ZEECO:
The Power of Z

Zeeco is the epicenter for combustion development and we are constantly transforming the industry with our technological innovations.

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TURNKEY BOILER BURNER SOLUTIONS

Let Zeeco eliminate the hassles by assuming single-point responsibility for your combustion system upgrade. In a Zeeco OEM Turnkey Solution, there are no contractual layers between the customer, the OEM burner equipment supplier and the contractors. It’s a single team. A single vision. A singular commitment to your success. All backed by the engineering experience of the worldwide leader in combustion solutions.

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CONTROL SYSTEMS:
Burner Management Systems

Zeeco has manufactured reliable, technically advanced control systems for the combustion industry for 30 years. We utilize a wide variety of industry-standard components to meet customer specifications from around the world, including PLC’s, HMI’s, complex relay logic, transmitters for all measurements and many more optional instruments.

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DBI DUCT BURNER
DB Series

Zeeco uses a zone analysis type approach to determine the duct burner inlet conditions in different sections of the grid layout. By adjusting the amount of open area in the duct burner wing section in particular zones, the emissions, flame pattern and heat distribution profile can be better predicted and controlled.

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DUCT BURNER
Case Study

ZEECO® DB Duct Burners have been in operation since 1995 in five (5) fired HRSG systems at Formosa Plastics in Point Comfort, Texas, USA.

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ENHANCED JET FLAT FLAME BURNER
GLSF Series

The design allows for flat flame burners to achieve a superior heat flux profile without flame rollover. A major advantage is that the heat flux profile can be changed as required for the specific application with different tip drilling configurations without adversely affecting NOx emissions.

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Spanish Download | 1.8MB

FREE-JET BOILER BURNER
GLSF Series

The Zeeco GSLF Free-Jet boiler burner is the next generation of boiler burner technology. This low-maintenance, highly reliable technology is cutting edge and inherently safe, giving Zeeco’s Free-Jet boiler burner market advantage by design. Zeeco's Free-Jet technology entrains the flue gas from inside the boiler using the fuel gas’ jet energy, thereby diluting the fuel gas with inert gases to efficiently reduce thermal NOx.

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NEXT GENERATION ULTRA LOW NOx ROUND FLAME BURNER
GLSF Free-Jet Series

The design uses the free-jet method of mixing the fuel gas ejected from the gas tips with the surrounding inert products of combustion which dramatically lowers thermal NOx production. In addition to superior NOx reduction performance, the design offers a great turndown, typically 10:1 or more and each tip only has one large firing port.

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HVW HIGH-INTENSITY BURNER
HVW Series

The ZEECO HVW burner combines superb mixing characteristics with a short flame length. This reliable, proven technology utilizes the energy of a recirculating vortex to achieve rapid combustion in relatively small volumes with varying levels of air. The high flame temperatures achieved by this technology result in superior waste destruction with no soot formation.

English Download | 1.1MB

RADIANT WALL BURNERS
RW Series

Zeeco has a full range of burners for cracking furnaces including our RW series low emission premixed radiant wall burner. The Zeeco low emission RW series burner utilizes an advanced venturi design, a customized gas tip and secondary fuel gas injection to achieve very low NOx emissions. It does this without creating flame interaction or flame flashback problems.

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GB LOW NOx STAGED AIR BURNER

The ZEECO® GB staged air/staged fuel burner is designed with a staged fuel gas tip and a staged air annulus which utilizes only one gas tip and provides lower NOx emissions than conventional raw gas designs. With a greater flame stability, the burner provides consistent heat distribution and reduces maintenance costs.

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Spanish Download | 1.7MB

AK STAGED AIR LOW EMISSIONS
COMBINATION BURNER

The ZEECO® AK Staged Air Low Emissions burner is a round flame combination oil and gas burner. The design allows for gas firing, oil firing, or combination oil and gas firing with low NOx emissions. The burner provides proven low NOx technology while providing a quality flame pattern.

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GLSF MIN-EMISSIONS ROUND FLAME GAS BURNER

The ZEECO® GLSF Min-Emissions burner is an ultra-low emissions round flame burner. The design allows for a compact flame shape which is basically the width of the burner tile making Zeeco’s burners a great choice for applications that require the burners to be mounted close together or far apart while still achieving ultra-low NOx.

