Flood damage restoration service – Melita

Property owners in Melita experience burst pipe damage on a regular basis. Whether you’ve experienced a natural disaster or a localized catastrophe such as a fire suppression activation, Critical Control is standing by to respond 24/7.

Damage to water is more frequent when water seeps into a building or home by way of a flood, storm or burst pipe. Sometimes the damage is overt and obvious, but sometimes it’s subtle or even hidden.

Water damage remediation is much more complex than just drying the interior. Modern techniques for water damage repair like Critical Control, can often mitigate damage that would otherwise have required total structural replacement.

Water Damage Restoration Guidelines Are In Place so call a Professional

Many times, homeowners and builders try to fix water damage by using DIY methods that can be discovered online. This is a bad idea. There are guidelines for dealing with water damage , and they call on the equipment and expertise of professionals. The guidelines are laid out in the IICRC Standard Reference Guide or Professional Water Damage Restoration publication. This guide is required to ensure that there is a professional standardisation for situations involving water damage to houses or buildings, and the risk associated with it.

Critical Control, a restoration business, can use IICRC guidelines to help them evaluate the severity and nature of the project’s damages.

These guidelines are important for professionals dealing with water damage. In some situations it is necessary to employ the use of an Indoor Environmental Professional (IEP) is essential. An IEP is a professional who has the training to assess a site for contamination take samples, perform laboratory tests, and provide us with the type of water damage.

This is particularly important in cases where the building’s inhabitants are at risk or have concerns about contamination.

Categories and Classes of Water Damage


Projects for water damage restoration can be classified into two types, depending on how extensive the infiltration of water is.

The class has to do with how contaminated the water that entered the structure is. The category 1 indicates that the water originates from a clean source such as a water source that burst, or even a sink or tub.

Category 2 is water that contains significant amounts of contaminants, and could be able to cause discomfort or illness if contacted or consumed. It could include sources that might not appear to be dangers, such as the discharge from washing machines or overflows from toilets.

Water in the category 3 is severely contaminated meaning that it can have pathogenic, toxigenic or any other harmful agent within it. It can be caused by backflows of sewage, toilet trap leaks, and the flooding of rivers and streams. This category of water can have pesticides, heavy metals that are regulated, toxic materials, or substances within it.


It is also possible to use the IICRC’s classes to determine how much water has entered your property. This is basically an indication of how much saturated a structure or residence is.

Class 1 means the least amount of absorption and the amount of water. It is the case the case when water comes in contact with less than 5% the building substances that absorb water. This is because the majority of materials that are affected by water won’t absorb or hold water. Concrete and masonry, as well as plaster and coated or finished wood are only some of the examples.

Class 2 refers to absorption of water and intrusion. It’s about 5 to 40% of the total floor, wall and ceiling are composed of low evaporation materials like plaster, wood, concrete or bricks and mortar.

The porous materials like carpet, insulation , and fiberboard, that make up Class 3 are approximately 40 percent of wall, floor and ceiling materials, including approximately 40% of the materials in Class 3. Other materials like concrete or plaster that don’t absorb water haven’t been adversely affected.

Water has been absorbed into materials like concrete as well as wood, plaster, and even wood that are classified as Class 4. This requires more drying time and special drying techniques.

How do you dry a water damaged Home or Building Works


Three ways to remove water from buildings are physical extraction, dehumidification, and evaporate. Removal of liquid water is at minimum 500 times more efficient than merely having to put up with dehumidifiers or air movers. The faster the structure can dry, the better. The quantity of materials to be extracted will influence both dehumidification and extraction techniques.

Professionals dealing with water damage employ different extraction techniques. We employ a range of tools , including self-propelled and subsurface extraction tools.

Forced Evaporation

The remainder of the moisture gets then dried by high-speed airmovers after as much water as has been taken away.

When an object is moistened or submerged in water it absorbs a portion of the water or moisture. The object is then damp or wet as a result.

Saturation is defined as the point at which it becomes impossible for the air to contain any moisture. Higher humidity means that the air is more close to saturation.

The evaporation stage is the time the time when water molecules transition from a liquid state to a gaseous form. This is called evaporation.

