MARKETS
Exhibitions
- Sorry there is no exhibition planned at that time...
Conferences & Posters
- Automatic and continuous monitoring of VOCs, Sulfur Compounds and Odor in ambient and industrial air using autoGC analyzers
(CEM India - New Delhi - 24 to 26 September 2019) - Continuous monitoring of odorant compounds in vaporized LPG matrices by an autonomous process gas chromatograph
(Natural Gas Odorization Conference - Houston (USA) - August 27th to 28th 2019) - Online analysis of Sulfur compounds in fossil fuels using a system with GC-ED with pressurized headspace
(PEFTEC - Rotterdam (Netherlands) - 22 to 23 May 2019) - Online VOCs monitoring systems : latest developments meeting new national standard
(VOCs summit 2019 - Nanjing (China) - 16 and 17 May 2019) - Innovative chemical and odor control monitoring systems in natural gas and gaseous fuels
(ISA Calgary Show - Calgary (Canada) - 9 to 10 April 2019) - DEVELOPMENT OF ON-LINE AND FIELD DUAL TD-GC-FID/MS FOR AUTOMATIC AND CONTINUOUS AMBIENT AIR MONITORING
(A&WMA Air Quality Measurement Conference - Durham, USA - 2 to 4 April 2019) - Monitoring of Volatile Organic Compounds in urban and rural tropical environments
(PetroEnvironment 2019 - Al Khobar Saudi Arabia - 19 to 21 February 2019)
Odor monitoring
The odor market usually asks a spot measurement using dynamic
olfactometry. This method uses human nose to quantify odor as global
fingerprint. Chromatotec has developed a new solution for continuous
monitoring as a complementary solution to the human nose. The vigi
e-nose analyzer allows to monitor sulfurs compounds with speciation in
addition to total VOC and odor index. Correlation with human nose
according to EN 13725 method are defined site per site.
vigi e-nose
The vigi e-nose is an analyzer able to track VOCs, Sulfur compounds and other molecules such as ammonia for example. It allows to provide a rich global fingerprint to correlate with human sensory evaluation as dynamic olfactometry as example. It is possible to train the vigi e-nose with human sensory samples to study correlation with ASTM 679-E04 or EN 13725. As electronic nose, it provides (...)