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P R O D U C T S
ELEVATED FLARE SYSTEMSEFFECTIVE COMBUSTION FOR SMOKELESS OPERATION
The Tri-Point High Turn Down Ratio Flare (HTDR-Flare) is the innovative emissions reduction solution to achieve smokeless operation and compliance to Quad-O and 40 CFR 60.18 EPA regulations. Utilizing a proprietary tip design, this non-assisted flare ensures there are no visible smoke emissions across the full operational range of just a few ounces of pressure to in excess of 30 psig. The Tri-Point HTDR Elevated Flare utilizes a variable orifice design to safely and efficiently combust Volatile Organic Compounds (VOC) emissions in excess of 98% efficiency. One HTDR-Flare allows for the inclusion of both high pressure and low pressure gas streams in a single device, mitigating the requirement for multiple flares.
HTDR-FLARE PRODUCT LINE
APPLICATIONS• Oil and Gas Production Operations• Crude Oil Storage Batteries• Midstream Facilities• Offshore Platforms• Gas Processing
• Mining Operations• Landfills• Petrochemical and Chemical• Petroleum Refining• Anywhere smokeless flaring is required
STANDARD FEATURES• Flare Tip made of stainless steel construction• Wind resistant retractable electric ignition pilot with thermocouple assembly• Built in wind shroud that induces sufficient air to the flare tip for proper mixing and
combustion throughout the operating range• Flare stacks are mounted on base plate with guyed support for easy installation• Various flow capacities for high and low pressure application eliminating the need for
multiple flares• Simple Single flare tip configuration for safe operation• Patent pending technology• Max Capacities meet EPA 40 CFR 60.18 with less than 400 ft/sec exit fuel gas velocities.
BENEFITS• Operates smokeless throughout entire range of flow; from purge to 100% capacity• High turndown ratio of >50:1• Designed for easy tip access and maintenance (flanged connections, simple assembly)• Retrofit replacement for other manufacturers’ flare tips• Field proven 98%+ combustion VOC destruction efficiency• Scalable design encompassing multiple models with a range of operating capacities
COMPLIANCE• Designed to meet EPA 40 CFR 60.18 requirements• Standard models can be customized to meet individual requirements upon request
OPTIONS• Flare/Burner Management Systems• Continuous pilot• In-Line Detonation Flame Arresters• Upstream liquid knockout
• Cable/Anchor Tie Down Kits• Ladder and Platforms• Dual pressure stream operation (HP/LP
dual streams)
Patent Pending Provisional Application No. 62/807,819 for FLARE TIP ASSEMBLY (172269-011700/US (Tri-Point, LLC)
UPPER SHROUD
LOWER SHROUD
PILOT HOOD
NOZZLE
CONNECTING ROD
NOZZLE TUBE
FLANGED CONNECTION(TO ELEVATED FLARE STACK)
SPRING ASSEMBLY
Model HTDR-Mini HTDR-1 HTDR-2 HTDR-3 HTDR-4
TIP SIZE 2" 3" 4" 6" 8"
STANDARD HEIGHT 25' 35' 45' 65' 85'
Maximum Flow Rate, MMSCFD Max Capacity to meet EPA 40 CFR 60.18 at less than 400 ft/sec exit velocity.
LIGHT FUEL LHV 1068 BTU/SCF 3.81 6.55 9.92 14.49 19.85
MEDIUM FUEL LHV 1543 BTU/SCF 3.36 6.16 9.34 13.64 18.69
HEAVEY FUEL LHV 2251 BTU/SCF 2.97 5.61 8.49 12.41 17
PRODUCT MODEL SPECIFICATIONS
VARIABLE FLOW CAPACITY OPERATION REPLACEMENT FLARE TIPS
Tri-Point HTDR flare operates with a variable area nozzle that optimizes air and waste gas mixing for 100% smokeless operation as the gas stream pressure varies. Specially oriented “pilot” ports allow for ounce pressure operation when the gas pressure is low and main nozzle area is closed.
If the flare you are currently operating is smoking and not meeting the requirements of EPA 40 CFR 60.18, The Tri-Point High Turn Down Ratio Flare replacement tips are a safe and economical retrofit option. Our flanged connection allows the HTDR model line to easily replace other manufacturers’ ineffective flare tips. The Tri-Point Service team can replace your flare tip today!
HIGH PRESSURE MAX OPEN
LOW PRESSURECONE CLOSE / PORT VENTS
THE TRI-POINT HIGH TURN DOWN RATIO FLARE FOR SMOKELESS COMPLIANCE TO EPA 40 CFR 60.18
Tri-Point is an oil and gas production
and processing solutions provider with
locations supporting each of the major
onshore basins in the U.S. The company is
dedicated to working with its customers
to develop tailored products and services
that address needs from the wellhead
through the pipeline.