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AR/GS HIGH ENERGY IGNITION SYSTEM

Zeeco’s AR/GS HEI System can be installed in new or existing applications and is available in multiple sizes up to 2 MMBtu/hr. Our high energy spark tip is suitable for vessel operating pressures up to 90 psig and can be used in both oxidizing and reducing service. A design-specific flammability chart is supplied with each pilot to ensure field personnel can set the appropriate fuel gas and compressed air ratios, resulting in a consistent and dependable pilot light-off.

English Download | 1.8MB

ZEECO POWER DIVISION PRODUCTS

Zeeco has the most comprehensive line of ultra low NOx burners, low NOx burners, high capacity ignition equipment, duct burners, modeling studies for all boiler and power applications.

HRSG Boiler English Download | 1.4MB

Field Erected Boiler English Download | 1.4MB

Fluid Bed Boiler English Download | 1.4MB

Packaged Boiler English Download | 1.4MB

Utility Boiler English Download | 1.4MB

DEMOUNTABLE FLARE

Designed around accessibility, Zeeco’s Demountable Flare System can easily accommodate your flaring needs. Our demountable flaring system can utilize one flare stack riser as a spare by easily bypassing the flare gas inlet stream when the primary flare stack is out of service. By incorporating multiple flare stack risers to a single structure, the amount of land needed for a large, integrated refinery/chemical plant/production facility is reduced by the system’s capacity to support the flaring needs for as many as 10 separate units or processes.

English Download | 2.3MB

HPAAS FLARE
High-Pressure Air Assist System

Enter the High-Pressure Air Assist System (HPAAS). HPAAS technology is the result of years of intensive research and development into solutions for retrofitting existing pipe flares with smokeless technology that was conducted by the world’s largest oil company, Saudi Aramco. Saudi Aramco has successfully installed and operated this technology on dozens of flare systems in Saudi Arabia, and now the patented HPAAS technology is available to the world market through an agreement between Saudi Aramco and Zeeco, Inc.

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FLARE GAS RECOVERY SYSTEM

Return capital costs, reduce flare events, and recover waste gas for use as fuel. ZEECO® Flare Gas Recovery systems are engineered and designed to do exactly that while extending the life of your flare. Respected worldwide as a leader in flare technology and with the expertise to assess any Flare Gas Recovery (FGR) system requirements, Zeeco will design a system that works with your existing flare to achieve zero flaring.

English Download | 3MB

HSLF FLARE PILOT
HSLF Series

Just ask our customers in the eye of the storm. They’ll tell you the ZEECO® HSLF pilot was the only flare pilot to operate continuously when their facilities were directly hit by Hurricanes Ike and Rita.

You can expect the same level of reliability - in some of the harshest weather conditions on the planet - when you install a ZEECO HSLF pilot.

English Download | 1.8MB

Russian Download | 1.7MB

Spanish Download | 1.7MB

AIR ASSISTED FLARE
AF Series

Our AF series flares utilize a low-pressure blower to inject assist air via our proprietary design, which splits the waste gas stream into several smaller streams at the exit of the flare tip. This increases the contact surface area between the waste gas and the assist air, maximizing mixing and turbulence while minimizing the amount of blower horsepower required to achieve smokeless flaring.

English Download | 1.6MB

Russian Download | 1.8MB

Spanish Download | 1.7MB

LOW NOISE / HIGH EFFICIENCY
STEAM ASSISTED FLARE
HCL Series

The ZEECO® HCL series flare tip provides control of smoke in a flare system through the engineered injection of steam and inspirated air. Zeeco’s unique design moves the steam injection nozzles away from the heat of the flare flame and into a position where a noise shroud can be engineered to muffle the steam injection jet noise.

