Artificial Intelligence based analytics on Infrared Big Data

QIR Refinery Management System

QIR Refinery Management System provides realtime refinery production management information, which reduces financial, operational and environmental risks for our customers by rapid identification of potential oil and gas leaks as well as potential mechanical failures in the refinery operations.

This solution provides rapid return on investment and risk reduction through

  • Reduced production downtime 
  • Facilitation of proactive preventative maintenance
  • Avoidance of regulatory fines
  • Reduction in insurance risk premiums

Reduces Operational Risk 

  • Undetected deterioration of refractory linings
  • Undetected abnormal heat in high-temp processes
  • Hydrocarbon and CO Gas leaks
  • Undetected oil leaks 

Improves Refinery Efficiency

  • Improved predictive maintenance planning
  • Improved refinery management with historical thermal data on all high temperature operating process
  • Precision Data on Crude and Product Tank content levels

QIR Refinery Infrared Management System is comprised of the following components

  • QIR Central Infrared Management System for IR camera management, display management, network control and alert management.  This system provides central management view of all components of the solution for setup, monitoring and alert in cases of detection.
  • QIR Thermal Component Management System monitors operating temperatures of key high temperature components to alert service engineers of abnormal operating temperature that deviate from predicted normal ranges.
  • QIR Gas Leak Detection System detects hydrocarbon gas leaks over a wide area within the refinery
  • QIR Tank Level Management System to manage tank levels, prevent overfills and provides precise historical data on content levels.
  • QIR Oil Leak Detection System detects oil leaks in key operations areas such as pumps, tanks, and ground and water transportation facilities
  • QIR Refractory Thermal Management early detection and provides insight into refractory lining issues of FCC including piping and values and catalyst flows.