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It is well known that staying in a home for a long time that does not meet safety and quality standards can lead to health problems. But did you know that there is a name for this? This is called sick building syndrome. In this article, we'll tell you how to recognize this phenomenon, and how to avoid the unpleasant consequences of this syndrome.

What is sick building syndrome?

The name says it all: sick building syndrome is a term used in situations in which residents or users of a building suddenly experience all kinds of health problems that are due to nothing but the building. In other words, just by being in the building, the inhabitants get sick.

The term was coined by the World Health Organization, which released a research report in the 1980s with some curious results. They found that about 30% of all new and renovated homes make residents sick. In doing so, they made the important observation that sick building syndrome usually does not occur in just one individual, but in a group of people. Thus, it does not only manifest itself in individuals, but often affects several people in the same building.

The most common symptoms of sick building syndrome

The symptoms of sick building syndrome can be very diverse and are generally considered non-specific and mild, but they can still be experienced as unpleasant. They show similarities with the symptoms of an allergic reaction or long-term work stress.

Below you will find an overview of the most common complaints:

Precisely because the symptoms are so general, it is difficult to determine whether they originate from sick building syndrome. It is only when several people in the same building experience these complaints at the same time that you can speak with more certainty of sick building syndrome.

The causes of sick building syndrome

Sick building syndrome can occur in one particular room, or the entire building can cause you to get sick. Some of the most common causes are poor or lack of ventilation, high humidity due to moisture problems or chemical contamination from building materials, for example. Insufficient daylight can also lead to the health problems described above.

Solving sick building syndrome

The causes of sick building syndrome do not disappear on their own.

• Regularly monitor indoor air quality and humidity to identify and address potential issues. Air quality monitors can help you with this.
• To achieve good air quality, ventilation is a must. Make sure there is adequate ventilation in the building. This can be done simply by opening a window or door on a regular basis, or you can delegate this task to a ventilation system.
• If you notice that the humidity remains too high and does not decrease, it is advisable to call in a moisture expert. This expert will be able to identify the moisture problem and suggest the most appropriate solutions to address the problem.
• Only use building materials and furniture that do not emit toxic substances. Choose eco-friendly and sustainable materials whenever possible.

Do you have a moisture problem? Our field engineers are true experts when it comes to this moisture problem. Contact AquaConsult now for a no-obligation free consultation.

Are you suffering from damp walls? You may be dealing with rising damp. It is important to address this problem to prevent further damage. Fortunately, it is often possible to treat rising damp yourself. In this article we share all the essential information about this.

Rising damp, a moisture problem you'd rather not have

Rising damp is caused by groundwater being absorbed by the foundation and walls, this because there are problems with the water barrier in the wall. This leads to moisture spots that are mainly visible close to the ground, but the moisture can also spread further into the wall. Both interior and exterior walls can suffer significant damage as a result

This moisture problem can occur in both old and new homes, and it brings with it all sorts of negative consequences. Some examples include:

• Loose plaster, mold or spots on the walls
• Structural damage to the home
• Health problems, mainly respiratory
• A significantly higher energy bill
• ...

So it is very important to treat rising damp at its base. It is often possible to treat the rising damp yourself.

Step by step treat rising damp yourself

The pros and cons of treating rising damp yourself

There are some advantages to injecting your wall yourself. For one, you can cut costs, and you can completely control when you inject your wall. You also have more control over the entire process and can closely monitor your wall and notice any problems in a timely manner.

However, performing wall injections yourself also does not come without dangers:

• Wall injections are an effective method for fighting rising damp. However, it can be challenging to determine with certainty whether rising damp is actually the cause of the moisture problems in your wall. A thorough moisture analysis by experts is often needed to confirm this.
• Injecting a wall is a complex and invasive task that often requires experience and expertise. When you don't have adequate knowledge and skills, you run the risk of making mistakes.
• Moreover, mistakes can lead to worsening of the moisture problem or even cause additional damage.
• Finally, don't underestimate injecting walls. Injecting walls takes insight and patience. A wall can absorb 50 to 70 liters of moisture per meter, so it takes a long time to dry completely after treatment. Salpet formation can also occur in the interim, which also complicates the process.

Treating rising damp yourself: the conclusion

Although fighting dampness yourself is possible, it requires patience and precision. Nevertheless, we recommend hiring professional help, as it guarantees a correct execution and final solution. Due to favorable prices and a reduced VAT rate, professional moisture control is often not much more expensive.

