete, plaster or bricks and mortar.

Class 3 refers to the fact that around 40 percent or more of flooring, walls, and ceiling materials are porous materials like carpet, insulation, fiberboard, etc. and where other materials that don’t absorb much water such as plaster or concrete have not been negatively affected.

Class 4 refers to the fact that water has been deeply bound in materials that do not easily absorb water like concrete, wood, and bricks and mortar. This will require more time to dry and special drying techniques.

How to Dry a Water damaged Building or House


Physical extraction, dehumidification and evaporation are three methods of removing water from a structure. Eliminating water from liquids is at most 500 times more efficient than dehumidifiers and air movers. The faster the structure dries the more effective. The quantity of materials that needs to be extracted will affect both extraction and dehumidification techniques.

Professionals dealing with water damage employ an array of extraction techniques. Our tools include subsurface tools, wands, self-propelled tools, and vacuum squeezers.

Forced Evaporation

After the water is removed, any moisture remaining is dried with high-speed airmovers.

If an object is wet or submerged in water it absorbs some of the moisture or water. The substance becomes damp or wet because of this.

The level of saturation is known as the point at which it is impossible to hold the moisture. The higher the humidity, the closer the air is to being saturated.

In the evaporation process, water molecules jump from liquid state to gaseous state. The process is referred to as evaporation.

In another way it is does not absorb any more moisture from the air. This is known as the saturation point. As soon as saturation is attained, the drying process begins.

In the process of evaporation high-efficiency air movers dry the object from two sides. They produce strong airflow that is directed by a filter system.

Air mover can move 10-20 times more air than an ordinary fan.

Airmovers dry the object approximately 10 times faster than natural conditions, where no air mover is used.

A high-velocity airflow dries the surface of the object and absorbs the water that was drawn away by the air movement.

Using Heat To Assist The Drying Process

The element of heat is crucial to the success of any restoration project. To dry out materials which have been affected by water, we make use of various types of heaters.

Electric Heaters: These heaters can be used for drying jobs that require multiple heat sources. They come in a variety of energies, which lets you operate multiple heaters at once.

You can also turn down or turn off the electric heater as the work is completed, but without impacting other heaters. To maximize efficiency and lower the cost of energy you can alter the wattage of a heater and increase its power.

Electric heaters are a common feature in restoration work since they generate virtually no emissions and use very little water. However, the only drawback is that they take longer time to get hot, which requires more time for the drying process overall.

Hydronic Bioler (TES): They are also extremely efficient at heating up quickly and generating very little emissions. They are typically run with propane or natural gas.

Hydronic boilers are different from electric heating since they don’t utilize forced air heat to spread heat. This can make it difficult to heat large areas evenly using these heaters. They also run at a lower temperature, making ideal for drying projects that require walls and ceilings to remain in place.

In the event that electric heaters can’t be employed, hydronic boilers may typically be utilized. Because they’re so effective in producing radiant heat they are able to easily keep your drying area warm, even without an electric power source.


We employ Low Grain Refrigerant Dehumidifiers (LGR) to keep buildings dry and homes that have experienced water damage.

The LGR Home Dehumidifier can remove 170 pints of water from a damp structure that is severely damaged by water damage every 24 hours.

The home dehumidifier can extract water from the air the same way it does an LGR Refrigerant Dehumidifier. It can also get rid of the 99 percent or more of airborne mold spores by eliminating condensation.

Fixing Wood Floor Water Damage

It is crucial to get rid of water damaged hardwood floors to ensure that repairs can be completed from the subflooring up.

The subflooring must be removed and repaired prior to. After that, the hardwood flooring affected need to be sanded or replaced. To ensure uniformity, all floors should be sanded and repaired after these repairs have been made.

Carpets are vulnerable to water damage

If you’ve had the misfortune of experiencing flooding in your house it could be a stressful and expensive experience. Even if the water is removed from the affected region immediately, there’s an opportunity that you’ll need to eventually replace the flooring.

It would be devastating to discover that your house is not in the best state after having spent so much time and money to restore it.

It is essential to assess the extent of the damage as fast as you can. The first step is determine if the affected area needs to be replaced. There is a good chance that the carpet will be cleaned and used after it has dried and the cleaning process can help to eliminate concerns regarding the growth of mildew and lingering odors.

Salvaging Carpet After a Water Damage Event

There may be stains on your carpeting if the damage from water was serious. In certain instances, the only way to eliminate the stains is to replace the flooring. An odor that is persistent and strong can also be an indication to get your carpet replaced. If it is, then you will likely have to replace your carpet and padding.

