WHY IS IT NECESSARY TO VENTILATE?<\/h1><\/div>The more insulated and airtight the building, the more necessary it is to have a ventilation system capable of removing pollutants from the building.<\/p>\n
Indoor air pollutants are of 3 types:<\/p>\n
\n- The CO2 that we release through our breath, if present in too large a quantity, causes problems of concentration and sleep.<\/li>\n
- The water vapor, H2O, that we reject by breathing but also by the showers, the cooking vapors, the washing machine and dryer, is responsible for the degradation of the building and favors the proliferation and the development of bacteria inside the premises.<\/li>\n
- Volatile organic compounds, VOCs, are present in large quantities in household products, furniture, detergents, tobacco, etc. They are carcinogenic for our body<\/li>\n<\/ul>\n
It is therefore essential, and all the more so in a recent building, to expel these pollutants to the outside in an optimal and mechanical manner.<\/p>\n
The MyDATEC systems renew the indoor air more than conventional systems and control, thanks to sensors, the thresholds that should not be exceeded in the home. If the threshold is crossed, then the machine “over-ventilates”.<\/p>\n<\/div>
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<\/span><\/div>VENTILATE TO BREATHE BETTER<\/h2>\n
Every day, about 15,000 liters of air pass through our airways and lungs. Moreover, indoor air is up to 8 times more polluted than outdoor air! Hence the importance of having a good ventilation system to sanitize and renew the indoor air and thus avoid diseases, foul odors, headaches, etc.<\/p>\n
The installation of a controlled mechanical ventilation<\/strong> is also recommended to alleviate the problems of humidity which generate discomfort and which can weaken the building at the structural level.<\/p>\n<\/div>VENTILATION IS THE LUNG OF THE BUILDING<\/h2>\n
Just as the body inhales oxygen and exhales carbon dioxide, the house also needs to breathe. The
\n operating principle<\/strong>
\n<\/a> of the CMV follows the same scheme by sucking in the fresh air and exhaling the stale air. Having a controlled mechanical ventilation is therefore the assurance of being able to continuously renew the indoor air. Especially since
\n the waterproofing of low-energy buildings<\/strong>
\n<\/a> is more and more important and the thermal regulation of the building is very demanding. A Single-flow ventilation can have advantages but also a major drawback<\/strong> <\/a>. Indeed, when the temperature drops outside, the cold air, unfiltered, arrives directly in the living rooms and generates discomfort but also the need to consume more heating. Contrary to the double flow ventilation which preserves the heat of the rooms when the air is renewed.<\/p>\nThe thermodynamic double flow CMV goes even further, since it is able to produce hot and cold air to increase the comfort of the occupants in all seasons. Nevertheless, it is recommended to foresee a complementary heating system (pellet or log stoves, geothermal electric radiators, etc.) for the harshest winter months in order to keep the interior temperature above 19\u00b0C.<\/p>\n<\/div><\/div><\/div><\/div><\/div>
AN ESSENTIAL SYSTEM FOR THE INSULATION AND SEALING OF YOUR SPACE<\/h2>\n
The installation of a thermodynamic double flow ventilation comes in accompaniment of the insulation and the sealing of your house.<\/p>\n
Thermal regulations<\/strong> require more airtight and insulated buildings to reduce energy consumption and increase thermal comfort.<\/p>\nThe thermodynamic double flow ventilation completes the insulation and the airtightness<\/strong> by cleaning the air and by producing heat and coolness inside the building.<\/p>\n<\/div>
The more insulated and airtight the building, the more necessary it is to have a ventilation system capable of removing pollutants from the building.<\/p>\n
Indoor air pollutants are of 3 types:<\/p>\n
- \n
- The CO2 that we release through our breath, if present in too large a quantity, causes problems of concentration and sleep.<\/li>\n
- The water vapor, H2O, that we reject by breathing but also by the showers, the cooking vapors, the washing machine and dryer, is responsible for the degradation of the building and favors the proliferation and the development of bacteria inside the premises.<\/li>\n
- Volatile organic compounds, VOCs, are present in large quantities in household products, furniture, detergents, tobacco, etc. They are carcinogenic for our body<\/li>\n<\/ul>\n
It is therefore essential, and all the more so in a recent building, to expel these pollutants to the outside in an optimal and mechanical manner.<\/p>\n
The MyDATEC systems renew the indoor air more than conventional systems and control, thanks to sensors, the thresholds that should not be exceeded in the home. If the threshold is crossed, then the machine “over-ventilates”.<\/p>\n<\/div>
<\/span><\/div>VENTILATE TO BREATHE BETTER<\/h2>\n
Every day, about 15,000 liters of air pass through our airways and lungs. Moreover, indoor air is up to 8 times more polluted than outdoor air! Hence the importance of having a good ventilation system to sanitize and renew the indoor air and thus avoid diseases, foul odors, headaches, etc.<\/p>\n
The installation of a controlled mechanical ventilation<\/strong> is also recommended to alleviate the problems of humidity which generate discomfort and which can weaken the building at the structural level.<\/p>\n<\/div>
VENTILATION IS THE LUNG OF THE BUILDING<\/h2>\n
Just as the body inhales oxygen and exhales carbon dioxide, the house also needs to breathe. The
\n operating principle<\/strong>
\n<\/a> of the CMV follows the same scheme by sucking in the fresh air and exhaling the stale air. Having a controlled mechanical ventilation is therefore the assurance of being able to continuously renew the indoor air. Especially since
\n the waterproofing of low-energy buildings<\/strong>
\n<\/a> is more and more important and the thermal regulation of the building is very demanding. A Single-flow ventilation can have advantages but also a major drawback<\/strong> <\/a>. Indeed, when the temperature drops outside, the cold air, unfiltered, arrives directly in the living rooms and generates discomfort but also the need to consume more heating. Contrary to the double flow ventilation which preserves the heat of the rooms when the air is renewed.<\/p>\nThe thermodynamic double flow CMV goes even further, since it is able to produce hot and cold air to increase the comfort of the occupants in all seasons. Nevertheless, it is recommended to foresee a complementary heating system (pellet or log stoves, geothermal electric radiators, etc.) for the harshest winter months in order to keep the interior temperature above 19\u00b0C.<\/p>\n<\/div><\/div><\/div><\/div><\/div>
AN ESSENTIAL SYSTEM FOR THE INSULATION AND SEALING OF YOUR SPACE<\/h2>\n
The installation of a thermodynamic double flow ventilation comes in accompaniment of the insulation and the sealing of your house.<\/p>\n
Thermal regulations<\/strong> require more airtight and insulated buildings to reduce energy consumption and increase thermal comfort.<\/p>\n
The thermodynamic double flow ventilation completes the insulation and the airtightness<\/strong> by cleaning the air and by producing heat and coolness inside the building.<\/p>\n<\/div>
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