Refining
John Zink is a global leader in combustion and emission control, with a strong presence in the refining market. Our extensive portfolio includes advanced process burners, flares, and vapor control systems designed to enhance operational efficiency, safety, and environmental compliance for refining operations.
Leveraging Cutting-Edge CFD for Refining
John Zink has cemented its position as a cornerstone in the refining industry, offering a comprehensive range of combustion and emissions control solutions. This product lineup, which includes the likes of Coolstar®, LPMW™, and Walfire™ burners, is the result of leveraging cutting-edge computational fluid dynamics (CFD) and applied technology to meet the unique needs of refineries. With a focus on maximizing throughput and reducing emissions, our seasoned process engineers and unmatched technical expertise make John Zink a preferred partner in driving operational efficiency and reliability.
Additional Offerings
Refining Market
COOLstar® Burner
The COOLstar® Burner from John Zink is designed for ultra-low NOx gas firing applications and delivers stable flames and NOx emissions as low as 15 ppm.
NOxSTAR™ Vapor Combustion System
Our NOxSTAR™ Vapor Combustion System combines proven burner technology with emissions control of less than 0.02 lbs NOx/MMBtu, so you can meet emissions regulations and get the performance you need without sacrificing reliability.
ECOjet® Edge Ultra-Low NOx Burner
The ECOjet® Edge burner delivers ultra-low NOx emissions and high efficiency with advanced staged fuel injection, suitable for both oil and gas applications in package boilers.
Vapor Blower Units (VBUs)
Our vapor blower units (VBUs) are designed to effectively transfer VOCs and enhance operational safety by reducing the risk of vapor-related incidents.
LN-SFR™
The John Zink LN-SFR™ burner is an advanced gas-fired, round flame, low NOx process burner that incorporates cutting-edge technology to achieve reduced emissions and high-efficiency performance.
InSite™
John Zink’s InSite™ provides real-time monitoring and optimization for equipment performance, reducing downtime and operational costs through remote notifications and data access.
Divided Flow (DFL™) Low-Emission Burner
The DFL™ Low-Emission Burner offers efficient and low-emission combustion solutions for industrial boilers with low excess air operation, adjustable flame shaping, and fuel flexibility.
Vapor Vacuum Control System (VAVACS)
The John Zink VAVACS™ eliminates fugitive emissions during loading for trucks, tanks, and railcars, ensuring compliance and efficiency. Integrating seamlessly with our vapor recovery and combustion units, it delivers near-zero emissions and reliable performance.
T-Fired (Tangentially Fired) Burners
John Zink's T-Fired Burners offer high-efficiency, low-emission combustion solutions for tangentially-fired boilers, featuring dual-fuel capabilities and advanced design for reliable performance.
Chlorinated/Fluorinated Hydrocarbon Thermal Oxidizer Systems
John Zink's Chlorinated/Fluorinated Hydrocarbon Thermal Oxidizer Systems ensure efficient destruction of chlorinated hydrocarbons, providing complete combustion while meeting stringent environmental standards.
Vapor Combustion Units (VCUs)
Our Vapor Combustion Units (VCUs) have been field-proven in numerous applications and can achieve VOC destruction efficiencies greater than 99.99%, resulting in hydrocarbon emissions less than 10 mg/L.
Pressure Assisted Flare
John Zink’s pressure-assisted flares are engineered to deliver the highest smokeless capacities and the lowest radiation levels among pressure-assisted flare designs. The Kaldair® Indair and Kaldair® Multipoint Indair™ (KMI™) flare systems stand out for their ability to operate smokeless at almost all waste gas flow rates without the need for assist steam or air. All John Zink’s pressure-assisted tips (Indair, KMI, Hydra, Poseidon, KSP) use proprietary high-pressure burner technology to produce stable and smokeless combustion with a high destruction efficiency. These flare tips produce stiff, low emissivity flames that minimize thermal radiation resulting in lower boom lengths and stack heights.
Fin Plate Burner for Enclosed Ground Flares
The fin plate burner is a cutting-edge solution designed for enclosed ground fares, offering efficient and smokeless combustion without the need for assist media such as air or steam. This innovative burner operates effectively even at low operating pressures, making it a versatile choice for emission control.The John Zink fin plate burner is proven to perform in applications ranging from cryogenic LNG to olefins production.
QLN® Low NOx Burners
John Zink’s QLN® burner delivers low NOx emissions for once-through steam generators (OTSGs) and heaters while maintaining high efficiency and reliability, with advanced fuel staging and internal flue gas recirculation (FGR).
Crude Oil Vapor Recovery System
Our Crude Oil Vapor Recovery System is designed to cost-effectively recover vapors from crude and other light semi-refined products while reducing emissions and eliminating NOx.
Vapor Recovery Units (VRUs)
Our Carbon Adsorption Vapor Recovery Units safely prevent harmful VOCs from reaching the atmosphere, are highly adaptable for a variety of applications, and can be customized to your specific system.
HAWAstar™ Burner
The HAWAstar™ Burner is a high-efficiency, low NOx emission burner specifically engineered for natural draft and forced draft applications, offering an adaptable solution for a wide range of industrial heating needs.