Do you have a moisture problem, and suspect it could be rising damp? Our field engineers are true experts when it comes to this moisture problem. Contact AquaConsult now for a no-obligation free expertise.

We are excited to share the news that AquaConsult has been in the spotlight repeatedly over the past few weeks! As a company, we nurture a passion for moisture control and strive to make a healthy home a reality for everyone. It is therefore great to see our expertise recognized by reputable media companies.

Wet Basements

We notice it more and more often. A lot of homes are experiencing damp to wet basements. This does not only include homes that are located on a street that has flooded. Even people who never had problems before are now facing damp basements. How does this happen? And why is this becoming more common?

This is why AquaConsult's expertise was called upon. Our manager Luc Lambrechts explained this topic to some well-known media companies.

In the Spotlight

AquaConsult's expertise appeared on several media outlets:

• VRT NWS: In a recent article titled "Exceptionally high groundwater levels: important for drinking water and agriculture, but it also has nasty consequences," we were interviewed. It was a great experience to share in-depth insights with the readers of VRT NWS.
• Nieuwsblad: Our business manager Luc Lambrechts gave a fascinating interview at Het Nieuwsblad. We discussed what's best to do when you have a wet basement.
• Radio 1: Our business manager was also interviewed to explain the extraordinarily wet first weeks of 2024.
• De Morgen: Finally, Luc received a phone call from De Morgen in mid-March, asking them some questions about the large number of inquiries regarding damp basements.

Our Thanks

Our sincere thanks go to VRT NWS, Nieuwsblad, Radio 1 and De Morgen for the opportunity to share our knowledge and insights. We appreciate the recognition and look forward to future opportunities to work together.

Discover More

Would you like to learn more about moisture problems and their solutions? Then be sure to take a look at our blog. Do you find yourself with a damp basement or experiencing another moisture problem? Then feel free to contact us and together we'll see what the best moisture solution is for you.

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Your facade can suffer significant damage from moisture. An effective method of avoiding potential damage is to have hydrofuge performed. This blog will give you a comprehensive understanding of what hydrofuge entails and how it can protect your facade from the adverse effects of moisture.

This article answers the following questions:

• What is hydrofuge?
• What is the difference between hydrophobizing and impregnating?
• Why is it best to have your facade hydrophobized?
• How does your facade become water repellent?
• What does hydrofuge cost?

What is hydrofuge?

Hydrofuge is a form of facade treatment. This involves applying a type of treatment or coating to the facade with the aim of making this wall water repellent. The coating then forms a kind of protection for your facade, preventing penetrating moisture or the water from a leaking gutter from making its way inside, and consequently avoiding the adverse effects of these moisture problems. Hydrofuge thus offers an effective method for permanently protecting the facade from external influences.

Hydrophobizing versus impregnating

Commonly used synonyms for hydrofuge or hydrophobizing are facade impregnation or impregnating facades. However, there is a slight difference between the two terms:

• Hydrophobizing is a form of impregnation specifically aimed at making a surface water repellent.
• Impregnation, on the other hand, is a broader term. It refers to treating materials for various purposes, including improving water-repellent properties.

Why it's best to have your facade hydrophobized

What makes considering hydrofuge worthwhile? This is because this facade treatment brings a few benefits:

Steps to a water-repellent facade: here's how hydrofuge works

Hydrophobing a facade involves several steps. Typically, a moisture expert proceeds as follows:

1. Inspection of the facade

The first step is a thorough inspection of the facade. It is essential to assess the current condition of the facade and determine if it is eligible for hydrofuge. During this inspection, any alternatives are also considered. For example, if the moisture expert determines that there is no penetrating moisture but rather rising moisture, hydrofuge is not the most appropriate solution. In such cases, injection of the walls is required.

The goal is to choose the most appropriate treatment method and ensure its effectiveness.

2. Taking precautions

Before the hydrofuge process begins, necessary precautions are taken:

• A thorough facade cleaning is carried out, making the exterior walls completely clean, grease and moss free. This is crucial for professional application and to obtain effective results.
• Window frames and windows should also be carefully protected to prevent accidental staining.

These preparatory steps are critical to ensure that the hydrofuge can adhere effectively.

