FlareSpection™ System

Infrared Imaging System for Ongoing Monitoring of Pilot Flames and Flare Stacks in High-Risk Environments

The FlareSpection™ system by Advanced Energy is engineered to deliver unparalleled clarity and reliability in monitoring flare images and pilot flames across various setups featuring multiple flare tips. The FlareSpection™ system is meticulously designed with unique spectral ranges, precise calibrations and advanced optics, ensuring sharp visibility through obstacles such as moisture, heavy rain and fog, even from distances up to 300 metres. This innovative system enables the continuous, remote, and automatic verification of flare operations, along with the ability to detect variations in heat signatures of flare stacks, ensuring optimal performance and safety in critical environments.

 

 

 

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  • Ensures that vented gases are effectively ignited and confirms consistent combustion throughout the flaring process, enhancing safety and operational efficiency.
  • Gain reliable, long-term monitoring capabilities that surpass common challenges such as thermocouple failure, flame movement, varying luminosity, and adverse climatic conditions, ensuring uninterrupted performance.
  • Experience superior image quality with our system’s special spectral ranges and calibrations, providing clear visibility through moisture, heavy rain, and fog.
  • Benefit from unmatched spatial resolution, allowing for precise monitoring and detection of differences in flare stack heat signatures from distances up to 300 metres.
  • Seamlessly connect to pilot igniters via traditional I/O relay modules, facilitating continuous, remote, and automatic verification of flare operations, even in hazardous environments.

 

 

  • Telephoto (200 mm) lens
  • Easy installation and maintenance from remote mounted location
  • Available adjustable mount and base
  • Stainless-steel enclosure with an integrated sighting tube designed for hazardous area
  • Advanced software to enable automated and seamless integration with plant DCS (via protocols such as Modbus and OPC), log performance, record video, and set up alerts for measurements that may fall outside of the plant’s pre-set limits
  • Stainless steel enclosure
  • High-resolution 640 x 480-pixel thermal imager.

 

Operational temperature range -30 to 60°C
Ambient temperature -30 to 60°C
Focus Range 0 to 300 mm/mtr
Ex-Rating IECEx db 11B T4
Resolution 640 x 480 °C
Enclosure Material 316L stainless steel

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