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Saija Grzegorek
Flaresim is the industry standard flare simulation/design application. Designed by professional engineers, for professional engineers, it models thermal radiation and noise footprints generated by flare systems for offshore platforms, gas plants, refineries and chemical plants, and predicts the temperature of exposed surfaces within range.
Flaresim flare systems design and analysis software is the industry standard and the leading software in the design and evaluation of flare systems for both onshore and offshore applications. It provides accurate modelling of thermal radiation, temperature, and noise footprints of flared fluids generated from chemical processes.
The application can analyze installations of any complexity, with unlimited multiple flare tips on multiple vertical, horizontal or inclined flare stacks. Users can model pipe flares, sonic flares and liquid burners using a range of algorithms. They can also enter and report data in units of their choice, and can convert data to other units at any time.
3D flame-shape analysis
Flaresim provides full 3D flame-shape analysis with complete flexibility in the location and orientation of multiple stacks, and rapid evaluation of flare systems under different wind speeds and directions. Shield options can be included.
Gas dispersion models
Flaresim includes gas dispersion models for both jet dispersion of flammable gases close to the stack and Gaussian dispersion of pollutants at longer distances.
The output from Flaresim is highly customizable, and you can select either summary or detailed output. Flaresim has a user-friendly interface and incorporates context-sensitive help at every stage for user guidance.
Software you trust, available in the cloud
Flaresim software is now available within the Delfi digital platform along with OLGA simulator, Symmetry platform, and PIPESIM simulator to enable a complete end-to-end design, analysis, and optimization of your full production system.
Enhance accuracy of your full system design
Our new Symmetry Fluid Engine (previously VMGThermo) provides access to an extensive pure component library and thermodynamic property packages. Symmetry Fluid Engine allows you to accurately characterize any fluid and use the property estimations for flare safety calculations in Flaresim software.
Improve safety through integrated design and analysis
Flaresim software is now available within Symmetry platform, enabling you to evaluate an entire flare system, including scenario management, relief valve sizing, network hydraulic calculations, and safety analysis in one environment. This integration eliminates assumptions, increases accuracy, mitigates risks, and reduces opex.
Symmetry Fluid Engine allows you to accurately characterize any fluid and consumed with many SLB software products such as Symmetry process software platform, OLGA dynamic multiphase flow simulator, PIPESIM steady-state multiphase flow simulator, and non-SLB products, such as HTRI.
Together in one package, they offer powerful insight that enables you to reduce assumptions and eliminates the need to move information across different platforms. Now, you can switch between different property and thermodynamic packages, so you can achieve the right design the first time.
This comprehensive tool enables tracking greenhouse gas emissions, the use of assist fluids such air or steam to achieve smokeless operation, modelling of thermal shields, and rigorous sizing and rating capabilities for knockout and seal drums.
Flaresim software is part of the Symmetry flare workspace, which provides capabilities to simulate the entire flare system in steady state and dynamics, including pressure relief valve (PRV) sizing and hydraulic analysis of the flare network.
Generate jet dispersion plots based on the approach to the fluid lower explosive limit (LEL) percentage. You can use it as a safety tool to know and identify locations where the concentration level is close to the LEL, indicating a risk of ignition and burning.
With the display of receptor points, you can know specific values of radiation, noise, temperature, and concentration at key locations, such as the workshop and helideck. Visualizing dispersion plots enables monitoring concentration values of the gases relieved from the flare tip.
Contour and downwind Gaussian dispersion plots in volume concentration units (ppm) give you more flexibility in the units of reporting pollutants, combustion products, and unburnt flared fluid to match regulatory units used by environmental agencies.
Flaresim is validated to run under Windows 7, 8 and 10. It should also run on earlier versions such as Vista and XP but is not tested for this. Under 64-bit versions of Windows it runs as a 32-bit application. A PC on which you wish to run Flaresim should have at least 1Gb of RAM, and should also have a USB port for connection of the Flaresim security key.
We are able to provide a range of flare system training courses from narrowly focused introductions to the use of Flaresim to broader based courses that consider the modelling of the full flare system including load generation calculations and flare header design.
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