3. Hydrophobing

The application of the hydrofugant is the final step in the process. The product is sprayed over the façade. There are several types of hydrofuge on the market, including both chemical and biological varieties. The chosen hydrofuge then penetrates deep into the pores of the facade, and after drying out, it becomes completely invisible.

This water-repellent layer forms an effective barrier against moisture and other external influences, keeping the facade permanently protected. The result is a facade that is not only water repellent, but also stays clean longer and resists various forms of dirt, such as moss, algae and mold.

What does hydrofuge cost?

It is difficult to set a fixed price for a hydrofuge. In fact, there are many factors that can affect the price tag. Some of these factors include:

• The size of the facade
• The accessibility of the facade
• The specific product
• The cleaning of the facade
• ...

We recommend that you hire a professional to hydrofuge your facade. A professional can advise on the condition of the facade and whether a hydrofuge is the appropriate solution. In addition, a specialist is aware of effective products that provide long-term protection.

Do you have a moisture problem, and suspect it could be penetrating moisture? Our field engineers are true experts when it comes to this moisture problem. Contact AquaConsult now for a free, no-obligation expertise.

Ventilation is the process of removing polluted air and bringing in fresh, clean air. This is vital to prevent various long-term problems. An effective approach to this is the use of mechanical ventilation. But what exactly does this entail? In what ways does it help combat moisture problems? And how can mechanical ventilation contribute to the fight against corona virus? All your questions are answered in this article.

Why is proper ventilation important?

The average Fleming spends most of his or her time indoors. Nevertheless, we note that indoor air quality is often significantly less than outdoors. This is often true of basements, where ventilation is generally generally challenging. This brings with it all sorts of negative consequences:

• Without proper ventilation, all kinds of moisture problems can occur. Especially problems like condensation moisture are very simple to solve with ventilation. And do you solve condensation moisture? Then you can immediately do something against black mold.
• Poor ventilation can also cause a variety of health problems.
• Damp rooms are also harder to heat, so ventilating also helps you bring down that energy bill.
• In addition to preventing and solving moisture problems, ventilation is also very good for purifying the air in your home, making the air healthier and more pleasant to live in.

So thoroughly ventilating your home has only advantages.

This is how you ventilate: the difference between natural and mechanical ventilation?

As already stated, through ventilation you remove polluted air and bring in fresh, clean air. With natural ventilation, this supply and removal occurs naturally. Grids embedded in the walls allow polluted air to go out while fresh air comes in through another grid. Or you open a window. That, too, is ventilation.

Still, natural ventilation is not always a good idea. Especially in well-insulated houses, this can be difficult, because everything was done there to keep the warm air in. Also, many people leave the ventilation closed in winter to keep out the cold air. At that time there is not even ventilation anymore.

There is also a big disadvantage to natural ventilation: you can't (or at least very difficult) regulate the supply and return of air, in winter cold air comes in, which makes your energy bill skyrocket.

With mechanical ventilation, these tricky points fall away and you can control the extraction and/or supply of air in a partially or fully mechanical way. Three different combinations are possible.

The different types of mechanical ventilation

Mechanical ventilation systems are divided into types from A to D. Ventilation system type A is natural ventilation, so we won't expand on that. Ventilation system type B is mechanical ventilation, but this form is rarely used in homes. We briefly review the details of ventilation systems type C and D.

Ventilation system type C(+)

Mechanical ventilation often refers to ventilation system C. This system is partly mechanical: the supply of air is natural, but its removal is mechanical. Two types can be distinguished in this:

• In a type C mechanical ventilation system, that exhaust of air occurs continuously.
• With a Type C+ ventilation system, the mechanical component is a whole lot smarter, and will exhaust air based on the CO² level or humidity in the room.

Ventilation system type D

Type D mechanical ventilation goes one step further. Here, both supply and exhaust are fully mechanical. There are several additional options, such as choosing a heat exchanger to save more energy. There is also the option of filtering for pollen and dust, which is especially beneficial for people with allergies.

With this type of mechanical ventilation, also known as balanced ventilation, the supply and return of air remains constantly balanced.

Which mechanical ventilation system is the best choice?

Now that you know the difference between mechanical ventilation type C and type D, let's briefly list the pros and cons.

• Type C is the more cost-effective option of the two, since only one fan is needed, more specifically for exhaust control. A Type D fan system typically consumes more energy, given that it supports two fans.
• Nevertheless, using a heat exchanger in balanced ventilation can help save energy. With Type C, more energy is lost in heating the colder air supply.
• Type D is distinguished by filtering the outside air for pollen and particulate matter. This results in improved air quality, allowing people with allergies to breathe more comfortably.

