The most accurate real time VOC emission monitoring system with the minimum setup fee, running cost and the lowest failure rate.
※Specification:
- Model-1 AT-VOC-010: Single channel for 1 measuring point.
- Model-2 AT-VOC-016: Time-sharing measurement for 1 monitor to serves 6 channels. (1 minute per 1 channel)
- Model-3 AT-VOC-012: Dual FID sensor for real time two-channel (points) measurement. General application: for real time measurement of VOC emission and control efficiency.
- Model-4 AT-VOC-01X: Time-sharing measurement of 6 channels for NMHC, Diphenyl and some common VOC.
※Measurement Range:
THC and Individual VOC can be measured as low as 30ppb and THC up to 2 million ppm (as Methane). CH4 to Propane conversion response factor (THC measuring accuracy) ranges from 85-90% which is much higher than that of the rivals’ systems in Taiwan. That is, the measuring accuracy excels that of the rivals’ systems.
VOC CEMS by TSEE (Taiwan Sustainable Energy and Environment Corp.) can be set up in the Semiconductor, Optoelectronic, Petrochemical, Chemical, Tape industry, Ink industry, Baking varnish and other industries to monitor the stack emission continuously involving organic solvent or compound gases.
Through on-line sampling and analysis, this real-time CEMS can be implemented to monitor the abatement efficiency and emission rate of VOCs, including toxic compounds such as benzene, toluene, xylene and other commonly used VOC gases. This system not only can be designed to measure a single channel or two channels VOC concentration simultaneously, it can also be designed to measure time-sharing multiple channels (up to 6 channels) to save the setup cost for the industry.
So far, there are several hundreds of systems sold in Taiwan. Comparing to the measurement error of 30-60% of the common VOC monitoring instrument, the VOC CEMS supplied by TSEE generates data with much higher sensitivity, accuracy and reliability for the industry with the additional benefits of lowest price, minimum operation as well as maintenance cost.