Focused on the next generation of chemical sensor and chemical detection devices, the emphasis of Seacoast Science is on the development of gas sensors for a variety of markets including leak detection, military, homeland security, air quality monitoring, and emission gas detection. 

 
The core technology is based on a Seacoast Science designed MEMS-based capacitive platform. Combined with specific chemically-selective polymers this technology platform is easily adapted to meet many chemical sensing applications.   More...


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Handheld detector systems
Seacoast Science's current handheld detection systems weigh less than four ounces (100g) yet are rugged enough to be deployed aboard unmanned air vehicles or individual soldiers. The handheld detection systems can also be utilized in fixed locations, such as office building entrances, factories or airport baggage check-in. We are currently designing systems for defense applications, government agencies, national laboratories and first responders.

Educational Mini GC Now Selling
Seacoast Science has teamed up with Vernier Software and Technology, a leading provider of scientific technology for educators, to provide teachers with latest and most advanced analytical tools.

About the size of a shoe box, the Vernier Mini GC was developed using our advanced MEMS sensor technology. Our detector along with a custom designed software-controlled internal flow and heating system, allow for the use of normal room air as a carrier gas. This makes the system ideal for use in a class room setting.   Learn More About the Vernier Mini GC.



Seacoast Science's newest products
Our latest  Polymer catalog

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April
2012
Seacoast Science is the recipient of a Phase I NIH/NIEHS Small Business Innovation Research (SBIR) grant for the development of an Unattended Vapor Intrusion Monitor.






 
February
 2012

Seacoast Science is awarded an SBIR Phase I award from the U.S. Marines. The project will be to develop and test new delivery and encapsulation for Malodorous Munitions.




  September
2011

National Institute of Health awarded Seacoast Science a Phase I Small Business Innovation Research (SBIR) grant to design and evaluate a prototype system that will enable emergency room personnel to test for drug and alcohol use in their patients.
 

  May
2011
Seacoast Science is the recipient of a two-year Phase II NIH/NIEHS Small Business Innovation Research (SBIR) grant for the development of a low cost electronic nose for groundwater contaminants.
 
 
  May
2011
Seacoast Science is awarded a NASA Phase II SBIR program to develop a sensor system for detection of aerosolized chemicals.
  April
2011
Seacoast Science is awarded an SBIR Phase I award from the U.S. Navy.  The project will be to investigate an innovative approach for sensing the health of double based propellants. 
 




 
 



 
 




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