Both mechanical ventilation systems help against moisture problems anyway. If you ventilate properly, condensation moisture no longer has a chance. It only benefits your health.

We take on viruses

You can also have something else built into the balance ventilation: the GPS-FC24-AC, an ionization system. Such an ionization system sends electrons into the air that cling to particulate matter, pollen, but also germs such as those from the coronavirus. After a 60-minute exposure, covid-19 particles had decreased by as much as 90%.

This is one of the products officially approved by the Federal Public Health Service to be useful in the fight against coronavirus. Is the product not on that list? Then it is forbidden to be sold in Belgium.

Do you suffer from damp walls? Maybe mechanical ventilation could be the solution to your problem. Request a free moisture assessment now and we will help you find the best solution.

The basement is often the most humid place in the entire house. This space is usually located completely underground so this room is surrounded by soil moisture, and in addition, it is not obvious to properly ventilate a basement. As a result, all sorts of moisture problems can occur. If the problem persists for a long time, it can cause permanent damage to the structural elements of your home. Obviously, this is something you want to avoid.

It is therefore of great importance that you waterproof your basement. By doing so, you will not only create an additional more pleasant living space in your home, but also significantly increase the value of your home.

What are the symptoms of a damp basement?

First, it is important to determine if you are suffering from a damp basement. Several indications can point to basement moisture problems:

• There are damp spots on the walls or puddles on the basement floor. Salt circles or mold spots may also appear.
• The stuff in your basement is damaged.
• There is a musty smell.

A damp basement is not only unpleasant, it's anything but healthy. But there is a solution: have your basement waterproofed!

The causes of a damp basement

It is very important to have a specialist look at your basement. This is because there are two different diagnoses, each requiring a specific solution to waterproof your basement. Without expertise, it is difficult to determine which diagnosis is applicable.

1. A damp basement reasons other than infiltration

Is there no infiltrating moisture from outside, but you still have a moisture problem? Then condensation moisture from lack of ventilation is probably the big culprit. With a ventilation system and special basement paint, this is quickly solved. A leak in the pipes can also cause you to struggle with a wet basement.

2. A damp basement due to infiltration

If the cause of your wet basement is infiltrating moisture, then you will likely receive one of the following three common diagnoses:

• Permeable moisture occurs when external walls are no longer able to keep moisture out, especially during rainy periods. This problem can become severe, even penetrating interior walls, and can lead to freezing and cracking in winter.
• Another cause is groundwater, which can enter the basement due to a poor foundation or cracks in the walls.
• Finally, bagged or seeping water can sink down through the walls. This happens especially after heavy precipitation.

Only a specialist can say with certainty whether it is infiltrating moisture. Usually the solution here is to waterproof your basement. But how does such basement waterproofing work? There are two options for that.

Waterproofing your basement: the methods

Depending on the cause and situation, there are several methods to waterproof your basement.
Want to get rid of your damp basement for good? Then consult a specialist in moisture control. This professional is able to identify the exact cause of the problem and can recommend and implement the most appropriate solution.

Waterproofing the basement with the classic lining

In the moisture control world, the classic method of waterproofing basement walls is known as "basement waterproofing. In this approach, basement walls are waterproofed by cementing them. The basement waterproofing process involves several steps, including the application of fixing layers, quick cement and hydraulic waterproofing mortars. We summarize:

• First, moisture experts accurately assess the specific cause, extent of the moisture problem and groundwater pressure. To do this, the existing cladding is thoroughly removed to make the substrate clearly visible. This analysis provides an opportunity to estimate what solution is required.
• A waterproof plaster is then applied in several layers to both the basement walls and the floor.
• When fully cured, these layers combine to form a strong and moisture-resistant barrier.
• This waterproof layer prevents rainwater or soil moisture from seeping in.

Waterproofing the basement with basement drainage

In a conventional basement drainage procedure using the traditional method, a pump house is embedded in the floor to collect water, followed by the application of bubble wrap. This proceeds as follows:

• The bubble liner contains a specific structure of small channels. These channels serve as a means of collecting groundwater and directing it to a central drainage pit. This drain pit is strategically placed at the lowest point of the basement.
• A water pump then pumps the water out of the collector through a drain, often equipped with sensors for automatic operation.
• Finally, the moisture expert applies a new concrete layer on top of the studded membrane. By efficiently draining groundwater under this new floor, floor drainage is a sustainable solution that also remains invisible.

