Flare System Data Sheet For your convenience, you may choose to complete this data sheet or submit your own data sheet by fax at 1-918-488-9450 or as an attachment via email.
Customer and Jobsite
Name:
Title:
Company:
Street Address:
Address (cont.):
City:
State/Province:
Zip/Postal Code:
Country:
Work Phone:
Fax:
E-mail:
Your Customer Name:
Project Location:
Reference No.:
Project Name:
Date:
Flare Data
Flare Type:	Choose Elevated Flare Enclosed Ground Flare Pit Flare Multipoint Flare Offshore Flare Rental Flare: Yes No
Flare Tip:	Choose Non-assisted Steam Assisted Air-assisted Gas Assisted Super-sonic HP
Drum Type:	Choose Vertical Knockout Horizontal Knockout Liquid Seal Combination Knockout/Liquid Seal None
Purge Seal Type:	Choose Density Seal Velocity Seal None
Stack / Support Type:	Choose Self-Support Guy Wire Supported Derrick Supported Tripod Supported Boom Supported Demountable Derrick Enclosure Flare
Units For Data Sheet
Flow:	MMSCFDlbs/hrkg/hrSCFHNM3/hr
Temperature:	˚F ˚C ˚R
Heating Value:	BTU/SCFBTU/LBKJ/NM3
Pressure:	"w.c.mm w.c.psigBarGKPaG
Radiation:	BTU/HR-Ft2KW/M2KPagKG/CM2
Velocity:	Ft/SecmphM/Sec
Process Data
	Flowrate	Temperature	Allowable System Pressure Drop	Lower Heating Value	Molecular Weight
Maximum:
Smokeless:
Normal:
Minimum:
Utility Data
	Pressure	Temperature	Molecular Weight	Lower Heating Value
Fuel Gas:
Natural Gas:
Purge Gas:
Instrument Air:			NA	NA
Plant Air:			NA	NA
Plant Water:			18	NA
LP Steam:			18	NA
MP Steam:			18	NA
HP Steam:			18	NA
Power Type
	Voltage	Phase	Hertz	AC or DC
General Instruments:
General Lighting:
Aviation Lighting:
Ignition Control Panel:
Motors Under 100 HP:
Motors 101-500 HP:
Motors 501-1000 HP:
Motors Over 1000 HP:
Environmental Data
Average Wind Speed (Process Design):	mphkph
Maximum Wind Speed (Mechanical Design):	mphkph
Site Elevation Above Sea Level:	feetmeters
Site Relative Humidity:
Minimum Ambient Temperature:	˚F ˚C ˚R
Average Ambient Temperature:	˚F ˚C ˚R
Maximum Ambient Termperature:	˚F ˚C ˚R
Seismic Zone For Site:
Maximum Allowable Radiation:	At Grade BTU/HR-Ft2Kcal/HR-M2 With Without Solar At Distance Of feetmeters With Without Solar
Solar Radiation At Site:	BTU/HR-Ft2Kcal/HR-M2
Maximum Noise Level (dBA):	At Grade Smokeless Max Flow At Distance Of Smokeless Max Flow
Electrical Area Classification At/Near Flare:
General Design Criteria
	Rank the following factors in order of importance (1-8) (1=high) relative to the flare equipment for this project:
	Equipment Cost	Utility Usage	Experience	Noise
	Installed Cost	Smokeless Capacity	Weight	Field Service
Applicable Specifications:	Choose NEC IEC NEMA AISC AWS ASME ANSI B31.3 ASCE 7-93
Detailed Scope of Supply
Ladders / Platforms:	Choose Per OSHA Caged Saf-T-Climb Galvanized Painted
Ignition System:	Choose Manual Automatic Relight Pilot Status Monitors Regulators Sun / Rain Shield Free Standing Self-Inspirating Type FFG Type Direct High Energy Spark Ignition Optical Pilot Monitoring Device FFG & HEI
Aviation Marking:	Choose Per ICAO Per FAA Fixed Retractable L+P Access Strobe Type Incandescent Type Banded Paint
Utility Piping / Wiring:	Choose Pilot Gas Ignition Lines Steam Lines Conduit Assist Gas Thermocouple Wire High Energy Ignitor Wire Power Wire
Corrosion Protection:	Choose SP-2 Cleaning SP-6 Sandblast SP-10 Sandblast Red Oxide Primer Inorganic Zinc Primer Epoxy Primer Epoxy Finish Paint Silicone Finish Paint Other (Enter Value)
Detailed Mechanical Design Criteria
	Internal Design Pressure	Mechanical Design Temperature	Material of Construction	Process Side Corrosion Allowance
Seal Drum:
Knockout Drum:
Waste Gas Riser:
Density Seal Device:
Support Structure:	NA	NA		NA
Steam Piping:
Pilot Gas Piping:
Ignition Piping:
Gas Composition	Weight % Mole % Volume %
	Maximum Flow Case	Smokless Flow Case	Normal Flow Case	Minimum Flow Case	Pilot Fuel Gas
Methane:
Ethane:
Propane:
Butane:
Pentane:
Hexane:
Heptane:
Octane:
C9+ Saturates:
Ethylene:
Propylene:
Butylene:
Butene:
Butadiene:
Acetylene:
Benzene:
Toluene:
Xylene:
Styrene:
C9+ Unsaturates:
Ammonia:
Hydrogen:
Hydrogen Sulfide:
Carbon Monoxide:
Carbon Dioxide:
Water:
Nitrogen:
Oxygen:
Comments: