Why use our Air Quality probe?
NanoSense draws on 20 years' experience to design probes that go beyond air quality and ambient monitoring to also control ventilation, heating and air conditioning.
Unlike most battery-operated sensors, our multi-sensor probes are fully powered, ensuring 10 years of maintenance-free operation and the high measurement rate required for control.
They feed into building management systems (BMS) to reduce ventilation energy consumption by over 70%.
<i class="fas fa-angle-down"></i> <i class="fas fa-minus-circle"></i> The NanoSense advantage: Reliability, Performance and Innovation
20 years' experience in innovation :
NanoSensewith two decades of experience in the field, has positioned itself as a leader in air quality and indoor environment monitoring. Our expertise goes beyond the design of ordinary probes. Our probes are designed not only to monitor, but also to actively control crucial systems such as ventilation, heating and air conditioning. This integrated approach ensures not only a comfortable and healthy indoor environment, but also a building management system optimized for efficiency and performance.
<strong>Sondes multi-capteurs alimentées pour une performance durable </strong><strong style="font-size: 16px;">:</strong>
Unlike conventional battery-operated sensors, our multi-sensor probes are self-powered, eliminating the need for frequent maintenance. This feature ensures exceptional durability, with a service life of up to 10 years without intervention. What's more, the continuous power supply enables high measurement rates, essential for precise, responsive control of ventilation, heating and air-conditioning systems.
High precision for efficient steering:
The precision and high frequency of the measurements taken by our sensors are crucial to the efficient control of BMS (Building Management Systems). This precision enables systems to be fine-tuned to the real needs of the building, avoiding energy wastage and optimizing indoor comfort.
Energy savings and BMS optimization :
By integrating our sensors into BMS systems, buildings benefit from intelligent, automated management. This integration can lead to considerable energy savings, often exceeding 70%. By providing accurate, real-time data on air quality and ambient conditions, our sensors enable BMS to make informed decisions, reducing energy consumption while maintaining an optimal indoor environment.
Conclusion: A choice for the future :
Choosing NanoSense probes means opting for proven, reliable and innovative technology. It's an investment in a future where buildings are not just living and working spaces, but intelligent, self-regulating, eco-efficient environments. With NanoSense, the management of air quality and ambience becomes a central pillar of a healthy, sustainable environment.
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Why control ventilation?
The importance of Nano-Sense ventilation control: Economy, Health and Environment
Energy savings and productivity:
In today's climate of ecological awareness and energy efficiency, intelligent ventilation control is not just an option, it's a necessity. At Nano-Sense, we understand the importance of this approach. Our precisely controlled variable flow ventilation system can deliver energy savings of up to 74%. By reducing energy consumption, we're not only preserving the environment, but also offering significant cost savings for users. What's more, a healthy, well-regulated indoor environment can lead to productivity gains in excess of €6,000 per year, a figure that underlines the direct impact of quality air on performance at work.
Reduced absenteeism and sickness :
Air quality has a direct impact on health. Polluted indoor air can be the cause of many respiratory illnesses, allergies, and other health problems that increase absenteeism from work. By actively monitoring and controlling air quality, our system helps reduce these risks, promoting a healthier working environment and lower absenteeism.
Comprehensive monitoring of pollutants and environments :
Our system is not limited to the detection of VOCs and CO2. It monitors a wide range of environmental factors affecting air quality and comfort, including malodours, fine particles (PM10, PM2.5, PM1), noise, light intensity, light temperature, humidity, temperature and atmospheric pressure. With options to also measure NOx and ozone, our system offers comprehensive monitoring for an optimal indoor environment.
Two key uses: supervision and ventilation control:
Our technology is deployed in two main ways. On the one hand, supervision through various platforms provided by our partners, enabling ergonomic visualization and easy management of air quality. On the other hand, direct or indirect control of ventilation, whether by integration into the BMS (Building Management System) or by direct control of dampers/VAV (Variable Airflow Ventilation), ensures efficient ventilation adapted to the real needs of the building. This approach significantly reduces energy consumption, underlining our commitment to a more sustainable and economically viable future.
<i class="fas fa-chevron-down"></i> <i class="fas fa-minus"></i> The importance of Nano-Sense ventilation control: Economy, Health and Environment
Energy savings and productivity:
In today's climate of ecological awareness and energy efficiency, intelligent ventilation control is not just an option, it's a necessity. At Nano-Sense, we understand the importance of this approach. Our precisely controlled variable flow ventilation system can deliver energy savings of up to 74%. By reducing energy consumption, we're not only preserving the environment, but also offering significant cost savings for users. What's more, a healthy, well-regulated indoor environment can lead to productivity gains in excess of €6,000 per year, a figure that underlines the direct impact of quality air on performance at work.
Reduced absenteeism and sickness :
Air quality has a direct impact on health. Polluted indoor air can be the cause of many respiratory illnesses, allergies, and other health problems that increase absenteeism from work. By actively monitoring and controlling air quality, our system helps reduce these risks, promoting a healthier working environment and lower absenteeism.
