Visualization

The chemical imaging with FTIR remote sensing as the core is combined with the visible/infrared video imaging, to disclose problem points and risk sources in the form of images. The instrument displays the cloud cluster size, concentration gradient, motion path and temperature gradient field of gas. It provides timely data basis for overall management of pollution sources and decision making for emergencies

Intelligence

The instrument can achieve all-weather fully-automatic visual angle patrol scanning. It provides watching and monitoring at fixed time and location for key areas, and can give automatic warning if finding abnormality. The instrument can automatically trace cloud clusters, to lock and display the position of a leakage source. It can clearly display the observed gas components and concentrations.

Wide coverage

The instrument provides 360° full visual angle coverage, 60° vertical scanning, a routine measurement radius of 5 km and the maximum range of visibility of about 20km. A full-area coverage can be achieved at the high point of visual field.

High detection accuracy

The instrument uses a research-grade MCT infrared detector based on Stirling refrigeration (-200°C), coupled with a high-resolution FTIR optical remote sensing system and a patented data processing algorithm, enabling ppm level detection capability.

Strong detection function

The instrument contains a standard spectrogram database of over 400 gases, including inorganic and organic gases from various chemical pollutants and combustion products, which can be expanded for customer requirements. In principle, it can detect tens of thousands of gases.

Mobile for emergency

The instrument is in an on-board mode, so it can quickly arrive at an accident scene, to determine the components and concentrations of toxic and harmful gases in a remote manner, providing reliable data support for emergency response actions.

Infrared/visible dual-pickup-camera imaging system

• Starlight-level visible pickup camera with high sensitivity and high dynamic range, with 24-hour monitoring
• Infrared imaging system, capturing polluting gas clusters and high temperature heat sources unidentifiable by human eyes

360° scanning PTZ and 2D rotary galvanometer

• Automatic 360° full-coverage visual angle, 120° × 60° galvanometer, achieving quick 2D rotary scanning; allowing to set key areas for scanning;
• Diamond-like long-life shielding window, providing IP54 protection that meets the weathering requirement for outdoor operation, to protect

Cassegrain large-aperture light
concentration system

• Optical lens set, comprising gilded reflector and infrared high antireflection film;
• 120 mm large-aperture light concentration
  system, 6 mrad high-precision visual angle
  resolution;

FTIR spectrometer, as main unit

• Coaxial double-moving-mirror interference
  spectroscopic system;
• MCT low-noise mid- and far-infrared band
  sensor based on Stirling refrigeration (-200°C);
• Dual-blackbody calibration system for metrological traceability;
• TEC temperature-controlled and
  frequency-stabilized VCSEL semiconductor solid laser, with a stable wavelength, and
  extended 5 times life;

1000M data acquisition and processing module

• 216k high-speed Fourier interference signal acquisition, 24-bit analog-to-digital conversion (ADC);
• FPGA+ARM dual-core architecture, 3.2G high-speed signal processing;
• Patented deep neural network analysis algorithm;
• Processing and fusion of three paths of video stream from infrared visual imaging, visible visual imaging and chemical imaging;