Waterproof the basement with AquaConsult's unique process.

Are you suffering from a damp basement? Contact the experts at Aquaconsult now for a free moisture assessment and we will be happy to help you.

What is moisture-resistant paint?

Damp-proof paint, as the name implies, is a type of paint specifically designed to repel moisture. This type of paint usually contains a water-repellent compound. This ensures that after the paint dries properly, a barrier is created between the paint and moisture. This prevents moisture from penetrating the walls.

With the naked eye, you often don't notice the difference from ordinary wall paint. Yet it has a number of additional advantages:

• Your wall will (of course) be moisture-resistant or water-repellent;
• Your wall will be easier to dry and clean;
• And your wall will be extra protected from mold.

When do you need moisture-resistant paint?

Damp-proof paint is a useful tool in many different situations, but not all of them. We explain when damp-proof paint is a good idea:

• As a preventive measure. Would you like to protect the walls of rooms where a lot of moisture occurs, or would you like to protect your exterior walls from possible moisture penetration in the future? Then it is interesting to apply a coat of moisture-resistant paint to your kitchen, bathroom, basement or facade.
• As a post-treatment for moisture problems. Do you suffer from damp walls or mold in your home? Then in all probability you are dealing with a moisture problem. Think for example of leaking or rising damp. After finding the cause, addressing it and letting the solution do its job properly, you can apply damp-proof paint as a kind of additional moisture control agent.

Note that moisture-resistant paint is not a quick fix or magic solution. For example, if you experience a moisture spot on a wall, painting it over is usually not an appropriate or permanent solution. The moisture will simply return over time. Worse, the problem may just get worse. Therefore, we recommend that you first determine the actual cause of the moisture, and apply the most appropriate moisture solution. Do not hesitate to call in a moisture expert, as this guarantees the best treatment.

The types of moisture-resistant paint

Is damp-proof paint right for your situation? Then, broadly speaking, you have two options. Namely, we broadly distinguish between two types of damp-proof paint:

• Interior waterproof paint. This type of damp-proof paint is specifically designed for interior walls. By applying a layer of this paint to the interior wall, moisture cannot penetrate the wall. This is especially interesting for damp rooms, such as a bathroom, kitchen or basement.
• Exterior water-repellent paint. This variant is intended only for the exterior walls of a home. Here the paint forms an additional protective layer against penetrating moisture.

Which damp-proof paint is best to choose?

There are plenty of alternatives on the market. Which damp-proof paint you best choose depends on the situation. Get advice from an expert. Our moisture experts recommend the moisture-resistant Tensiocoat of Rewah NV. We have trusted this brand for a long time, also for injecting walls.

How do you apply moisture-resistant paint?

You have no underlying moisture problems (anymore), you know which walls you want to paint, and you've chosen a moisture-resistant paint. You can finally start the real work! Typically, you (or a professional painter) will follow these steps:

• Preparation. We repeat it again because it's so important: the moisture problem must be completely eliminated before you can start painting. In addition, your walls must be clean and dry.
• Painting. Damp-proof paint usually applies like regular paint. In most cases, two coats are sufficient. If necessary, apply a primer beforehand.
• Drying. Allow the paint to dry completely.

Are you suffering from moisture in your home? Then don't delay and request your free expertise. Our moisture experts will be happy to visit you.

When is an air-to-air heat pump interesting?

An air-to-air heat pump is a convenient system for temperature control, but it is important to know when it is an appropriate choice. Here are some situations when considering an air-to-air heat pump makes sense:

• When you want both heating and cooling.
• Replacement for an electric heating system. If you currently have electric heating, switching to an air-to-air heat pump can save costs and be more environmentally friendly.
• As a new central heating system. For homes without central heating, an air-to-air heat pump can be a good option, especially in smaller homes where individual temperature control in each room is desired.
• In small and well-insulated homes. An air-to-air heat pump is efficient in well-insulated, small homes where heat retention is good.

However, there are situations where an air-to-air heat pump is less suitable, such as in poorly insulated homes, large homes that require multiple (indoor) units, and when there is no suitable space for both the indoor and outdoor units. In general, an air-to-air heat pump is best suited as supplemental heating or in smaller, well-insulated homes.

