Water damage remediation – Imola

Building owners in Imola get hit with water damage regularly. Whether you’ve suffered from a natural disaster or a localized catastrophe such as a ruptured pipe, Critical Control is standing by to respond 24/7.

When a storm, flood, or burst pipe causes water to seep into a home or building water damage can occur more often than not. Sometimes the damage is overt and evident, while other times it’s subtle or even hidden.

It’s more complex than just drying out the interior to repair water damage. Modern professional techniques for water damage repair, such as Critical Control, can often minimize damage that otherwise would need a total structural replacement.

Water Damage Restoration Guidelines are Available – Call a Professional

Many times, homeowners and builders attempt to repair water damage by using DIY solutions discovered online. This is not advisable. The management of water damage is by following the established guidelines. These guidelines require the skills and tools of experts. These guidelines can be found in the IICRC Standard Reference Guide, or Professional Water Damage Restoration book. This guide is required to ensure professional standardisation of situations involving water damage to buildings or homes, and the associated risks.

The IICRC guidelines aid restoration professionals like Critical Control to evaluate the kind and severity of the damages on every project.

There are a lot of reasons that water damage professionals must adhere to these guidelines. In some situations, an Indoor Environmental Professional (IEP) is essential. An IEP is an individual with the knowledge and training to evaluate the condition of a place, take samples, run lab tests, and then provide us with advice regarding the nature of the water damage.

This is especially important in cases where the building’s residents are at risk or are concerned regarding contamination.

Water damage by categorizes and classes


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

The water entering the structure was classified based on its contamination. The first category is water that is clean such as an unclean sink or tub, or a burst water supply.

Category 2 water has significant levels of contaminants and could cause illness if it is ingested or contacted. These sources can be waters that are not readily apparent as a risk like the discharge from washing machines or spills from toilets.

The water in Category 3 is highly contaminated meaning that it can contain pathogenic, toxic, or other harmful agents within it. This could be due to backflows of sewage, toilet trap leaks, and water flooding from streams and rivers. This water can be contaminated by pesticides, heavy metals or toxic substances.


It is also possible to use the IICRC’s classes to determine how much water has penetrated your property. The system is basically a set of guidelines for the level of saturation of the structure or the home.

Class 1 means the least amount of absorption and the amount of water. It is the case when water is in contact with about 5% or less with construction materials that absorb water. This is usually the case in which the majority of materials affected by water are low evaporation, meaning, they aren’t able to absorb and hold in water. Concrete, finished/coated wood, plaster , or masonry.

Class 2 refers to water absorption and intrusion. It is approximately 5 up to 40% of the total ceiling, floor and wall consist of low evaporation materials such as plaster concrete, wood or masonry.

Class 3 refers to the fact that around 40% or more of the flooring, walls and ceiling materials are porous materials like carpet, insulation, fiberboard and so on. and other materials that do not take in a lot of water, such as plaster or concrete have not been adversely affected.

Class 4 indicates that water has been deeply trapped in the materials that can not easily absorb water like wood, plaster, concrete and masonry. This requires more drying time and special drying methods.

How Drying a Water Damaged Building or Home Building Works


Three methods for removing water from buildings include physical extraction, dehumidification, and the process of evaporation. Removal of liquid water is at about 500 times more efficient than simply making do with dehumidifiers and air moving machines. The faster the structure is dried, the more efficient. Both extraction and dehumidification methods will be affected by how much material is being removed.

Water damage experts use a variety techniques. Some of our tools include subsurface tools, wands Self-propelled tools, self-propelled instruments, and vacuum squeezers.

Forced Evaporation

The remainder of the moisture gets dried using high-speed air movers once as much water as has been removed.

A submerged object absorbs moisture and water when it’s moistened. The substance becomes damp or wet because of this.

Saturation is defined as the point where it becomes unachievable for air to hold any moisture. Higher humidity means that the air is closer to saturation.

In the evaporation process in which water molecules are ejected from liquid state to gaseous state. This is known as the process of evaporation.

In another way the object no longer absorbs additional moisture from the air. The saturation point is the point at which evaporation begins. When saturation is reached, the drying process begins.

High-efficiency airmovers dry the object on two sides during the evaporation phase. They produce a powerful air flow over the entire surface, that is controlled by a filter system that completely covers the area of the object.

An air mover can transport between 10 and 20 percent more air than an ordinary fan, or an ordinary fan in your home.

The item is dried using airmovers around 10 times faster than natural conditions in which there was no air movement.

Airflows that are high-velocity leaves the surface dry and absorbs moisture pulled out by the airflow.

Using Heat To Assist the Drying Process

One of the most essential elements of any restoration project is heat. To dry out the materials that have been affected by water, we make use of a number of different types of heaters.

Electric Heaters: These heaters may be used to dry jobs that require multiple heating sources. This is due to the fact that they come in a variety of power levels, which allows you to operate multiple heaters at once.

It is also possible to turn off or off electric heat as the work is done, without affecting other heaters. This means that you can reduce one heater while increasing the power of the other to increase efficiency, and decrease your cost of energy.

Electric heaters are a common feature in restoration projects since they emit virtually no emissions and require only a small amount of water. They take longer to warm up and need more time for drying.

Hydronic Bioler (TES),: The boilers quickly heat up and emit very little emissions. They are typically run on natural gas or propane.

Hydronic boilers differ from electric heat in that they don’t use forced-air to distribute heat, so it can be challenging to evenly heat a large space with these kinds of heaters. They are also able to dry jobs that do not require walls or ceilings to remain in the same place.

