Folsom Road

Water damage remediation – Folsom Road

Homeowners in Folsom Road get hit with burst pipe damage on a regular basis. Whether you’ve been affected by a natural disaster or a localized catastrophe such as a ruptured pipe, Critical Control is standing by to respond 24/7.

When a flood, storm or burst pipes cause water to get into a home or building, water damage occurs more often than not. Sometimes the damage is apparent and evident. In other instances, it’s subtle or under-reported.

The process of repairing water damage is more complicated than just drying out the interior. Modern professional methods for water damage remediation such as Critical Control, can often mitigate damage that would otherwise have required total structural replacement.

Water Damage Restoration Guidelines Are In Place – So Call an Professional

Many times, building or home owners try to tackle water damage using DIY solutions available online. This isn’t a good idea. The management of water damage is in accordance with the established guidelines. These guidelines demand the knowledge and skills of professionals. These guidelines are included in the IICRC Standard Reference Guide, or Professional Water Damage Restoration book. The guide was created due to the necessity for professional standardisation in situations involving water damage to buildings and homes and the risks they pose.

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

There are many reasons why professionals dealing with water damage should follow these guidelines. There are situations that warrant us to bring in an Indoor Environmental Professional (IEP). An IEP is an individual who has the skills and experience to analyze the condition of a place collect samples, perform lab tests and give us advice on the type of water damage.

This is crucial when the building’s occupants are at risk or are concerned regarding contamination.

Water damage according to types and classes


Projects for water damage restoration are classified into two categories, depending on how extensive the infiltration of water is.

The water that enters the building was classified based on its level of contamination. Category 1 means that the water comes from a clean source such as a burst water supply or even a sink or tub.

Category 2 water has high levels of contaminants and can cause illness if it is inhaled or touched. These include sources that may not normally seem like an issue, like the discharges from washing machines, or toilet overflows.

Water in the category 3 is severely polluted, meaning it could have pathogenic, toxigenic, or other harmful agents within it. This usually means contamination from toilet backflows following the trap for toilets and seawater, flooding from rivers and streams or any other water flowing from the building exterior. This kind of water could include heavy metals, pesticides that are regulated, toxic materials, or chemicals in it.


You can also utilize the IICRC’s courses to determine how much water has entered your property. This is basically setting guidelines for the level of saturation of the structure or the home.

The lowest level of water absorption and the greatest amount of water is categorized as Class 1. This is when water is in contact with less than 5% of construction materials that absorb water. This is because the majority of substances affected by water don’t absorb or hold water. Examples are concrete, finished/coated wood, plaster or masonry.

Class 2 signifies that there is substantial infiltration of water as well as intrusion. This is about 5% to 40% of the combined ceiling, floor, and wall consist of low evaporation materials such as plaster, wood, concrete or the masonry.

Class 3 refers to the fact that around 40% or more of the floor, wall and ceiling materials are porous materials like fiberboard, insulation, carpet, etc. Other materials such as concrete and plaster that do not absorb water have not been affected in any way.

Class 4 refers to the fact that water is stuck in materials that do not readily absorb water, such as concrete, wood, and bricks and mortar. This is why special drying methods are required and longer drying times.

How to Dry a Water damaged building or house


Three methods for removing water from buildings include physical extraction, dehumidification and evaporate. Eliminating water from liquids is at most 500 times more efficient than using dehumidifiers or airmovers. The quicker the structure dries the better. Both methods of extraction and dehumidification will be affected by how much material is being removed.

Professionals dealing with water damage utilize a variety of extraction techniques. We make use of a variety of equipment, such as subsurface extraction tools as well as self-propelled tools.

Forced Evaporation

The remainder of the moisture gets dried with high-velocity air movers after as much water as possible is taken away.

When an object is moistened or submerged in water it absorbs a portion of the moisture or water. The result is that the material gets dampened or wet.

Saturation is the time where it becomes unachievable for air to hold any moisture. The higher the humidity, the more close the air is to being saturated.

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

In other words, the object does not absorb any more water from the atmosphere. This is known as the saturation point. the point at which evaporation begins. When saturation is reached, drying starts.

High-efficiency airmovers dry the object on two sides during the evaporation phase. They create strong airflow which is controlled by a filtering system.

Air mover is able to transport between 10 and 20 percent more air than a fan, or even a regular fan in your home.

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

The high-speed airflow dry the surface and sucks up the water that was pulled out by the air movement.

Utilizing Heat To Aid In The Drying Process

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

Electric Heaters: These heaters may be used to dry jobs that require multiple heat sources. This is because they are available in several different energies, which lets you run multiple heaters simultaneously.

You can also turn down the electric heating when the task is done, without affecting other heaters. In order to maximize efficiency and lower the cost of energy, you can adjust the wattage of a heater and increase its capacity.

Electric heaters are a common feature in restoration projects since they emit virtually zero emissions and consume minimal amounts of water. The only downside is that they take longer to heat up, requiring longer drying time. process generally.

Hydronic Bioler (TES) Hydronic Bioler (TES), These boilers are able to heat quickly and emit very little carbon dioxide. They typically operate using propane or natural gas.

Hydronic boilers differ from electric heating in that they do not use forced-air to distribute heat, so it can be challenging to evenly heat an area with these types of heaters. They can also be used for dry work that does not require walls or ceilings to remain in their place.

Hydronic boilers are also often employed when there isn’t enough electrical power to power electric heaters. They can generate radiant heat, and they can keep your drying space warm without the need of electricity.


