CidSense for

Schools

Clean Air for Healthier Students

50% of schools in the US have been diagnosed with poor indoor air quality.

At CidSense, we understand the vital role clean air plays in creating a healthy and productive learning environment for students and faculty.

Poor indoor air quality (IAQ) can negatively impact concentration, attendance, and overall well-being.

Our advanced air monitoring and purification solutions are designed to ensure your school is a space where everyone can thrive.

Air Quality Matters in Schools

Enhanced Student Performance:
Research shows that better air quality improves focus, cognitive function, and academic outcomes.

Healthier Attendance Rates:
Cleaner air reduces the spread of airborne illnesses, keeping students and faculty healthier and in class.

Support for Faculty Wellness:
Teachers and staff benefit from improved air quality, leading to higher job satisfaction and reduced sick days.

IAQ Case Studies

East porter schools
West yorkshire schools

Solutions Tailored to Educational Environments

IAQ Monitoring Systems

Provide real-time data on indoor air quality, enabling schools to take proactive measures to address pollutants like allergens, mold, and airborne bacteria.

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IAQ Ionization Devices

Work silently to purify the air, neutralizing harmful particles without chemicals, making them safe and effective for classrooms, libraries, and common areas.

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Healthy Air, Smarter Minds – Transform Your School with CidSense

Investing in clean air is an investment in your school’s future.

With CidSense, you’ll create a healthier, more inspiring space for students to learn and faculty to teach.

Let’s work together to build an environment where everyone can breathe easier.

Ready to Transform Your School?

Contact us today to learn how CidSense can help your school achieve better air quality and better outcomes.

Ready to Transform Your School?

Contact us today to learn how CidSense can help your school achieve better air quality and better outcomes.

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OCCUPANCY

Track lighting usage to identify and eliminate energy waste, ensuring lights are only on when needed, optimizing efficiency, and reducing costs.

VIRUS RISK

Track lighting usage to identify and eliminate energy waste, ensuring lights are only on when needed, optimizing efficiency, and reducing costs.

NOISE

Track lighting usage to identify and eliminate energy waste, ensuring lights are only on when needed, optimizing efficiency, and reducing costs.

LIGHT

Track lighting usage to identify and eliminate energy waste, ensuring lights are only on when needed, optimizing efficiency, and reducing costs.

PRESSURE

Detect Radon, a naturally occurring radioactive substance that can seep into buildings through the ground. Prolonged exposure to high radon levels increases the risk of lung cancer, making detection essential for health and safety.

RADON

Detect Radon, a naturally occurring radioactive substance that can seep into buildings through the ground. Prolonged exposure to high radon levels increases the risk of lung cancer, making detection essential for health and safety.

TEMPERATURE

Regulate comfortable temperatures to boost mood, increase alertness, and improve overall comfort in any environment.

HUMIDITY

When humidity levels are too high, mold and rot can occur while low humidity levels can encourage airborne virus spread and increased susceptibility to colds and respiratory illness.

VOC

VOC’s (volatile organic compounds) are airborne chemicals, odors and gaseous toxins, causing short- or long-term health effects from minor eye, nose and throat irritations to liver and kidney damage.

CO2

Monitor carbon dioxide levels to assess the room’s ventilation quality, as it directly impacts both health and productivity in indoor environments.

PM2.5

Measure particulate matter smaller than 2.5 micrometers, as these particles can carry bacteria and penetrate deep into respiratory pathways, posing serious health risks.

PM1

Particulate matter is a range of particles of dust, dirt, and aerosols that become suspended in the air. PM1 has a diameter of less than 1 micrometer and is invisible to the eye.