The TRSMEDOR is an innovative solution that offers superior sensitivity for analyzing H2S and mercaptans down to 1 ppb, specializing in speciating all mercaptan compounds without the need for cylinder gas, using a permeation tube for calibration instead. This technology is vital for monitoring and controlling H2S concentrations in titanium plant exhaust gas to prevent equipment damage and catalyst poisoning from this flammable and toxic gas. Alongside, the FID GC analytical solution allows for the analysis of VOCs and converts chlorines and fluorides to HCl and HF for analyzing halogenated compounds with an Hx analyzer. The technical solution incorporates automated GC startup aligned with customer supervision to ensure efficient operation. For odorization control, TBM, THT, and MES are used to odorize natural gas, and H2S and mercaptans concentrations are analyzed using Chromatotec®’s H2S MEDOR analyzer, suitable for both safe and hazardous areas.
Total HydroCarbons analysis with chromaTHC
CH4 and Non-Methane Total Hydro Carbon (NMTHC) Monitoring and analysis of Methane and Non-Methane Hydrocarbons by flame ionization detection (ppm level analysis).
H2S measurement
H2S measurement in titanium plant exhaust gas.
Odor: bad smell
analysis of H2S ppb and mercaptans with the TRSMEDOR because of the bad smell of exhausts. Usually the four Sulfurs involved in the waste water treatment plants…
Plant Protection and process optimization
Analyze total chlorines as well as organic compounds with a quick time response
Bad Odor in Paper Mill
The paper industry is known for its odor issues stemming from the pulp paper production process. Chromatotec has designed continuous analysis solutions to monitor odorous molecules, particularly sulfur compounds. These systems can be placed in various spots on the industrial site, including smoke extraction chimneys, washing and bleaching processes, and lime production. Numerous paper mills worldwide, including those in France, utilize trsMEDOR® for identifying and quantifying H2S, SO2, DMS, and mercaptans, ranging from low parts per billion (ppb) to several percent.