Almost everyone and everything emits scents which can be used to identify and analyze the materials, objects and people. Today, it is complicated to analyze this scent. Gas chromatography is an excellent way to identify the composition of a gas or material. Unfortunately, the cost for gas chromatography is significant (often over one million dollars for a complete solution) and the diagnosis can be slow (takes approximately 10-30 min per run).
Another way to identify volatile compounds is via a so-called electronic nose. An electronic nose is a system of sensors, signal processing system and advanced algorithms which is used to identify different scents / smells – with the idea is to mimic the human olfactory system.
NoseLabs has developed an electronic nose with superior capabilities (please see reference cases for real life examples) delivered through three distinct steps;
1.Sample is placed in a cup and scent from the sample passes through the air intake
2.Several different sensors respond to volatile compounds with electrical signals – a fingerprint for the analyzed material
3.Advanced algorithms evaluates the analyzed sample against a database of fingerprints and provides the user with a clear answer
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Another way to identify volatile compounds is via a so-called electronic nose. An electronic nose is a system of sensors, signal processing system and advanced algorithms which is used to identify different scents / smells – with the idea is to mimic the human olfactory system.
NoseLabs has developed an electronic nose with superior capabilities (please see reference cases for real life examples) delivered through three distinct steps;
1.Sample is placed in a cup and scent from the sample passes through the air intake
2.Several different sensors respond to volatile compounds with electrical signals – a fingerprint for the analyzed material
3.Advanced algorithms evaluates the analyzed sample against a database of fingerprints and provides the user with a clear answer
Almost everyone and everything emits scents which can be used to identify and analyze the materials, objects and people. Today, it is complicated to analyze this scent. Gas chromatography is an excellent way to identify the composition of a gas or material. Unfortunately, the cost for gas chromatography is significant (often over one million dollars for a complete solution) and the diagnosis can be slow (takes approximately 10-30 min per run).
Another way to identify volatile compounds is via a so-called electronic nose. An electronic nose is a system of sensors, signal processing system and advanced algorithms which is used to identify different scents / smells – with the idea is to mimic the human olfactory system.
NoseLabs has developed an electronic nose with superior capabilities (please see reference cases for real life examples) delivered through three distinct steps;
1.Sample is placed in a cup and scent from the sample passes through the air intake
2.Several different sensors respond to volatile compounds with electrical signals – a fingerprint for the analyzed material
3.Advanced algorithms evaluates the analyzed sample against a database of fingerprints and provides the user with a clear answer
