+7 (499) 490-20-46
+7 (499) 530-13-44
sales@tandes.ru
+7 (499) 530-13-44
sales@tandes.ru
COMTEC® gas analyzers O2 / COe
СOMTEC® 6000
The COMTEC® 6000 gas analyzer is an InSitu gas analyzer for measuring oxygen and COe (the sum of unburned molecules such as carbon monoxide, methane, hydrogen) in flue and process gases. This allows for comprehensive measurement with high accuracy in real time. This can be achieved by combining an MXP sensor for COe analysis with MLT sensor technology that measures oxygen content. COMTEC® 6000 guarantees combustion optimization through accurate and reliable gas analysis.
COMTEC® 6000 GasEx
Explosion-proof gas analyzers COMTEC® 6000 GasEx, immediately respond to measurements in the process and are the ideal solution for the safe and accurate measurement of xylene and COe in refineries or areas with similar explosive atmospheres (zones 1/2).
COMTEC® 6000 DustEx
The standard gas analysis system for use in hazardous areas with high dust content (21/22 zones) is COMTEC® 6000 DustEx. In accordance with the strict requirements for measuring systems under high dust load conditions, the DustEx version is ATEX certified II 2D Ex tD A21 IP6X T133 ° C / T141 ° C.
COMTEC® 600E
COMTEC® 600E is an extractive gas analyzer for measuring oxygen and COe (the total number of unburned molecules of carbon monoxide, methane or hydrogen). In addition to the MXP sensor for detecting COe, it also has the same MLT sensor as the OXITEC® 5000.
CEMTEC® - probe with self-cleaning system
Cemtec probe, unmatched in mechanical stability for continuous measurements at high temperatures and high dustiness of chambers of rotary cement kilns.
CEMTEC® was developed for continuous analysis of flue gases in rotary kilns and other processes with high temperatures and dust, in order to improve product quality while reducing emissions and energy consumption. Due to the increasing use of alternative fuels in rotary kilns and large combustion chambers, integrated gas analysis is becoming increasingly important.
Process temperatures up to 1,400 ° C, dust concentrations up to 2,000 g / m³, high mechanical stress due to material shedding and ambient temperatures up to 50 ° C create extremely high demands on the technology used for the gas sampling device used. With its exceptional characteristics, CEMTEC® offers the optimal solution for continuous flue gas measurements even under adverse conditions such as in chambers of cement and lime kilns and large combustion chambers.
CEMTEC® is a sampling probe with a self-cleaning system that allows for almost continuous measurement. The CEMTEC® gas sampling system achieves 95% measurement availability.
In addition to the sensors for the current measurement of oxygen and COe, a heated sampling line is placed in the measuring chamber. Through it, flue gases enter an extractive gas analyzer at a rate of about 60 l / h to measure SO2, NOx, or CO2.
CEMTEC® was developed for continuous analysis of flue gases in rotary kilns and other processes with high temperatures and dust, in order to improve product quality while reducing emissions and energy consumption. Due to the increasing use of alternative fuels in rotary kilns and large combustion chambers, integrated gas analysis is becoming increasingly important.
Process temperatures up to 1,400 ° C, dust concentrations up to 2,000 g / m³, high mechanical stress due to material shedding and ambient temperatures up to 50 ° C create extremely high demands on the technology used for the gas sampling device used. With its exceptional characteristics, CEMTEC® offers the optimal solution for continuous flue gas measurements even under adverse conditions such as in chambers of cement and lime kilns and large combustion chambers.
CEMTEC® is a sampling probe with a self-cleaning system that allows for almost continuous measurement. The CEMTEC® gas sampling system achieves 95% measurement availability.
In addition to the sensors for the current measurement of oxygen and COe, a heated sampling line is placed in the measuring chamber. Through it, flue gases enter an extractive gas analyzer at a rate of about 60 l / h to measure SO2, NOx, or CO2.