
Discover leading 3D fire and gas mapping software, including detect 3D maps, 3D, and Fiji, plus in-house tools from clients and universities.
Categorize fire and gas zones by hazard and occupancy characteristics. Subdivide facilities into zones for easy identification in the flag layout, guiding operators on actions during a fire.
Calculate the effective viewing distance from x, f1, and f2. Apply a 90-degree cone of vision and the inverse square law to place detectors for different risk levels.
Map gas detection with point and open detectors in a grid, modeling clouds of 4–10 m diameters. Set LFL targets at 20% and 50%, with alarms at 10% and 40%.
This is a complete guide to learn and master the foundations and first principles of fire and gas mapping study. This course will assist you in understanding the core concepts of detector placement, voting logic, performance targets, applications, mapping thumb rules and design criteria, and therefore shall aid in designing of more effective F&G systems.
In this course, you will also learn on how to perform a 3D mapping study using fire area methodology, the principles of 3D fire and gas detection and identification of leak scenarios that exist in fire zones. The benefits of adopting a 3D assessment over conventional 2D mapping study is extensively covered and the design aspects while evaluating such 3D modelled scenarios to determine coverage targets are included.
After successful completion of this course this course, you will be fully aware of how to conduct a reliable and effective 3D mapping study with design intent meeting performance criteria. Comparison between 2D vs 3D mapping is also covered. The Part 2 of this course shall cover the design aspects, guidelines and how to operate the leading 3D Mapping software, DETECT3D.
Additional materials, resources and quizzes are included to cement your knowledge at every step. Please feel free to get in touch at anytime. Cheers.