English Download | 1.8MB

Russian Download | 1.9MB

Spanish Download | 1.9MB

STEAM ASSISTED FLARE
QFS Series

The ZEECO® QFS series flare tip is a proven, affordable technology that utilizes steam injection to suppress smoke in a flare system. The injection of steam inspirates air into the combustion zone and provides turbulence to mix the air with the waste gas for smokeless combustion. The steam also lowers the local combustion temperature, reduces the high-temperature thermal cracking of many hydrocarbons, and eliminates incipient smoke.

English Download | 1.8MB

Russian Download | 1.8MB

Spanish Download | 1.7MB

UTILITY FLARE
UF Series

The ZEECO UF series flare tip assembly utilizes a unique arrangement of proprietary flame stabilization tabs to ensure stable and high-efficiency flaring through the entire design range of flows, from maximum emergency flaring to purge gas flow rates. The flame stabilization tabs create a low-pressure zone at the perimeter of the flare tip gas exit point and work in conjunction with continuous pilots to ensure proper ignition of the waste gas.

English Download | 1MB

Russian Download | 1.8MB

Spanish Download | 1.7MB

VARIJET TIP
VJ Series

Zeeco’s high pressure VariJet™ type flare tip assembly is a carefully engineered product. The flare tip assembly will provide years of reliable and efficient service in very difficult environments. Flare tip assemblies are repeatedly subjected to extreme temperatures, highly oxidizing atmospheres, and extreme wind and rain conditions. A poorly designed flare tip assembly can be plagued by problems in these difficult service conditions.

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Russian Download | 1.7MB

Spanish Download | 1.6MB

MULTI-POINT GROUND FLARE

When highly variable volumes of waste gas must be flared smokelessly but exceed the practical design limits of a single steam assisted or air assisted flare, our Multi- Point Ground Flare may be the perfect solution. ZEECO® Multi-Point Ground Flares are designed and engineered to meet specific process requirements for pressure, flow, radiant heat, noise, and flame visibility control. Whether your plant is near a neighborhood, airport, or environmentally sensitive area such a wildlife habitat, the seasoned team at Zeeco will assess, design, model, engineer, produce, and install a low-profile Multi-Point Ground Flare system that protects your plant, employees, reputation, and the environment.

English Download | 2.2MB

Russian Download | 2.1MB

BIOGAS ENCLOSED FLARE

Zeeco’s Biogas Enclosed Flare System incorporates the latest features and available options for your flaring needs. Our enclosed flare system includes the best available control technology (BACT) to ensure optimal performance and can handle a wide range of flow rates to meet your application’s needs. With advantages including no visible flame and quiet operation, Zeeco's Biogas Enclosed Flare System is ideal for urban locations.

English Download | 1.9MB

BIOGAS UTILITY FLARE

Zeeco’s Biogas Utility Flare System incorporates the latest features and available options for your landfill flaring needs. Our system is designed to accommodate a wide range of flow rates while achieving a high turndown ratio. Zeeco’s proprietary flare pilots utilize all-investment casting, rather than welded seam fabrication to maximize the pilot’s operating life and to ensure optimal performance. Stainless steel constructed flare tips incorporate an integral flame holder to ensure flame stability, even in high wind conditions.

English Download | 1.9MB

WELLHEAD FLARE SYSTEM
Enclosed Flame Series

With unparalleled experience in complex flaring applications, Zeeco developed the Enclosed Wellhead Flare System. Our simple and low maintenance system provides smokeless, high efficiency combustion without field operator attendance or adjustment requirements.

English Download | 2MB

MJ WELLHEAD FLARE SYSTEM
Open Flame Series

With unparalleled worldwide experience in complex flaring applications, Zeeco developed the MJ Wellhead Flare System that provides smokeless, high efficiency combustion without field operator attendance or adjustment requirements. Achieve Volatile Organic Compound (VOC) destruction efficiencies in excess of 98% with our proprietary production flare system.

English Download | 1.9MB

RENTAL FLARE SYSTEMS
Production/Well Testing Series

Designed for wellhead and tank battery applications, Zeeco’s Rental Flares are reliable smokeless flaring solutions for your production needs. Our equipment can meet and exceed your most stringent requirements while achieving a 98% Volatile Organic Compound (VOC) destruction efficiency.