This signifies that the object has stopped absorbing water from the atmosphere. This is referred to as the saturation point. Once the saturation point is reached drying starts.

In the evaporation phase high-efficiency air mover dry the object from two sides. They create a strong airflow across the entire surface which is directed by a filter system that is able to cover the entire area of the object.

An air mover moves around 10-20 times more air than a fan or an ordinary fan.

The item is dried by air movers approximately 10 times faster than natural conditions in which no air mover was used.

A high-velocity airflow is able to dry the surface and absorbs the moisture that has been taken out by the air movers.

Utilize heat to aid in the drying process.

The most important element of any restoration is heat. We make use of a variety heaters to dry materials that are damaged by water.

Electric Heaters They are ideal for drying tasks that require various heating sources. This is due to the fact that they come in a variety of energies, which lets you use multiple heaters at the same time.

Electric heat is also capable of being turned down or off while the job is in process, without affecting your other heaters. To maximize efficiency and lower the cost of energy it is possible to adjust the wattage of one heater, while also increasing its capacity.

Electric heaters are common in restoration projects because they produce essentially no emissions and require very little water. The only downside is that they take longer to warm up, which means that they require more time to dry process in general.

Hydronic Bioler (TES) Hydronic Bioler (TES) These boilers are able to heat quickly and emit very little emissions. They can run on natural gas or propane.

Hydronic boilers differ from electric heaters because they don’t use forced-air heat to spread heat. This makes it difficult to distribute heat evenly over large areas by using these heaters. They also run at less temperature, which makes them perfect for drying tasks which require ceilings and walls to be left in place.

When electric heaters cannot be used, hydronic boilers can typically be utilized. Because they’re so effective in producing radiant heat, they can easily keep your drying space warm even when there is no electrical power source.


To keep buildings and homes dry that are damaged due to water damage, we make use of low Grain Refrigerant (LGR) Dehumidifiers.

The LGR Home Dehumidifier can draw 170 pints of water from damp structures that have experienced massive water damage in just 24 hours.

Apart from removing water out of the air, as a LGR Refrigerant Dehumidifier does it, the dehumidifier for your home will also remove up to 99percent of mold spores that are airborne in the air through the elimination of condensation.

Repairing Hardwood Floor Water Damage

Hardwood floors damaged by water have to be cut up to ensure repairs can be made starting from the subflooring up.

Subflooring that is damaged first has to be removed and repaired. The affected hardwood floors need to be sanded down or replaced. When the repairs are finished then the entire floor must be sanded, refinished and polished to guarantee a uniform appearance.

Carpets are vulnerable to water damage

If you’ve been unfortunate enough to have a flood in your home this can be a stressful and costly experience. Even if water is taken away from the affected area immediately, there is an opportunity that you’ll have to eventually replace the flooring.

It’s devastating to find out that your home is not in the best condition after you have spent lots of time and money to fix it.

In this regard, it is essential to evaluate the extent of damages as soon as you can. The first step is to determine if the damaged area needs to be replaced. There’s a good chance that the carpet can be cleaned and still used after drying and the cleaning process will eliminate some of the worries about the growth of mildew and lingering odors.

Salvaging Carpet After a Water Damage Event

If the water damage has been very severe there is a chance that you’ll notice stains on your carpeting. In some cases the only solution to get rid of these stains is to replace the flooring. Another reason that might prompt you to think of replacing your carpet is the persistent and strong smell. It is necessary to change your carpet and padding in the event of this.

Check to see if the flooring can be dried professionally before you decide to change it. Professionals will be able to assist you in determining how severe the damages were. Our firm will examine the carpet and decide whether it is best to replace it or repairable. Be aware that some methods used for drying can also cause further damage to the carpet even if it’s already in poor condition.

A few of the factors that will determine whether or whether the padding and carpet should be replaced include:

  • What percentage of water did you see on your carpet?
  • How long was the amount of water that sat on the carpet?
  • Quelle was the source water?

Do your carpets get professionally cleaned, dried, and disinfected?

