- Auto GC866 Analyzers - Sulfur Compounds Analyzers
- Auto GC866 Analyzers - VOCs Analyzers
- Auto GC866 Analyzers - Odor Solutions
- Auto GC866 Analyzers - Permanent Gases Analyzers
- Mass Spectrometers
- Peripherals - Gas Generators
- Peripherals - Sampling
- Peripherals - Gas Chromatography Calibration
- Peripherals - Enclosures
- Peripherals - Communication
- Portables analysers
- Others
Chromatotec products
Auto GC866 Analyzers - Odor Solutions
ChromaTHC - Odor and VOCs Monitoring for Odor & Chemical Control Units (OCU)
Methane, Non-Methane Total Hydrocarbons and Total Hydrocarbons with ChromaTHC-OCU. When odor issues occur at an industrial site, rapid diagnosis must be done to define the best source treatment strategy. Manual sampling techniques can lead to problems during sampling and transport to the laboratory for analysis. Therefore, there is a need for online analyzers to monitor odors constituents such as methane and non-methane Volatile Organic Compounds (VOCs). Online monitoring of methane (CH4) and Non-Methane Total Hydrocarbons (nmTHC) with an all-in-one solution allow accurate and fastest results.
Model vigi e-nose - Online Monitoring of VOCs and Sulfur Compounds
The vigi e-nose is an analyzer able to track VOCs, Sulfur compounds and other molecules 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.
vigiODOR - Dispersion Modelling of Odour and Pollutant Gas
The vigiODOR solution is based on Plumair web platform. This unique solution allows to forecast and monitor in real-time the dispersion of odour and gas plumes (H2, NH3 VOC, TBM, etc) around industrial sites. Connected to the network of vigi e-noses analyzers and to the weather station installed on-site, it provides real-time key information for optimised operation of facilities and efficient management of chemical and olfactory pollution.
