VOCs/Ozone Sampling Monitoring (PIDFID)

NegotiableUpdate on 07/13

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The Kolkon VOCs PID monitor adopts photoionization detection (PID) technology, and its precise sensitivity can play a role in defending against the chronic toxicity of VOCs. It can be used to monitor various, low content VOCs contact gases and can usually be integrated into portable composite gas detectors; At the same time, it can also be applied to fixed environmental protection monitoring systems, and VOCs monitoring systems with specific requirements such as dust removal, water removal, and oil removal can be customized according to the on-site environment. The online gas chromatograph (FID) for methane/non methane total hydrocarbons/benzene derivatives uses a patented technology that combines a dedicated chromatographic column combination, central cutting and blowback technology, and hydrogen flame ionization detector (FID) technology for the detection of methane, non methane total hydrocarbons, and benzene derivatives. The sample is kept at 180 ℃ throughout the entire process, filtered and collected to the quantitative ring. Then, the injection valve is switched and the sample is separated by entering the chromatographic column under the drive of the carrier gas.

Product Details

Product characteristics

VOCs/Ozone Sampling Monitoring System (PID): (Customizable)

End technology, sensitivity
-Using a strong sampling pump, the sampling distance can reach 100m
-Adopting the current end technology for water vapor removal. By setting the flow rate through the sampling pump, vacuum drainage can be achieved without maintenance
-Using the Xgard Bright PID VOC detector with Kolkon precision

Humanized design, easy to operate
-The system can display ppm or mg/m3 values according to user requirements; The display interface can be changed in both Chinese and English for easy operation
-The instrument operation adopts magnetic rod action, which is simple and convenient to operate. Reduced key failure and damage caused by previous instrument button operations

Flexible to use and highly adaptable
-Customers can customize according to the working environment
-It can display VOCs concentration and upload data, achieving comprehensive information exchange and sharing between monitoring equipment and monitoring centers, end customers, and multi-level administrative departments
-Output: 4-20mA (active/passive), RS485 (MODBUS), Hart (optional)
-Relay: Level 1 alarm, Level 2 alarm, Fault alarm
-Range: 0-50ppm, 0-100ppm, 0-500ppm, 0-1000ppm optional
-Photoionization detector PID, capable of sensitive response to over 30 volatile organic compounds (VOCs) such as benzene, toluene, and xylene
-Suitable for VOCs gas detection in various industrial environments

Durable and sturdy, safe and reliable
-Self cleaning maintenance: dust/oil filtration, automatic blowback and oil discharge, adjustable blowback time
-Can adapt to monitoring of heavily polluted environments such as temperature, humidity, and dust

methane

Methane/Non Methane Total Hydrocarbons/Benzene Derivatives Online Gas Chromatography (FID): VOC Gard

The analysis method is consistent with the standard method, and GC-FID method is used for detection;
- Full temperature of 180 ℃ for sample transfer and temperature FID detection, avoiding the adsorption and condensation of boiling point VOCs, resulting in more accurate measurement;
- Continuous operation with maintenance free design, automatic cycle operation upon startup, truly online analysis;
- The entire flow path is designed with insulation at 180 ℃, without water vapor condensation, to avoid component corrosion and degradation, suitable for temperature/humidity/corrosive working conditions;
Simultaneous online detection of non methane total hydrocarbons and components such as benzene, toluene, and xylene

C2-C5 Low Carbon VOCs Online Gas Chromatography

The semiconductor refrigeration low-temperature trap can be as low as minus 20 degrees Celsius, greatly improving the enrichment efficiency of low boiling point volatile organic compounds;
Rapid flash evaporation technology, with a high heating rate of 40 ℃/s for the enrichment tube, ensures a narrow injection band width;
- Adopting pre column/backwash technology to retain target components and backwash boiling point components in the sample not only shortens the total analysis time but also extends the service life of the analysis column, reducing operation and maintenance costs;
The analysis flow path adopts deactivated and passivated pipelines and devices, which have no adsorption on the sample and accurate measurement results;
- Use automatic electronic flow control technology (EPC) to control the carrier gas, air, and hydrogen with accuracy (0.01psi), good repeatability and reproducibility;
The core components adopt international brands with high reliability and service lifeLong.

Sulfide online gas chromatograph

- Online sample enrichment, desorption, sample analysis, automatic operation;
All pipelines and components have undergone sulfur passivation treatment, and there is no adsorption of target sulfides;
Low temperature cold trap enrichment enhances the enrichment efficiency of low boiling point compounds;
Rapid heating and instant desorption injection greatly reduce analysis errors;
Sensitivity selective FPD detector for sulfide detection;
The instrument has a power on self-test function, gas cut-off protection function, automatic restart function upon power failure, and alarm function to ensure system safety and stability;
- Use automatic electronic flow control technology (EPC) to control the carrier gas, air, and hydrogen with accuracy (0.01psi), good repeatability and reproducibility;
The core components adopt international brands with high reliability and service lifeLong.