English Download | 1.8MB

ENCLOSED GROUND FLARE

Enclosed smokeless flaring of waste gases in populated, tightly controlled, or small footprint plants calls for our proven ZEECO® Enclosed Ground Flare. Designed and staged to fully utilize the available pressure in the waste stream, our enclosed ground flare operates smokelessly without steam, even when flaring hydrocarbon gases as heavy as butadiene.

English Download | 2MB

SULFUR RECOVERY UNIT
Combustion Equipment

The Sulfur Recovery Unit (SRU) is often referred to as the Claus Process. This process recovers elemental sulfur from petroleum and natural gas refining processes and reduces the hazardous sulfur emissions to limits permitted by national and local air quality requirements. Zeeco supplies all of the combustion equipment used in the Claus process, including high intensity style burners, reaction furnaces, inline heaters/reducing gas generators, tail gas incinerators, and waste heat boilers.

English Download | 2.7MB

SULFUR RECOVERY UNIT
Thermal Oxidizer

Thermally treating waste matter is a primary method for disposing hazardous and non-hazardous materials worldwide—it’s safe and effective. Zeeco offers a complete line of vapor and liquid incinerators (also known as thermal oxidizers) to dispose of waste streams such as tail gas, acid gas, chlorinated hydrocarbons, and other waste gases and liquids. In addition, multiple waste heat recovery options can make incineration an economical and energy efficient waste disposal process.

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Spanish Download | 2.1MB

DOWNFIRED SALT THERMAL OXIDIZER

As the global authority in thermal oxidizer solutions, Zeeco is the company to trust for Downfired Salt Thermal Oxidation Systems. Our engineers have decades of experience in designing these systems for petrochemical plants around the globe, helping our clients to destroy salt based wastes efficiently and effectively. Zeeco’s highly experienced engineering group goes above and beyond client expectations with each and every Downfired Salt system.

English Download | 1 MB

GAS PROCESSING APPLICATIONS
Thermal Oxidizers

Zeeco is a world leader in thermal oxidizer solutions. For decades, our engineers have customdesigned thermal oxidizers for gas processing facilities, petrochemical plants, petroleum refineries, carbon fiber manufacturers, and electronics companies. Zeeco can supply a thermal oxidizer for any gas plant application, including amine treater acid gas, glycol dehydration (BTEX) off gas, and sulfur recovery unit (SRU) tail gas.

English Download | 2.3 MB

NITROGEN BEARING WASTE
Thermal Oxidizers

Zeeco is the world leader in ultra low-NOx combustion solutions. For decades, our engineers have custom designed Nitrogen Bearing Waste Thermal Oxidizers for petrochemical plants, petroleum refineries, carbon fiber manufacturers, and electronics companies. At this very moment, our combustion systems are eliminating hazardous waste and minimizing environmental emissions in all corners of the globe.

English Download | 1 MB

CONTROL SYSTEMS:
Burner Management Systems

Zeeco has manufactured reliable, technically advanced control systems for the combustion industry for 30 years. We utilize a wide variety of industry-standard components to meet customer specifications from around the world, including PLC’s, HMI’s, complex relay logic, transmitters for all measurements and many more optional instruments.

English Download | 1.5MB

CARBON MONOXIDE (CO) BOILER THERMAL OXIDIZER

As a worldwide leader in thermal oxidizer solutions, ZEECO® is the company to trust for your CO Boiler application. Our engineers have decades of experience in designing these systems for petroleum refineries around the globe. We are a supplier of CO Boilers for all of the world’s major Fluidized Catalytic Cracking Unit (FCCU) process licensors.

English Download | 1.9MB

HALOGENATED HYDROCARBON THERMAL OXIDIZER

Halogen-based wastes are an unavoidable reality of the petrochemical and plastics industries. You want them to be treated and eliminated efficiently and effectively as possible. As a global authority in thermal oxidizer and incineration solutions, Zeeco is uniquely positioned to help you destroy halogenated hydrocarbons—quickly, smoothly and cost-effectively.