HEADQUARTERS
5555 SAN FELIPE | SUITE 1250 | HOUSTON, TX
(713) 600-9400
WWW.TRI-POINTLLC.COM
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0 20 40 60 80 100 120 140 160 180 200Radia-
onLevel,Btu/hr-<^2
DistancefromFlareCenterline,Ft
Radia-onCurveforHTDR-Mini
FuelGas:LightLHV:1067.87btu/scf;MW:20.62StackH:25Ft@MaxFlowof3.81MMSCFD
FuelGas:HeavyLHV:2250.96btu/scf;MW:43.47StackH:25Ft@MaxFlowof2.97MMSCFDFuelGas:MediumLHV:1542.99btu/scf;MW:31.28StackH:25Ft@MaxFlowof3.36MMSCFD
Radia-onlevel<=1500BTU/hr-<^2@100<radiusand15MPHwind
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MSCFD
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CapacityCurveforHTDR-MiniRadia-onlevel<=1500BTU/hr-<^2@100<radiusand15MPHwind
FuelGas:LightLHV:1067.87btu/scf;MW:20.62
FuelGas:HeavyLHV:2250.96btu/scf;MW:43.47FuelGas:MediumLHV:1542.99btu/scf;MW:31.28
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Radia-onCurveforHTDR-1Radia-onlevel<=1500BTU/hr-<^2@100<radiusand15MPHwind
FuelGas:LightLHV:1067.87btu/scf;MW:20.62StackH:35Ft@MaxFlowof6.55MMSCFD
FuelGas:HeavyLHV:2250.96btu/scf;MW:43.47StackH:35Ft@MaxFlowof5.61MMSCFDFuelGas:MediumLHV:1542.99btu/scf;MW:31.28StackH:35Ft@MaxFlowof6.16MMSCFD
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lumetricFlow,M
MSCFD
GasPressure,psig
CapacityCurveforHTDR-1Radia-onlevel<=1500BTU/hr-<^2@100<radiusand15MPHwind
FuelGas:LightLHV:1067.87btu/scf;MW:20.62
FuelGas:HeavyLHV:2250.96btu/scf;MW:43.47FuelGas:MediumLHV:1542.99btu/scf;MW:31.28
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Radia-onCurveforHTDR-2Radia-onlevel<=1500BTU/hr-<^2@100<radiusand15MPHwind
FuelGas:LightLHV:1067.87btu/scf;MW:20.62StackH:45Ft@MaxFlowof9.92MMSCFD
FuelGas:HeavyLHV:2250.96btu/scf;MW:43.47StackH:45Ft@MaxFlowof8.49MMSCFDFuelGas:MediumLHV:1542.99btu/scf;MW:31.28StackH:45Ft@MaxFlowof9.34MMSCFD
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MSCFD
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CapacityCurveforHTDR-2Radia-onlevel<=1500BTU/hr-<^2@100<radiusand15MPHwind
FuelGas:LightLHV:1067.87btu/scf;MW:20.62
FuelGas:HeavyLHV:2250.96btu/scf;MW:43.47FuelGas:MediumLHV:1542.99btu/scf;MW:31.28
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Radia-onCurveforHTDR-3Radia-onlevel<=1500BTU/hr-<^2@100<radiusand15MPHwind
FuelGas:LightLHV:1067.87btu/scf;MW:20.62StackH:65Ft@MaxFlowof14.49MMSCFD
FuelGas:HeavyLHV:2250.96btu/scf;MW:43.47StackH:65Ft@MaxFlowof12.41MMSCFDFuelGas:MediumLHV:1542.99btu/scf;MW:31.28StackH:65Ft@MaxFlowof13.64MMSCFD
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CapacityCurveforHTDR-3Radia-onlevel<=1500BTU/hr-<^2@100<radiusand15MPHwind
FuelGas:LightLHV:1067.87btu/scf;MW:20.62
FuelGas:HeavyLHV:2250.96btu/scf;MW:43.47FuelGas:MediumLHV:1542.99btu/scf;MW:31.28
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Radia-onCurveforHTDR-4Radia-onlevel<=1500BTU/hr-<^2@100<radiusand15MPHwind
FuelGas:LightLHV:1067.87btu/scf;MW:20.62StackH:85Ft@MaxFlowof19.85MMSCFD
FuelGas:HeavyLHV:2250.96btu/scf;MW:43.47StackH:85Ft@MaxFlowof17.00MMSCFDFuelGas:MediumLHV:1542.99btu/scf;MW:31.28StackH:85Ft@MaxFlowof18.69MMSCFD
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CapacityCurveforHTDR-4Radia-onlevel<=1500BTU/hr-<^2@100<radiusand15MPHwind
FuelGas:LightLHV:1067.87btu/scf;MW:20.62
FuelGas:HeavyLHV:2250.96btu/scf;MW:43.47FuelGas:MediumLHV:1542.99btu/scf;MW:31.28
FLARE RADIATION CURVES FLARE CAPACITY CURVES
s NOTE: The triangle mark on each capacity curve is the maximum capacity at which this flare model will meet the requirements in Code 40 CFR 60.18.
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