Description
Gexcon Shell FRED is one of the industrial products of Gexcon company which is used in the field of modeling and consequence simulation. With the help of this software, the user is able to estimate the amount of damage and the radius of occurrence of various events such as fires, explosions, chemical releases and scattering of various objects and plan the future. Gexcon is an industrial software development company that operates globally and specializes in risk management of various industrial projects and improving safety. The company has been active in the field of industrial and operator software development for more than 40 years and has gained valuable experience in this field.
Gexcon Shell FRED software is fully reputed among people in the industry and its results and reports are reliable and verified. The engineers and developers of this software realized the importance of accurate results and modeling and, above all, hands-on, hands-on instructions, and sought to create software that could help industrial operators perform operations safely and correctly and to develop and design safe systems. At the heart of the Gexcon Shell FRED software is an advanced thermodynamic model that can simulate the performance and interactions of different fuels, especially multi-component fuels, in various industrial models. The use of this software is not limited to any specific industry and can be used in almost all medium and heavy industries.
Applications and uses of Gexcon Shell FRED
- Perform predictive analyzes and provide the necessary equipment to increase the safety of an industrial unit
- Update security guidelines
- Justify the safety of new designs and operations
- Determination of the layout of the facilities for maximum optimization of the equipment used
- Take the necessary steps and plan to deal with possible emergencies in the future
- Carrying out studies in the field of the domino effect and the management of climbing events
- Quantitative risk assessment
Features of Gexcon Shell FRED
- Modern and advanced user interface
- Continuous development and update of new software models, including LNG gas model and energy conversion to hydrogen and carbon dioxide
- Ability to quickly and easily compare different variables and factors
- Ability to add new data and conditions to ongoing modeling and operations
Required configuration
MicrosoftWindows
Windows 8.1
Windows 10
CPU architecture
AMD64/Intel 64/x64 (64 bit)
are supported. Intel IA64 (Itanium) is not supported.
Internal memory
2 GB or more recommended.
Hard disk free capacity
1.5 GB for software
installation and typically 100 GB for simulation data.
Graphic card
A dedicated graphics card with NVIDIA chipset and at least 2 GB of graphics memory, supporting OpenGL 3.3 or higher, is recommended. Graphics cards using, for example, AMD or Intel chipsets as in newer integrated GPUs in laptops (eg Intel HD4400) will also work in many cases; however, Gexcon cannot support them and limitations may apply to model sizes and/or 3D rendering details due to limited available video shared memory. Note that on Windows systems with integrated GPUs, running FLACS-CFD graphical user interfaces may result in a pre-allocation of main memory (RAM) on the order of 2-3 GB.
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