IR Gas Telemetry Imaging Warning System(Ex)
IR Gas Telemetry Imaging Warning System(Ex) is based on the passive Fourier transform infrared spectroscopy technology and is a scanning type gas infrared telemetry imaging system. The system supports all-weather, uninterrupted long-distance remote measurement within a radius of 5 kilometers. It can quickly qualitatively identify over 400 types of toxic, harmful and hazardous gases, simultaneously achieve dynamic quantitative inversion of concentration, intuitively present the types of gases, real-time concentration distribution, diffusion range and direction, and promptly issue early warning alerts through the upper computer software, thus building a protective barrier for the safe production of industries such as petroleum and petrochemicals.
Petroleum and Chemical
Methanol, ethanol, acetic acid, aniline, styrene, etc.
Fire Protection
AC, acetone, CS, nitric acid, hydrazine, benzene derivatives, etc.
Other Industries
Hydrazine, AsH3, HS, NF3, HCL, SO2, etc.
Introduction to Principles
1.Fourier Transform IR Spectroscopy Technique
Based on the combination of Fourier transform mathematical methods and computer technology, this infrared spectroscopy analysis method obtains the interference pattern of the sample and performs Fourier transform to convert the optical path difference information into an infrared spectrogram containing frequency and intensity distribution.
2.Identification of IR Characteristics of Gas Molecules
Infrared spectroscopy is also known as the molecular fingerprint. The infrared spectral characteristics of different gas molecules are all different. The vast majority of toxic and harmful gases have characteristic peaks in the long-wave infrared band. Fourier transform infrared spectroscopy technology utilizes the infrared spectral properties of gases for detection and analysis
3.Temperature Difference Radiation Quantity Variation Detection Mechanism
The infrared spectrum obtained by the telemetry device is composed of both background radiation and radiation from the cloud mass. When a gas leak forms a cloud, it will alter the infrared radiation characteristics of the original background, resulting in a change in the radiation amount. The system can detect the presence of the target gas by capturing the difference in this radiation amount.
m
type
℃
System Advantages
Long Distance, Efficient Detection
Extremely long detection range:The detection radius centered on the PTZ is 5 kilometers. Through remote sensing methods, the leakage source can be captured over a wide area, enabling rapid, precise, accurate and long-range positioning of the gas leakage location;
Fast response analysis： 20 spectra per second are collected, and gas qualitative and quantitative analysis is completed within seconds;
Fast response analysis： 20 spectra per second are collected, and gas qualitative and quantitative analysis is completed within seconds;
High sensitivity and resolution: Military-grade mercury cadmium telluride(MCT) detector, with ppm-level sensitivity for precise detection, thermal sensitivity ≤ 25 mK;
Full-dimensional visualization presentation： Chemical imaging provides an intuitive display of gas distribution and direction;
High Sensitivity, Multiple Scenarios
Multi-mode flexible monitoring: Multiple working modes, 360° full coverage of the monitoring area;
Wide coverage gas detection: Built-in rich gas library, capable of detecting over 400 types of gases;
Diversified installation methods: Supports multiple installation modes, suitable for monitoring needs in various scenarios;
High Stability, Reliable Quality
High protection design: With high explosion-proof protection level,suitable for flammable and explosive hazardous scenarios;
Wide temperature range and shock resistance design: Operates from -45°C to 80°C, with high shock resistance standards;
All-weather continuous operation: 24-hour uninterrupted, visible light + night vision functions ensureall-weather monitoring;
High protection design: With high explosion-proof protection level,suitable for flammable and explosive hazardous scenarios;
Wide temperature range and shock resistance design: Operates from -45°C to 80°C, with high shock resistance standards;
All-weather continuous operation: 24-hour uninterrupted, visible light + night vision functions ensureall-weather monitoring;
Gas Telemetry Imaging Warning System
Gas Telemetry Imaging Warning System is mainly composed of four modules: map information, image information, alarm records and gas database. It can comprehensively monitor the gas measurement situation at the front end site. The software supports language switching between Chinese and English.
Alarm information
Equipment control
Positioning coordinate display
Blackbodycalibration
More information
Real-time display of alarm data
Indicates the location of the positioning device and displays the geographical coordinates in real time
Supports multi-mode scanning and direction control, allowing for flexible operation
Beidou positioning automatic calibration, accurately displaying the position of the gas
Real-time display of environmental and equipment status information
Image information
Real-time display of the monitoring area image, and color-coding of gas concentration。
Alarm record
Record alarm data and support multi-condition queries。
Gas library
Includes over 400 gas databases from multiple industries, allowing for customizable selection。
Application scenarios
—————————
Early warning for hazardous and polluting gas leaks
in petrochemical and industrial park areas
Application method:
Using tall towers, erecting at high altitudes.
Monitor the gases that eruptduring oil extraction, the gasesleaking from the storage tanksfor oil and gas, or the gasesthat leak during productionand processing.
Monitor the gases that eruptduring oil extraction, the gasesleaking from the storage tanksfor oil and gas, or the gasesthat leak during productionand processing.
A safety management project for a port terminal
Application method:
Using tall towers, erecting at high altitudes.
The port terminal safety management project installs equipment at the loadingand unloading areas and the storagetank areas of the terminal, enabling 360°scanning to detect dynamic leaks. Thisovercomes the shortcomings of traditionalfixed and portable detection instruments,further expanding the safety managementmethods and ensuring the safety of personneland the marine environment.
The port terminal safety management project installs equipment at the loadingand unloading areas and the storagetank areas of the terminal, enabling 360°scanning to detect dynamic leaks. Thisovercomes the shortcomings of traditionalfixed and portable detection instruments,further expanding the safety managementmethods and ensuring the safety of personneland the marine environment.
Social madia
 |  |  |
客服
客服