The next step to determine whether or not it is necessary to replace your carpeting is to determine whether the flooring can be cleaned and dried professionally. If you’ve got an established company that can handle the cleaning, then you will have a better understanding of how serious the damage was. Our team will evaluate the carpet and decide if it should be replaced or salvageable. Remember that some of the techniques employed for drying may further damage the carpet if it is already in poor condition.

The main factors which will decide whether or whether the padding and carpet should be replaced include:

Do your carpets need to be dried or cleaned professionally?

The carpet’s ability to stay clean can be affected if the padding beneath it has been damaged. Although your carpet might have dried quickly, the possibility of mold growth is there if the padding underneath it is not dried out as well.

A professional carpet cleaning service is the best way to make sure your carpeting is dry and clean after an event of flooding. After the company completes their work, you will be capable of making an informed decision about the state of your carpet and determine whether or not you need to change it.

Drywall damaged by water

The process for repairing drywall varies according to the extent of the damage. Repairing water damage is simple as taking out the drywall section cleaning it, after that, replacing it.

The flip side of the coin is that serious damage could need to be repaired completely, including fiberglass insulation and wall studs.

Water damaged drywall often harbors mold spores that cannot be easily removed. In the majority of cases the drywall needs to be replaced. We employ moisture testing instruments to assess the extent of the moisture. This allows us to identify areas that are damaged and limit costs to only the areas that are damaged.

Water also causes structural damage by causing the wood to expand and shrink. It is much more difficult to break wood if it has been moistened by water. The wood will be brittle if left to dry in water for too long.


This problem can be avoided by building owners and homeowners taking immediate action to fix water-related structural issues that affect their property after an event like a flood or damages caused by water.

Water Damage to the Foundation

There are many reasons water damage could affect the foundation of a home. Although not all water problems can lead to structural damage, it’s important to fix foundational issues as soon as possible to avoid future structural damage.

Foundation water damage can cause many different problems in the manner it is dealt with. It can cause severe structural damage if it isn’t taken care of promptly.


Roof Water Damage

As with foundation water damage roof water damage is fairly common after natural disasters. In addition to creating roof leaks damage can also result in problems with the walls and foundations of a the building.

Leaking roofs can be extremely costly and can have significant drawbacks. Leaks in the roof may result in mold and mildew to develop, which could cause death. A leaky roof can harm the roof truss system that can lead to structural damage to the roof.

Leaks in your ceiling could cause your rafters to deteriorate and soften if you don’t take action immediately. Electrical faults are also prevalent in the case of roof water damage that can lead to the possibility of an electrical fire. All of these are good reasons to get roof water damage dealt with quickly after a flood or any other unexpected damage.

HVAC Water Damage

If your HVAC system starts to fail or brand-new equipment is found to be faulty, this can definitely cause structural damage to your house. Without HVAC you’re exposing the inside of your home or business to all sorts of issues. The growth of mold can lead to a number of very serious health problems.

Pipe water damage

If you’re experiencing pipe water damage, the water will likely be coming from a burst pipe in your home. When you’ve identified a leak, it is important to call an expert to prevent the water from causing structural damage.

The burst of pipes can cause number of damages. When pipes are damaged, water may enter your home, causing extensive damages and necessitating repair of water damage. This is which can cause structural damage.

Turn off the water supply and call an expert IICRC-certified specialist from a company for water restoration like Critical Control as soon as you spot broken pipes or water damage.

What is the cost to repair the damage caused by water?

Water damage restoration cost per square foot

Repair and cleanup costs will vary depending on how much square footage you have. National Flood Services has the below pricing breakdown for each square foot:

Will Water Damage Be Covered By Homeowner’s Insurance?

If the cause of the damage was unintentional and sudden the homeowners insurance policy typically cover the damage. The Insurance Information Institute states that homeowners insurance may cover the repair or replacement of damaged windows but not for damages caused by neglect.

Damage from neglect could be described as wear and tear to an object or surface because of exposure, lack of preventative maintenance, or general degradation. According to the Insurance Information Institute, a US-based Insurance Information Institute, homeowners insurance will not cover damages from neglect.

A homeowner’s policy does not cover water damage caused by flooding. Instead, a flood insurance policy is mandatory. Mortgage lenders may require flood insurance in specific regions. Flooding may occur because of storms, over-saturated ground, flooding or overflowing bodies of water like rivers, ponds, lakes oceans, streams in combination with high winds.