Latest features from Flaresim
Flaresim 2024 Release Announcement
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 footprint during flaring of chemical processes, enabling comprehensive flare safety studies that generate highly customizable visual reports.
Identify locations where flammability levels can reach the lower limit
value needed to cause ignition and burning.
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.
Quickly quantify values of radiation, noise, temperature, and concentration at key locations.
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.
Leverage flexibility in monitoring and quantifying emissions.
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.
Quickly quantify values of radiation, noise, temperature, and concentration at key locations.
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.
Identify locations where flammability levels can reach the lower limit value needed to cause ignition and burning
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.
Leverage flexibility in monitoring and quantifying emissions.
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.