English Download | 1 MB

DIRECT FIRED AIR HEATER

Zeeco’s experienced engineering team goes the extra mile with each and every Direct Fired Air Heater. Our Combustion Research and Test Facility was the first in the world to become ISO 9001-2000 certified, and our staff strives to stay ahead of rapidly changing emission requirements. With 15 full-scale combustion test furnaces, Zeeco is capable of testing a wide variety of combustion systems under simulated field conditions.

English Download | 1 MB

Spanish Download | 1.6 MB

AR/GS HIGH ENERGY IGNITION SYSTEM

Zeeco’s AR/GS HEI System can be installed in new or existing applications and is available in multiple sizes up to 2 MMBtu/hr. Our high energy spark tip is suitable for vessel operating pressures up to 90 psig and can be used in both oxidizing and reducing service. A design-specific flammability chart is supplied with each pilot to ensure field personnel can set the appropriate fuel gas and compressed air ratios, resulting in a consistent and dependable pilot light-off.

English Download | 1.8MB

HSLF FLARE PILOT
HSLF Series

Just ask our customers in the eye of the storm. They’ll tell you the ZEECO® HSLF pilot was the only flare pilot to operate continuously when their facilities were directly hit by Hurricanes Ike and Rita.

You can expect the same level of reliability - in some of the harshest weather conditions on the planet - when you install a ZEECO HSLF pilot.

English Download | 1.8MB

REDESIGNED CO-AXIAL CBB OIL GUN

The Zeeco redesigned Oil Gun Insert now allows for easier installation and maintenance which means a quicker turnaround to get your burner back in operation.

English Download | 3.9MB

GREATER THAN THE SUM OF OUR PARTS
Aftermarket Products, Services, and Training

Zeeco is a world leader in aftermarket combustion products. We offer replacement components for our own superlative equipment, as well as competitors’ parts, all at extremely economical prices.

English Download | 3.3MB

COMBUSTION RENTALS
Rental Series

Whether you have a full-scale emergency or a simple maintenance need, renting combustion equipment can be frustrating. With Zeeco, it doesn’t have to be. By concentrating on what we do best, Zeeco has grown into a worldwide leader in combustion solutions.

English Download | 1MB

Spanish Download | 1.7MB

RENTAL FLARE SYSTEMS
Production/Well Testing Series

Designed for wellhead and tank battery applications, Zeeco’s Rental Flares are reliable smokeless flaring solutions for your production needs. Our equipment can meet and exceed your most stringent requirements while achieving a 98% Volatile Organic Compound (VOC) destruction efficiency.

English Download | 1.8MB

2012 International Flame Research
Foundation (IFRF) / American Flame Research Committee (AFRC)

Achieving Ultra-Low NOx Emissions without EFGR in Burner Retrofit Applications

Rex K. Isaacs, Director of Burner Products, Zeeco

Vance T. Varner, Heat Transfer Expertise Area Leader, Dow Chemical Company

Liesl Lewis, Manufacturing Representative, Dow Chemical Company

Scott Bartlebaugh, Process Engineer, Dow Chemical Company

English Download | 240 KB

2012 European Ethylene Producers Committee (EEPC) Ethylene Seminar

October 24-26, 2012

Flame Interaction and Rollover Solutions in Ethylene Cracking Furnaces

Rex K. Isaacs, Director of Burner Products, Zeeco

English Download | 250 KB

Next Generation Low NOx
Boiler Burner Retrofits—
Field Performance and Considerations

American Flame Research Committee (AFRC)
International Combustion Symposium
Sept 18-21, 2011

English Download | 295 KB

Low Emission - Low Maintenance
Burner Design

NPRA Reliability & Maintenance Conference
& Exhibition

May 24-27, 2005

English Download | 650 KB

ZEECO BURNER DIVISION
Low NOx Duct Burners
DB Series

This document describes Zeeco’s approach to designing the ZEECO® DB Series Low NOx burner to exceed environmental standards.

English Download | 885 KB

ZEECO BURNER DIVISION
Enhanced Jet Flat Flame Burners
GLSF Series

Zeeco® offers the proven GLSF Enhanced Jet Flat Flame technology for ethylene cracking, coking, reforming and process heater-type applications that require a flat flame profile and low emissions.

