Flaresim software

Flaresim is a standard software for flare system design and simulation in the industry.

This software is specifically designed by experienced professionals in this field to be useful for engineers working with flames in various industrial settings.

With Flaresim, users can model thermal radiation and noise emitted by flare systems on offshore platforms, gas plants, refineries, and chemical plants, as well as predict the surface temperatures exposed to flame ranges.

 

The software can analyze the installation and operation of flare systems, no matter how complex they may be.

Flaresim allows users to model pipe flare tips, acoustic flare tips, and liquid flare tips using a wide range of tools and algorithms. Users can input data in their desired metric units and generate reports, with the ability to convert units at any time.

Key Features of Schlumberger Flaresim Software:

• Design of flare systems for offshore platforms, gas power plants, refineries, and chemical plants.
• Full 3D flare analysis with complete flexibility.
• Quick evaluation of flare systems under various wind speeds and directions.
• Flare tip modeling with acoustic, pipeliner, and steam or air flare tips.
• Work with liquid flare systems.
• Predict heat fraction from hydrocarbon liquid flames with different types of flames.
• A wide range of algorithms to calculate thermal radiation.
• Full 3D analysis of flame shape with full flexibility in stack location and orientation.
• Dynamic calculation options to evaluate results at different times.
• Thermal radiation dose calculation over a period.
• Combustion gas composition calculation.
• Calculation of required refined gas flows.
• Ability to define multiple environmental scenarios for quick performance evaluation under varying wind speeds and directions.
• Radiation, noise spectrum, and surface temperature calculations at multiple receiver points.
• Iso-plot grid results for determining sterilized areas.
• Customizable HTML reports.
• Customizable graphical reports.
• Case Study Manager: This feature allows the creation of “case studies” with different data values and comparisons of the results. Input data can be discrete or incremental across a wide range of values.
• Suitable for engineers in petrochemical industries, chemical laboratories, etc.
• Ability to input data in various formats with unit conversion options.
• Modeling thermal behavior of components at different center points.
• Flammable liquids simulation and their behavior.
• Flow calculations for liquids, gases, etc.
• Simple, user-friendly graphical interface.
• Dynamic Analysis: This feature allows you to specify how flare behavior changes over time and calculate how radiation and noise levels vary with temperature across different receiver points.
• REFPROP Physical Properties Prediction: A tool for predicting fluid properties more accurately.
• KO Drum Sizing: This allows you to measure the minimum size for carryover and how to manage liquid accumulation and droplet sizes.

It’s a powerful tool in industries where flare systems play a crucial role in safety and environmental management.