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Fire Protection for Fuel Facilities
Visit
Engindustry.com
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Tank fire and pool fire - Radiating Heat calculation for fuel facilities - 3D analysis
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Heat Contours in vertical and horizontal planes
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Radiating heat calculation for vertical tank surfaces - 3D drawings (values in kW/m2)
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Flame modelling and radiating heat - fixed roof and floating roof tanks.
Calculation of cooling water for fuel tanks and structures (values in L/m
2
-min and total L/min pertank or structure).
Calculation of emergency vent flow rate for tanks exposed to radiating heat.
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Fire exposure for no-wind and wind conditions.
Calculations in accordance with SFPE Handbook of Fire Protection Engineering.
Calculation of maximum radiating heat in kW/m2 and total heat of the exposed tank or structure.
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Calculation of radiating heat on structures adjacent to the tank on fire, including pumphouse,
valve buildings, etc.The analysis include exposure of beams, columns, roof, walls, openings such as doors and windows
and interior equipment.
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Detailed analysis of structures, including maximum radiating heat in kW/m2 and total heat in kW.
The analysis include cooling water requirements for walls, roof and for each level of the structure.
3D views of the whole facility.We provide several drafting options to show the results in accordance with the requirements of our
clients.Our drawings are compatible with CAD software.
Spheres and supporting structures exposure.
Radiating heat calculations for safety areas, fire operations areas, property limits and fire brigade
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access roads.
Point Source and Solid Flame modelling, under no-wind and wind conditions, tilted flame and
vertical flame.
Horizontal tanks modelling, semi-spheric ends and flat ends, including tank supports and piping
connections.
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Modelling of pumps, valves, fire hydrants and fire monitors exposed to fire.
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Piping and radiating heat .
The analysis provides the maximum radiating heat and the total heat absorbed by the pipe and the
thermal relief requirements. The thermal analisys is extended to the pipe supports, includingcalculation of cooling requirements.
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Vertical structures like chimenys, cooling pump stations.
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3D view of cooling towers and pumping station.
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Pipe heat exposure shown on 3D drawings.
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Chimney heat exposure shown on 3D drawings.
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Radiating heat on chimneys and structures.
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Radiating heat on horizontal tanks.
Radiating heat on horizontal tanks.
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Radiating heat on horizontal tanks.
Radiating heat on horizontal tanks.
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Fire analisys report.
Includes:- Flame analysis, flame height, flame tilt angle due to wind and flame
emmisive rate;- Detailed results for vertical tanks, horizontal tanks, spheres, structures, chimneys, hydrants,
monitors, pumps, valves.
- Maximum heat exposure, incident radiating heat, total heat, required cooling water, and averageexposure range.
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We provide our services to Oil&Gas companies, engineering consultancies and fire protectionagencies for analysis of existing facilities and design of new facilities.
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We encourage and support research and investigation projects. Please check our availability forresearch and investigation projects contacting our email address below.
For service quotation and detailed information of deliverables and payment options please contactCharles at the email address :
[email protected] Vergara
Professional Mechanical Engineer
Copyright 2011
