Headspace technology
From Wikipedia, the free encyclopedia
Headspace technology is a technique to elucidate the odour compounds present in the air surrounding various objects Usually the objects of interest are odouriferous objects such as plants, flowers and foods. Similar techniques are also used to analyze the interesting scents of locations and environments such as tea shops and saw mills. After the data is analyzed, the scents can then be recreated by a perfumer.
[edit] Equipment
The headspace equipment involves a hollow dome or sphere like objects which forms an air tight seal and surrounds the objects of interest. Inert gases are passed into the space containing the object or a vacuum is establish such the odour compounds are removed from the head space [1]. These compounds are in turn captured using a variety of techniques among them cold surfaces, solvent traps, and adsorbent materials, with the latter techniques capable of longer periods of collection. The samples can then be analyzed using techniques like gas chromatography, mass spectrometry, or Carbon-13 NMR.[2]
Different companies have patented similar headspace technologies:
[edit] References
- ^ Charles (Ed.), Sell; Karen Jenner (2005). "Chapter 14. The Search for Fragrance Ingredients", The Chemistry of Fragrances, 2nd, Royal Society of Chemistry Publishing, 254-293. ISBN 978-0-85404-824-3.
- ^ Charles (Ed.), Sell; Robin Clery (2005). "Chapter 12. Natural Product Analysis in the Fragrance Industry", The Chemistry of Fragrances, 2nd, Royal Society of Chemistry Publishing, 214-228. ISBN 978-0-85404-824-3.