The carpet’s ability to remain fresh can be compromised if the padding beneath it is damaged. Although your carpet may have dried quickly, mildew growth is still possible when the padding beneath isn’t dried.

Professional carpet cleaning company is the best way to make sure your carpeting is dry and clean after an event of flooding. After the job is completed then you’ll have the ability to make an informed decision about the state of your carpet. You’ll also be able to determine whether you want to replace it.

Drywall damaged by water

The procedure for repair of drywall differs based on the extent of damage. Repairing water damage is simple as taking out a section of drywall cleaning it, after that, replacing it.

On the other hand of the coin severe damages could necessitate a total wall replacement, which includes walls studs and fiberglass insulation.

There are spores of mold in water damaged drywall that is hard to get rid of. So in most cases, drywall will need to be replaced. We utilize moisture testing tools which allow us to identify where and how extensive the water has grown. This allows us to identify the areas that are damaged and limit the costs to the areas that are damaged in a way that is necessary.

Water can cause structural damage as well, because it causes the wood to expand or contract. It is much easier to break wood when it has been moistened by water. The wood may get brittle if left to dry in water for too long.


This problem can be avoided by owners of buildings and homeowners taking immediate action to fix structural damage from moisture-related issues that affect their property after an event like a flood or water-related damage.

Water Damage in the Foundation

Water damage to a house’s foundation can be caused by many reasons. Although not all water problems could cause structural damage, it’s crucial to correct foundational issues as quickly as is possible in order to avoid any future structural damage.

Water damage to the foundation can cause a variety of problems depending on how it’s treated. If the damage is not taken care of promptly, it could cause serious structural damage.


Roof Water Damage

Similar to foundation water damage roof water damage is also very common after natural catastrophes. Along with the possibility of roof leaks, roof damage can also cause problems with the walls and foundation of a home or the building.

Leaking roofs can be extremely expensive and could have major drawbacks. Leakage in the roof could result in the growth of mold and can be fatal. Leakage in the roof can also cause damages to the roof truss.

If you don’t take care to address the leaks in your ceiling promptly they could cause your rafters decay and soften. Damage to your roof can result from electrical issues which could lead to the possibility of an electric fire. All of these are excellent reasons to have roof water damage repaired swiftly after a flood or any other sudden damage.

HVAC Water Damage

Your home may be damaged structurally if your HVAC system fails or is defective equipment is put in place. Without HVAC you’re opening the interior of your home or business to all kinds of problems. Mold growth can lead to severe health issues.

Pipe water damage

Water damage to pipes is typically caused by a burst pipe within your home. When you’ve discovered that there’s been an issue, it is important to get professional help to stop the leak and ensure it doesn’t lead to structural damage.

Pipes that burst can cause a number of damages. When pipes are damaged they can let water into your home, causing extensive damage and requiring water damage repair – a process that can cause structural damage.

Stop the water supply and call a skilled IICRC-certified expert at a water restoration firm like Critical Control as soon as you notice broken pipe water damage.

What’s the price to repair water damage?

Water damage restoration cost per square foot

Cleaning and repair costs will vary depending on how many square feet you have. National Flood Services has the below pricing breakdown for each square foot:

  • Category 1: Clean water: $3.75/sq. ft.
  • Category 2 gray water: $4.50/sq. ft.
  • Category 3 black water $7/sq. ft.

Are water damages insured by the homeowner’s insurance?

The homeowner’s insurance policies are generally appropriate if the damage is unexpected and unintentional. The Insurance Information Institute states that homeowners insurance may cover the repair or replacement of damaged windows, but not for damage due to negligence.

Neglect is defined as damage to an object or surface that is caused by the weather, lack of maintenance or general wear and tear. The Insurance Information Institute in the US declares that homeowners insurance does NOT cover neglect-related damage.

If the water damage is the result of an event that is a flood, it will not be covered under a homeowners policy. Rather, a flood policy would be required. In some regions the flood policies are demanded by mortgage lenders. Flooding can happen as a result of storms, over-saturated ground, overflowing or surging bodies of water such as lakes, rivers, ponds rivers, oceans, and streams in combination with high winds.