English Download | 848 KB

ZEECO BURNER DIVISION
Low NOx Duct Burners
DB Series

The DB series addresses many of the problems normally associated with duct burner type applications. Zeeco uses a “zone analysis type approach” to determine the duct burner inlet conditions in different sections of grid layout.

English Download | 820 KB

ZEECO BURNER DIVISION
Air Heater Thermal and Flow Profile Analysis

This report outlines the thermal analysis and airflow distribution model as part of an air heater package produced by Zeeco.

English Download | 486 KB

2013 Jubail Gas Flaring Reduction Conference

February 19-20, 2013

Smokeless Air Assist and Flare Gas Recovery Technology for Continuous Flare Management

Scot Smith, Flare Division Director, Zeeco

Nigel Palfreeman, Managing Director, Zeeco Europe Ltd.

Mazen Mashour, Project Engineer PMT, Saudi Aramco

Greg Seefeldt, Senior Flare Applications Engineer, Zeeco

English Download | 2.4 MB

2012 AIChE Annual Spring Meeting

April 2-5, 2012

Flare System Inspections for Olefins Facilities

James Cleavinger, Fixed Equipment Technical Group Leader, Flint Hills Resources Keith Wade, North American Ethylene Market Manager, Zeeco

English Download | 31 KB

High Pressure Air Assist System and Flare Gas Recovery Technology for Continuous Flare Management

This paper will discuss several different methods for reducing and/or mitigating the impact of continuous flaring as part of a Flare Impact Mitigation Plan (FIMP).

Presented by Nigel Philpott,
    Flare Manager, Zeeco Europe Ltd.
2012 Flare Management and Reduction Summit

English Download | 870 KB

Acceptable Operating Parameters
for Steam Assisted Flares at Purge Rates

Flare vendors recommend that cooling steam should always be supplied to the steam injection equipment on steam assisted flare tips. However, the nomenclature of “cooling steam” properly describes only one aspect of this steam flow...

English Download | 1 MB

High Pressure Air Assist System
(HPAAS)

Presented at the American Flame Research Committee
2010 Pacific Rim Combustion Symposium

Maui, Hawaii – September 26-29, 2010

English Download | 1.2 MB

High Pressure Air Assist System
(HPAAS)

Presented at the International Flame Research Foundation

June 8-10, 2009

English Download | 488 KB

Zero Ammonia Emissions Project
“NH3-CO2-H2O Mixture Flaring to Reduce Emissions”

by Scot Smith
Zeeco Inc.
and
S. Raghunathan
PIC

January, 2008

English Download | 725 KB

Evaluation of the Air-Demand, Flame Height, and Radiation from low-profile flare tips using ISIS-3D

Presented at the American – Japanese Flame Research Committees International Symposium
Marriott Waikoloa, Hawaii - Oct. 22 –24, 2007

English Download | 1.2 MB

Environmental Testing of an Advanced Flare Tip for a Low-Profile Flare Burning Ethylene

American-Japanese Flame Research Committee
Joint International Symposium Advances in
CombustionTechnology: Improving the Environment and Energy Efficiency

Marriott Waikoloa, Hawaii October 22-24, 2007

English Download | 490 KB

Estimation of the Air-Demand, Flame Height, and Radiation Load from Low-Profile Flare using ISIS-3D

Presentation

American – Japanese Flame Research Committees International Symposium Advances in Combustion
Technology: Improving the Environment and Energy Efficiency

Marriott Waikoloa, Hawaii, Oct. 22-24, 2007

English Download | 2.3 MB

Opportunity NOx

Reprinted from February 2012, Hydrocarbon Engineering

Kirk Wesselowski, Zeeco, USA, shows how to achieve ultra low NOx emissions in thermal oxidisers for gas processing.

