VIP member
VM1750 Continuous Monitoring System for Volatile Organic Compounds in Environmental Air
VM1750 Continuous Monitoring System for Volatile Organic Compounds in Environmental Air
Product details
The VM1750 volatile organic compound continuous monitoring system is a device for analyzing multiple components in ambient airVOCsThe high-precision instrument consists of a sample pretreatment module and a gas chromatography module. It uses low-temperature cryogenic adsorption to enrich trace volatile organic compounds in the air, and then high-temperature desorption to transfer the sample to the gas chromatograph for separation and detection.
The sample pretreatment module is equipped with a high-precision electronic flow quality controller to ensure accurate quantification. The instrument uses inert pipelines and heating modules at transmission lines and joints to ensure that the entire pipeline has no cold spots or adsorption.
The gas chromatograph is equipped with dual chromatography columns and dual detectors, and is equipped with a sample cutting system to transfer high and low carbon substances to specific chromatography columns separately, ensuring sufficient separation.
1. High scalability
We have independently developed intellectual property rights for the entire system, and can develop customized functional requirements. We can configure multiple types of high-sensitivity detectors to detect 117 typical organic pollution factors such as OVOC;
2. Excellent sensitivity
Low temperature enrichment of samples with high enrichment efficiency; Combined with a high-sensitivity detector, ppt level substance detection can be achieved;
3. Wide range of measurement
By using split injection, a wide range of detection can be achieved;
4. Excellent analytical performance of high boiling point samples
The gas pipeline adopts full passivation and high-temperature heat tracing treatment to prevent substance adsorption and residue, ensuring excellent linearity;
5. Good water removal effect and strong adaptability to on-site working conditions
Adopting a semi permeable membrane low-temperature physical dual stage deep water removal system, with high water removal efficiency and adaptability to high humidity field conditions;
6. High reliability
Fault self diagnosis, short problem localization time, high maintainability;
The system automatically starts upon receiving a call and runs in a loop.
7. Easy installation and maintenance
Simple and efficient software operation, low learning cost; Adopting a laboratory table placement design, it is convenient for troubleshooting, operation, installation, and maintenance;
8. High detection efficiency
The system adopts pneumatic cutting technology, dual FID detector, and simultaneous analysis of low-carbon and high carbon substances in one sampling.
We have independently developed intellectual property rights for the entire system, and can develop customized functional requirements. We can configure multiple types of high-sensitivity detectors to detect 117 typical organic pollution factors such as OVOC;
2. Excellent sensitivity
Low temperature enrichment of samples with high enrichment efficiency; Combined with a high-sensitivity detector, ppt level substance detection can be achieved;
3. Wide range of measurement
By using split injection, a wide range of detection can be achieved;
4. Excellent analytical performance of high boiling point samples
The gas pipeline adopts full passivation and high-temperature heat tracing treatment to prevent substance adsorption and residue, ensuring excellent linearity;
5. Good water removal effect and strong adaptability to on-site working conditions
Adopting a semi permeable membrane low-temperature physical dual stage deep water removal system, with high water removal efficiency and adaptability to high humidity field conditions;
6. High reliability
Fault self diagnosis, short problem localization time, high maintainability;
The system automatically starts upon receiving a call and runs in a loop.
7. Easy installation and maintenance
Simple and efficient software operation, low learning cost; Adopting a laboratory table placement design, it is convenient for troubleshooting, operation, installation, and maintenance;
8. High detection efficiency
The system adopts pneumatic cutting technology, dual FID detector, and simultaneous analysis of low-carbon and high carbon substances in one sampling.
Petrochemical industry, environmental monitoring
Online inquiry
-
Contacts
-
Company
-
Telephone
-
Email
-
WeChat
-
Verification Code
-
Message Content
-