Comprehensive monitoring of pollutants and environments :
Our system is not limited to the detection of VOCs and CO2. It monitors a wide range of environmental factors affecting air quality and comfort, including malodours, fine particles (PM10, PM2.5, PM1), noise, light intensity, light temperature, humidity, temperature and atmospheric pressure. With options to also measure NOx and ozone, our system offers comprehensive monitoring for an optimal indoor environment.
Two key uses: supervision and ventilation control:
Our technology is deployed in two main ways. On the one hand, supervision through various platforms provided by our partners, enabling ergonomic visualization and easy management of air quality. On the other hand, direct or indirect control of ventilation, whether by integration into the BMS (Building Management System) or by direct control of dampers/VAV (Variable Airflow Ventilation), ensures efficient ventilation adapted to the real needs of the building. This approach significantly reduces energy consumption, underlining our commitment to a more sustainable and economically viable future.
74% savings
energy
~€6,000 in productivity gains / year
Reduced absenteeism / illness
Our products
Whether you're looking to improve indoor air quality, obtain sustainable building certification, optimize building performance or boost productivity in the workplace, we put our expertise at your service to provide you with concrete answers.
Earn points for sustainable building labels!
Go further
<i class="fas fa-chevron-down"></i> <i class="fas fa-angle-double-up"></i> NanoSense Your partner for an optimized indoor environment
Improving indoor air quality:
At NanoSense, we understand the vital importance of healthy indoor air. Whether in homes, offices or public spaces, the quality of the air we breathe has a direct impact on our health and well-being. Our advanced air quality monitoring and control solutions can detect and reduce levels of pollutants such as VOCs, fine particles and harmful gases. By actively improving air quality, we help create indoor environments that are pleasant to live and work in.
Sustainable Building Labels:
In a world increasingly aware of environmental issues, obtaining sustainable building labels has become a major objective for many building managers. Our technologies play a crucial role in this process. By providing accurate and reliable data on air quality and energy efficiency, our systems help buildings to meet the demanding criteria of ecological and sustainable labels.
Building Performance Optimization :
Energy efficiency and occupant comfort are essential to a building's overall performance. Our indoor air management solutions go beyond simple monitoring, enabling intelligent control of ventilation, heating and air-conditioning systems. This optimized management results in significant energy savings and a reduced carbon footprint, while guaranteeing optimum occupant comfort.
Increased productivity at work :
The work environment has a considerable impact on productivity. Poor indoor air quality can lead to fatigue, reduced concentration and increased absenteeism. Our solutions help create a healthy and stimulating working environment, by ensuring optimal air quality. By investing in better air quality, companies can expect a significant increase in employee productivity and well-being.
Conclusion: A Commitment to Your Success :
At NanoSense, we put our expertise at your service to meet your specific needs in terms of indoor air quality and building performance. By working with us, you are choosing a partner dedicated to improving your indoor environment and achieving your sustainability and productivity goals. Together, we can build healthier, more efficient and more sustainable living and working spaces.
<i class="fas fa-angle-double-down"></i> <i class="fas fa-angle-double-up"></i> The importance of Nano-Sense ventilation control: Economy, Health and Environment
Energy savings and productivity:
In today's climate of ecological awareness and energy efficiency, intelligent ventilation control is not just an option, it's a necessity. At Nano-Sense, we understand the importance of this approach. Our precisely controlled variable flow ventilation system can deliver energy savings of up to 74%. By reducing energy consumption, we're not only preserving the environment, but also offering significant cost savings for users. What's more, a healthy, well-regulated indoor environment can lead to productivity gains in excess of €6,000 per year, a figure that underlines the direct impact of quality air on performance at work.
Reduced absenteeism and sickness :
Air quality has a direct impact on health. Polluted indoor air can be the cause of many respiratory illnesses, allergies, and other health problems that increase absenteeism from work. By actively monitoring and controlling air quality, our system helps reduce these risks, promoting a healthier working environment and lower absenteeism.
Comprehensive monitoring of pollutants and environments :
Our system is not limited to the detection of VOCs and CO2. It monitors a wide range of environmental factors affecting air quality and comfort, including malodours, fine particles (PM10, PM2.5, PM1), noise, light intensity, light temperature, humidity, temperature and atmospheric pressure. With options to also measure NOx and ozone, our system offers comprehensive monitoring for an optimal indoor environment.
Two key uses: supervision and ventilation control:
Our technology is deployed in two main ways. On the one hand, supervision through various platforms provided by our partners, enabling ergonomic visualization and easy management of air quality. On the other hand, direct or indirect control of ventilation, whether by integration into the BMS (Building Management System) or by direct control of dampers/VAV (Variable Airflow Ventilation), ensures efficient ventilation adapted to the real needs of the building. This approach significantly reduces energy consumption, underlining our commitment to a more sustainable and economically viable future.