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E-mail
info@enboso.com
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Phone
18676688185
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Address
Building D, Donghua Zhiyuan Garden, No. 5003 Bao'an Avenue, Shenzhen
Shenzhen Yingbaoshuo Technology Co., Ltd
info@enboso.com
18676688185
Building D, Donghua Zhiyuan Garden, No. 5003 Bao'an Avenue, Shenzhen
Chemical Toxic Gas Online Monitoring SystemBy using Fourier transform infrared absorption spectroscopy technology, rapid and accurate qualitative and quantitative detection and alarm of various ppm level chemical warfare agents (CWA) and industrial toxic and harmful gases (TIC) can be achieved. It has strong adaptability and can adapt to the current usage environment of the vast majority of applications. At the same time, it has the advantages of high measurement accuracy, good stability, and long service life.
Product advantages:
The whole machine is highly integrated, powerful, and lightweight, and can be used in various platform detection fields or scenarios such as fixed installation, unmanned aerial vehicles, and unmanned robots.
The instrument can detect a wide range of gas types with high sensitivity, achieving monitoring and alarm of more than 40 ppm concentration multi-component chemical warfare agents and toxic and harmful gases, and can be expanded according to user needs.
The instrument has high reliability in detection and adopts professional multi-component gas qualitative and quantitative algorithms. It can simultaneously detect 5 gas components and is suitable for mixed gas detection and analysis in various complex environments.
Application fields:
Chemical monitoring of passenger halls in transportation hubs such as airports and subways.
Chemical gas monitoring in corporate department buildings and large conference venues.
Chemical gas monitoring in other important passenger gathering places.
Chemical Toxic Gas Online Monitoring SystemIt is a real-time security protection device based on advanced sensing technology and intelligent analysis platform, aimed at continuous monitoring and early warning of chemical warfare agents, industrial toxic gases, and volatile organic compounds (VOCs) present in specific environments. The following is a comprehensive overview of the core features, typical applications, and key technologies of such systems:
Core Technologies and Functions:
Multi sensor fusion technology
-Combination method: The mainstream system adopts a combination scheme of ion mobility spectrometry (IMS), photoionization (PID), and electrochemical (EC) sensor arrays, covering different properties of chemical substances through complementarity.
-Advantages: Improve detection range and accuracy, reduce false alarm rate.
High sensitivity and fast response
-Detection performance: Some systems can quickly identify target substances at extremely low concentrations, with short response times, buying time for emergency response.
-Anti interference design: Built in intelligent algorithms distinguish target gases from interfering components, adapting to complex environments.
Real time monitoring and automated management
-Unmanned: Supports 24/7 uninterrupted monitoring, automatically completes data collection, analysis, and alarm.
-Multi level alarm setting: Trigger graded warnings based on concentration thresholds to facilitate timely response measures.
Modularity and Scalability
-Hardware design: Modular structure facilitates functional expansion and maintenance upgrades.
-Data docking: Open data protocol, can be connected to third-party platforms to achieve linkage control (such as shutting down ventilation systems).