English Download | 728 KB

CFD Modeling Ensures Safe and Environmentally Friendly Performance in Shell Claus Off-Gas Treating (SCOT) Unit

Presented at the American Flame Research Committee

Autumn, 2004

English Download | 404 KB

Burner Data Sheet

English Download | Microsoft Excel (.xls) Format | 360 KB

Boiler Burner Data Sheet

English Download | Microsoft Excel (.xls) Format | 679 KB

Flares Data Sheet

English Download | PDF Format | 2.1 MB

Flare Gas Recovery Data Sheet

English Download | Microsoft Excel (.xls) Format | 232 KB

Incinerators & Thermal Oxidizers Inquiry Data Sheet

English Download | Microsoft Word (.doc) Format | 424 KB

Aftermarket Products and Services Inquiry Data Sheet

Online Form

Understanding the Latest EPA Flaring Regulations

Presented by Blake Leary
Regional Sales Manager, Zeeco
Oklahoma Marginal Well Commission
Tulsa, OK
March 28, 2013

English Download | Acrobat™ PDF (.pdf) Format
2.9 MB

High Pressure Air Assist System and Flare Gas Recovery Technology for Continuous Flare Management

Presented by Trevor Leagas
Director of Flare Gas Recovery Systems, Zeeco Europe Ltd. 2013 Jubail Gas Flaring Reduction Conference
February 19-20, 2013

English Download | Acrobat™ PDF (.pdf) Format
3.8 MB

Efficient Flare System Designs in a New Regulatory Environment

Presented by Scott D. Reed
Vice President, Zeeco
2013 LBTF Conference
Austin, TX
February 19-21, 2013

English Download | Acrobat™ PDF (.pdf) Format
1.5 MB

Achieving Ultra-Low NOx Emissions in Boiler Burner Retrofits

Presented by Bill Gurski
Director of Power Sales
Zeeco Connecticut
Power-Gen International 2012
December 11-13, 2012

English Download | Acrobat™ PDF (.pdf) Format
1.3 MB

New Technology: Saudi Aramco High Pressure Air Assist System (HPAAS) for Upgrading Existing Flares to Smokeless Combustion

Presented by Nigel Philpott,
Flare Manager, Zeeco Europe Ltd.

2012 Flare Management and Reduction Summit

October 14-17, 2012
Abu Dhabi, UAE

English Download | Acrobat™ PDF (.pdf) Format
2.6 MB

Flame Interaction and Rollover Solutions in Ethylene Cracking Furnaces

2012 European Ethylene Producers Conference (EEPC)

October 24-26, 2012
Barcelona, Spain

Presented By: Patrick Riley, Applications Engineer,
Zeeco Europe, Ltd.

English Download | Acrobat™ PDF (.pdf) Format
560 KB

Best Practices for Using Flares to Meet Proposed EPA Emissions Regulations for Hydraulically Fractured Natural Gas or Oil Wells

SPE Annual Technical Conference and Exhibition
8-10 October 2012
Henry B. Gonzalez Convention Center
San Antonio, Texas, USA

Presented by
Scott D. Reed, Vice President, Zeeco

English Download | Acrobat™ PDF (.pdf) Format
1.5 MB

Achieving Ultra-Low NOx Emissions Without EFGR In Burner Retrofit Applications

Presented at International Flame Research Foundation
Chateau de Maffliers, France - June 11-13, 2012

English Download | Acrobat™ PDF (.pdf) Format | 1.4 MB

Next Generation Low NOx Boiler
Burner Presentation

2011 AFRC International
Combustion Symposium
Houston, TX
September 18-21, 2011

Presented by
Scott D. Reed
Zeeco Vice President Houston Office

English Download | Acrobat™ PDF (.pdf) Format
3.75 MB

2011 AFRC Industrial Flares Colloquium
Houston, TX
September 18-21, 2011

Presented by
Tom Farmer
Zeeco Flare Applications Engineer

English Download | Acrobat™ PDF (.pdf) Format | 3 MB

Estimation of the Air-Demand, Flame Height, and Radiation Load
from Low-Profile Flare using ISIS-3D

Presented by
J.D. Smith, Ph.D. and A. Suo-Ahttila, Ph.D., Alion Science and Technology, Owasso, Oklahoma, USA and S. Smith and J. Modi Zeeco Inc., Broken Arrow, Oklahoma, USA

Waikoloa, Hawaii - Oct. 22-24, 2007

English Download | Acrobat™ PDF (.pdf) Format | 2.3 MB