flare.IQ

flare.IQ technology monitors and optimizes flare emissions, reducing methane slip, lowering operating costs, saving steam, and improving overall transparency.

Reducing greenhouse gas emissions has become a major factor in limiting the impact of global warming, this includes methane gas. The oil and gas industry is not the only source of CO2 and methane but it plays a major role in our efforts to reduce greenhouse gas emissions.

Panametrics’ flare.IQ technology helps to monitor, reduce, and control emissions associated with flaring, it can reduce methane slip, minimizes costs from flaring operations, provides steam savings and improves transparency for flare operations.

flare.IQ is a full-stream flare solution based on a well-proven ultrasonic flare flow measurement technology. It covers everything including assisted flares associated with downstream petrochemical and refinery flare operations, all the way to unassisted flares associated with upstream operations.

Our flare.IQ technology is offering three options that can be operated independently in any combo:

  • Flare Control: Helps assisted flares to optimize the combustion at the flare tip by providing setpoints for Fuel Gas, steam and of air assists. Operators can pull critical information about their flare system, including; temperature, pressure, vent gas velocities and gas composition, to calculate the optimum levels of flare performance and ensure 98%+ high-efficiency flare combustion.
  • CE / DRE PEMS: Works on both assisted and unassisted flares: real-time combustion efficiency (CE), destruction removal efficiency and predictive emissions modeling system (PEMS) such as CO2, CO, VOC and CO2eq. Rather than basing reported emissions on static factor of 98%, it is best to report emissions based on the real-time measurement, in compliance with OGMP 2.0 level 4.
  • Digital Verification: Deploying flare.IQ, operators can also verify flare meters remotely. This helps ensure customers avoid any carbon tax penalties associated with flaring improves efficiency and reduces the health, safety, and environmental (HSE) risk of erecting scaffolding and deploying resources to manually verify flare meters.

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3D Models

Videos

TypeTitleLanguageFormatDownload
Videoflare.IQ Introduction VideoEnglishMP4Watch

Case Studies

TypeTitleLanguageFormatDownload
Case StudiesHow bp reduced methane slip and improved flare efficiency with flare.IQEnglishPDFDownload

Downloads

TypeTitleLanguageFormatDownload
WhitepapersFlare control and optimization Tech BriefEnglishPDFDownload
Brochuresflare.IQ Brochure EnglishEnglishPDFDownload
Manualsflare.IQ Gen 2 Operation and Maintenance ManualEnglishPDFDownload
WhitepapersOptimizing LNG production with advanced flare controlEnglishPDFDownload