When electric heaters cannot be used, hydronic boilers can typically be utilized. Because they are extremely efficient at producing radiant heat, they are able to keep your drying area warm, even without an electrical power source.


We employ low Grain Refrigerant Dehumidifiers (LGR) to dry buildings and houses that have suffered water damage.

The LGR Home Dehumidifier can draw 170 pints of moisture from damp structures that have experienced severe water damage within 24 hours.

The dehumidifier in your home can remove water from the air in the same way it does an LGR Refrigerant Dehumidifier. It will also remove up to 99 percent of the mold spores that are airborne by removing condensation.

Fixing Wood Floor Water Damage

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

First, damaged subflooring needs to be removed and replaced. Next, the hardwood boards damaged need to be replaced or sanded. When the repairs are finished then the entire floor must be sanded and then refinished to guarantee a uniform appearance.

Water Damage To Carpeting

If you have experienced a flood in your home it could be a stressful and costly experience. You may need to replace your flooring, even if you have removed the water from the area as quickly as is possible.

After spending time and money restoring your home back to its original state, it could be a shock to discover that the final results leave some things to be desired.

It is vital to identify the extent of the damage as fast as possible. The first thing to do is to determine if the damaged part requires replacement. It is possible to wash the carpet and then use it after drying. This will eliminate any worries about mildew growth or persistent smells.

Salvaging Carpet After a Water Damage Event

You may notice stains on your carpeting if the damage to your carpet was serious. In some cases, the only way to eliminate the stains is to replace the flooring. Another reason that might prompt you to think of replacing your carpeting is a persistent and strong smell. If this is the case it is likely that you’ll have to replace your padding and carpet.

The next step to determine whether or not it is necessary to replace your carpeting is to find out if the floor is able to be cleaned and dried professionally. Professionals will be able to help you determine how serious the damage was. We can evaluate whether or not the carpet should be replaced or saved. If your carpet is already damaged, a few drying methods could further harm it.

The main factors that will determine whether or not the carpet and padding need to be replaced are:

Can your carpets be dried, cleaned and disinfected professionally?

If the padding beneath your carpet has been damaged, this can affect the length of time your carpet is clean. Although your carpet might be dry however the risk of mildew development is there if the padding underneath it has not dried too.

The best way to be sure that your carpet is restored and disinfected after a flood is to hire a professional carpet cleaning company. After the job is completed then you’ll have the ability to make an informed decision about the condition of your carpeting. You can also decide whether you want to replace it.

Drywall damaged by water

The process for repairing drywall varies depending on the severity of damage. Repairing water damage is simple as taking out a section of drywall then cleaning it and then replacing it.

On the other hand of the coin severe damage might necessitate whole reconstruction of the wall, which could include 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 employ moisture testing instruments to assess the extent of moisture. This helps us identify damaged areas and limit the cost to those areas that are only damaged.

Water can also cause structural damage because it causes the wood to expand or expand or contract. After the wood has been moistened with water, it’s a lot easier to break. The wood can be brittle if allowed to dry in water for too long.


This problem can be avoided by building owners and homeowners taking immediate action to fix the structural damage caused by moisture-related problems with their property following a flood or other damages caused by water.

Water Damage in the Foundation

Damage to a home’s foundation can happen due to a number of reasons. Although not all water problems can lead to structural damage, it is important to address foundation problems as quickly as you can in order to avoid any further structural damage.

Foundation water damage can result in a myriad of problems depending on how it’s dealt with. It can lead to serious structural damage if the issue isn’t addressed quickly.


Roof Water Damage

Damage to the roof can be caused by natural catastrophes, just like foundation water damage. Roof damage could cause roof leaks and also damage the foundations of a structure or house.

Roof leaks are expensive and may have significant drawbacks. The roof’s leaks could result in the growth of mold that could be fatal. Leaks in the roof may also cause damage to the roof truss system.

Leaks from the ceiling could cause your rafters to decay 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 an electrical fire. These are all good reasons to get roof water damage dealt with promptly following a flood or any other unexpected damage.

HVAC Water Damage

Your home can be damaged by structural damage if the HVAC system is not working properly or the wrong equipment is installed. Your business and your home at risk in the absence of HVAC. The growth of mold can result in a range of serious health issues.

Pipe Water Damage

If you have pipe damage due to water, it is most likely coming from a pipe that has burst in your home. When you’ve identified a leak, it is essential to contact a professional to stop the water from damaging the structure.

A pipe that bursts can cause severe damage. If your pipes fail, water may enter your home, causing severe damage and requiring repairs for water damage – which can result in structural damage.

As soon as you notice broken pipe water damage close off the water supply.

What is the cost of restoring water damages?

Water damage restoration cost per square foot

Depending on the square foot the water damage repairs and cleanup expenses differ. National Flood Services has the following pricing breakdown for each square foot:

Are water damage covered By the Homeowner’s Insurance?

Homeowners insurance policies are usually applicable if the source of the damage is sudden and accidental. The Insurance Information Institute states that homeowners insurance will be used to pay for repairs or replacement of damaged windows, but not for damage caused by neglect.

Damage from neglect could be described as wear and tear to an object or surface due to exposure, insufficient preventative upkeep or general deterioration. According to the Insurance Information Institute, a US-based Insurance Information Institute, homeowners insurance does not cover damage due to neglect.

A homeowner’s policy does not be able to cover damage to water due to flooding. A flood policy is necessary. In certain areas the flood policies are demanded by mortgage lenders. Flooding can be caused by storms, flooding the ground or overflowing bodies of water or the overflowing or surge of bodies such as streams, rivers, lakes and oceans.