How pleasant the indoor air in your home feels is often related to humidity. Is the humidity in the house too high or too low? Then it can cause ailments and health problems as well as damage to your home. But what is the ideal humidity level? And how do you check it?

What is humidity?

By (relative) humidity we mean the number of particles of water vapor circulating in the air at any given time. A good humidity is between 40% and 60%. The air at that time consists between 40% and 60% of particles of water vapor. The ideal level of humidity in the house is 50%.

What if the humidity in the house is not right?

There are two possible scenarios: the humidity in the home can be either too low or too high. Each of these situations has its own consequences.

What are the consequences of too low humidity?

When humidity is too low, the air in the house is too dry and the relative humidity is below 40%. Low humidity is especially common in winter because the cold air contains less moisture. Typically, too low humidity can cause the following:

• Because of dry air, you may suffer from minor ailments such as cracks in your lips, dry eyes, headaches and irritation to your mucous membranes or your airways (which manifests as an itchy cough). It can also make it harder for you to concentrate and make you more tired.
• It can also cause minor damage in your home in the form of cracks in woodwork, such as the floor or furniture.

Nevertheless, too low humidity in the home is not a major problem. The problems really start when the humidity is too high.

What are the consequences of excessive humidity in the home?

Is your humidity too high? Then the relative humidity is higher than 60%. There are many different possible causes for this, many of which are not always easy to detect. Everyday activities from washing, cooking, ironing to simply breathing and perspiring contribute to increased humidity. In fact, scientific studies show that an average family produces up to 15 liters of excess moisture per day. That's not nothing! But an underlying moisture problem can also cause humidity levels in the home to be too high.

The consequences of too high humidity in your home are worse than those of too low humidity; both for your home and for your own health.

• You will often notice condensation moisture in heated spaces such as your living room or bathroom. There is always a movement of air between a warm and unheated room. Because of the lack of (mechanical) ventilation, this moist air will condense in the colder rooms, and more specifically on cold surfaces.
• Damage to the house may follow. This usually comes in the form of mold on the walls, loose plaster or wallpaper, wood rot and dust mites and other pests popping up. Such issues are especially prevalent in the bathroom. That air always has high humidity - due to your washing - and is very prone to problems such as dampness and mold. So when you know that some mold in the home secretes extremely toxic substances, you want to avoid it at all costs.
• Also, the air smells musty.
• In addition, your energy bill may be skyrocketing. This is because a humid room is much more difficult to heat than a room with normal humidity. Studies show that you need to use 20% more energy to heat a humid room.
• Are you already suffering from underlying conditions? Then excessive humidity can cause a lot of health problems. Excessive humidity worsens conditions such as rheumatism or asthma, dust mites can trigger allergies, and children, the elderly or those with weaker immune systems can suffer additional respiratory and pulmonary problems. Especially since excessive humidity means there is not enough fresh air and oxygen in the air.

So it is not a luxury to do something if you suffer from excessive humidity in your home.

How can I optimize humidity in my home?

Tips for better humidity in the home

• Ventilating your home adequately is always a good idea. Open your windows for about 15 minutes daily, and ventilate extra when cooking or showering.
• If the increased humidity is confined to one room (for example, a damp bathroom or bedroom), an exhaust system or dehumidifier can help.
• Always turn on your cooker hood while cooking and also clean it regularly.
• Cook with lids as much as possible, try to dry your laundry outside as much as possible, and wait a while to open your dishwasher when it's done.
• Sometimes an abnormal humidity in your home is not caused by poor ventilation, but by an underlying moisture problem. In such cases, it is advisable to take appropriate moisture control measures in addition to your ventilation system. It is wise to enlist the expertise of a professional for this purpose.

A universal and definitive solution: balanced ventilation

The best optimal solution, in other words the solution that guarantees the best humidity in the home, is to install a mechanical ventilation system, preferably a balanced ventilation. With a balance ventilation, you have total control over the air in your home. Does the indoor air have excessive humidity? Then you can easily take that air outside and bring in fresh air. Not only does this help control the number of water vapor particles in the air in your home, but it also provides fresh air with plenty of oxygen. Things that allow you to breathe better and thus make your lungs and airways less likely to suffer.

Are you suffering from excessive humidity somewhere in Flanders? Contact Aquaconsult now and our experts will be happy to help you.