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

The LGR Home Dehumidifier can extract 170 pints moisture from damp structures which have suffered severe water damage within 24 hours.

The dehumidifier at home is able to remove water from the air the same way it does an LGR Refrigerant Dehumidifier. It can remove the 99 percent or more of the airborne mold spores through the elimination of condensation.

Fixing Wood Floor Water Damage

The floors that have been damaged by water need to be ripped up so repairs can occur starting from the subflooring up.

The subflooring needs to be removed and repaired first. After that, the hardwood flooring damaged need to be replaced or sanded. After these repairs are completed then the entire floor must be sanded and then refinished to ensure uniformity.

Water Damage To Carpeting

If you have had the misfortune of experiencing an incident of flooding in your home it could be a stressful and expensive experience. Even if the water has been eliminated from the area immediately, there is still a chance that you’ll need to eventually replace the flooring.

After spending time and money to restore your home to its original state, it could be devastating to find that the end result leaves something to be desired.

Because of this, it is crucial to determine the extent of the damage as soon as possible. The first step is determine if the affected area needs to be replaced. It is possible to wash the carpet and then use it once dry. This will eliminate any worries about the growth of mildew or lingering odors.

Salvaging Carpet After a Water Damage Event

If the water damage has been very severe, it is possible that you will have noticeable marks on your carpet. In some cases, the only way to eliminate these stains is to replace the flooring. An odor that is persistent and strong could also be a reason to get your carpet replaced. It is necessary to replace your carpet padding and padding in the event of this.

The next step to determine whether or not you’ll need to replace your carpeting is to assess whether your floor is able to be professionally cleaned and dried. If you’ve got a reliable company do the cleaning, you’ll be able to determine just how bad the water damage was. We can evaluate whether or not your carpet should be replaced or can be saved. If your carpet is already in poor shape, some drying techniques can further damage it.

Some of the considerations that determine whether or whether the padding and carpet require replacement are:

  • How much water did you get on your carpeting?
  • How long was the water on the carpet?
  • What was the source of water?

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

If the padding underneath your carpet is also damaged, this can affect the length of time your carpet will remain clean. Although your carpet might have been dried immediately but the chance of mildew development is there if the padding underneath isn’t dried too.

The best way to be sure that your carpet is cleaned and disinfected following an event of flooding is to engage an expert carpet cleaning service. When the firm has finished their task, you’ll be able to make a more informed decision about the state of your carpet and determine whether or not you need to replace it.

Drywall damaged by water

The process for repairing drywall varies based on the extent of the damage. Water damage repair can be simple as taking out the drywall section cleaning it, then replacing it.

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

Drywall that has been damaged by water often contains mold spores that cannot be easily removed. In most cases the drywall will need to be replaced. We employ moisture testing instruments to assess the extent of moisture. This helps us identify areas that are damaged and limit costs to the only damaged ones.

Water can cause structural damage as well, as it causes the material to expand or contract. Once the wood is moistened with water, it’s much easier to break. The wood will become brittle if it is left to dry in water for too long.


This problem can be avoided by building owners and homeowners immediately taking action to repair 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 a variety of reasons that water damage can affect the foundation of a house. While not every water issue can lead to structural damage, it is important 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 dealt with. If the damage is not addressed promptly, it could result in serious structural damages.


Roof Water Damage

Water damage to roofs can result from natural disasters as well as foundation water damage. Roof damage could cause roof leaks and also damage the foundation of a structure or the foundation of a home.

Leaking roofs can be extremely costly and might have significant negatives. Leaks in the roof can cause mold and mildew to grow, which can be fatal. Leaks in the roof may cause damage to the roof truss system.

Leaks in your ceiling could cause your rafters to decay and soften if you do not deal with them right away. Electrical problems are also common in the case of roof water damage which can cause an electrical fire. All of these are good reasons to have your roof water damage taken care of quickly after a flood or other type of unexpected damage.

HVAC Water Damage

If your HVAC system is failing or brand new equipment is found to be faulty, this can definitely cause structural damage to your home. Without HVAC, you are exposed to the interior of your house or business to all kinds of problems. Mold growth can lead to serious health issues.

Pipe Water Damage

If you have pipe water damage, it is likely to be from a burst pipe in your home. Once you’ve determined there’s an issue, it’s crucial to get a professional to stop the water from creating structural damage.

Burst pipes can cause a amount of damage. When pipes are damaged and water enters your home, creating extensive damage , and may require repair of water damage. This is a process that can cause structural damage.

If you spot water damage to your pipe that is not repaired, shut off the supply of water.

What’s the cost for restoring water damaged?

Water damage restoration cost per square foot

Depending on the square foot the water damage repair and cleanup costs differ. The following breakdown of pricing can be obtained from National Flood Services for each square foot

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

Will Water Damage Be Covered By the Homeowner’s Insurance?

If the cause was sudden and unintentional the homeowners insurance policy generally cover it. The Insurance Information Institute states that homeowners insurance can be used to pay for repairs or replacement of windows that have been damaged however, it does not cover damage due to negligence.

Neglect is defined as damage to a surface or an object that is the result of the weather, lack of maintenance or general deterioration. According to the US-based Insurance Information Institute, homeowners insurance doesn’t cover damage from neglect.

A homeowners policy would not be able to cover damage to water due to flooding. Rather, a flood policy is required. Mortgage lenders might require flood insurance in some regions. Flooding can happen due to storms, flooding ground or overflowing bodies of water, or overflowing or surging bodies such as streams, rivers, lakes and oceans.