Why Air Quality Matters
Pressure, temperature, and humidity (PTH) are often considered the most basic components that make up air quality. They have a strong ability to influence personal comfort levels, and are also important readings for sensitive groups.
Our devices use two independently operating PTH sensors — one based on analog circuitry and the other digitally based. This helps to insure the most accurate readings possible.
Harmful indoor and outdoor chemicals are present nearly everywhere we breathe. Some of these chemicals may create immediate threats (such as carbon monoxide) while many others are invisible and odorless carcinogens that cause greater long-term health effects.
For the first time, our device combines a large detection scope with meaningful detection sensitivity levels.
Together, PM 2.5 and PM 10 account for the visual aspects of air pollution and are especially dangerous because they are small enough to enter a human’s lungs.
Intelligent data storage for immediate access to both
past and current data.
Brian Kim: Bachelor of Science at CIT and Master of Science at UC Berkeley. Interned at Merck Future Talent Program. Founder and CEO at ChemiSense, Inc.
Will Hubbard: Bachelor of Arts at UC Berkeley. Founder and COO at ChemiSense, Inc.
Dev Mehta: Master of Science at UTA. CFO at ChemiSense, Inc.