High Intensity (HI) Burner
The John Zink High Intensity (HI) Burner, known for its high intensity mixing and flame stabilization capabilities, is a versatile forced draft combination burner that can fire both gas and/or liquid fuel. It is designed to handle multiple liquid guns, allowing for simultaneous firing of liquid fuel and waste
LRGO™ Multi-Point Ground Flare
Our LRGO™ Multi-Point Ground Flare offers exceptional reliability, an extended lifespan, smokeless performance, and industry-leading flow rates, making it a superior choice for industrial flare systems.
SOLEX™ Burner
Our SOLEX™ Burner is designed with two combustion zones to deliver ultra-low emissions and high efficiency, including single-digit NOx emissions and near-zero CO emissions at startup.
Selective Catalytic Reduction (SCR) Systems
Our expertise in combustion systems makes us the ideal choice for integrating the burner and post combustion emission controls. Our SCR systems are designed to deliver up to 95% post-combustion NOx reduction and offer multiple ammonia solutions (Aqueous, Anhydrous, Urea, etc.). CO or VOC catalyst are also available for the lowest emissions out the stack.
Rapid Mix Burner (RMB™)
The Rapid Mix Burner (RMB™) by John Zink delivers ultra-low NOx emissions with advanced mixing technology, offering a cost-effective solution for thermal oxidizers and incinerators.
Steamizer® XP™ Steam-Assisted Flare
The Steamizer® XP™ Steam-Assisted Flare ensures superior combustion efficiency, smokeless operation, and reduced emissions, making it ideal for industrial flare applications.
Dynaswirl-LN™ Burner
The Dynaswirl-LN™ low-NOx utility boiler burner offers high-efficiency, low-emission combustion for industrial boilers and is capable of simultaneous gas and oil firing, offering reliable performance and compliance with stringent environmental standards.
Regenerative Thermal Oxidizer (RTO)
The regenerative thermal oxidizer (RTO) from John Zink offers efficient emission control and superior heat recovery.
NOxIDIZER® Thermal Oxidizer System
John Zink's NOxIDIZER® Thermal Oxidizer Systems ensure advanced NOx control, high efficiency, and long-term reliability, meeting stringent emission standards and supporting continuous plant operations.
Variflame™
John Zink's Variflame™ burner provides flexible, low-NOx combustion solutions for a variety of industrial applications and is ideal for steam raising and waste gas incineration.
CPF™ Low NOx Burner
The CPF™ Low NOx Burner delivers efficient, low-emission combustion for industrial applications with fuel flexibility, low stack particulate emission, and adjustable flame shaping.
LHTS™ Air-Assisted Flare
The LHTS™ air-assisted flare burner is designed for low-cost smokeless combustion of moderate to high waste gas flow rates. The LHTS system is commonly used in cold climates where steam assisted flare burners may freeze. It is most commonly selected by compressor stations, cryogenic gas processing plants, fractionation plants, and other applications where steam is not the preferred smokeless assist medium.
Recuperative Thermal Oxidizer
The recuperative thermal oxidizer from John Zink offers advanced emission control and energy efficiency through its integrated heat recovery system, making it an ideal solution for various industrial applications.
Engineered-to-Order Thermal Oxidizer Systems
Our engineered-to-order thermal oxidizer systems deliver tailored solutions for efficient and compliant hazardous waste disposal.
Azdair™ Air-Assisted Flare System
The Azdair™ Air-Assisted Flare System by John Zink offers advanced air-assisted technology for smokeless operation and high efficiency in a wide range of industrial flare applications.
Utility Flares
John Zink's utility flares are unassisted flare tips designed for the efficient combustion of hydrocarbons. Known for their simplicity and effectiveness, these flares are commonly used where smokeless operation is either inherent or not a primary concern.
Duct Burner
We offer advanced duct burner systems designed for optimal performance and low emissions in cogeneration and industrial applications. Our solutions, backed by cutting-edge CFD modeling and robust support services, ensure efficient and reliable operations while meeting stringent environmental standards.
Demountable Flare Structure
John Zink's demountable flare structure offers flexibility, ease of maintenance, and efficient performance, making it the ideal solution for a variety of industrial flare applications.
Selective Non-Catalytic Reduction (SNCR)
John Zink's Selective Non-Catalytic Reduction (SNCR) system offers effective NOx reduction for industrial applications, providing an efficient, reliable, and low-maintenance solution to meet stringent emissions regulations.
Tail Gas Incinerator
John Zink's generation of tail gas thermal oxidizers offer groundbreaking efficiency and environmental compliance, reducing fuel costs and emissions.
WindPROOF+
WindPROOFTM+: Advanced flare pilot technology with enhanced hydrogen tolerance, improved rain and wind resistance, and simplified manufacturing for better reliability and cost efficiency.
Kaldair® Multipoint Indair™ (KMI™) Flare System
The Kaldair® Multipoint Indair™ (KMI™) Flare System by John Zink offers advanced multipoint technology and unlimited turndown with low energy consumption pilots for smokeless operation and high efficiency in industrial flare applications.
DEEPstar™ Burner
The DEEPstar™ MK II burner is a state-of-the-art dual-firing oil and gas combination burner, designed for precise and efficient heat regulation in industrial settings, offering optimal combustion with decreased emissions and improved energy efficiency.
TriLo™ Technology
Revolutionize your operations with TriLo™ Technology, the cutting-edge solution for reducing fuel costs and emissions in tail gas thermal oxidizers.
ProLine™ In-Line Duct Burner
The ProLine™ In-Line Duct Burner offers high-efficiency, low-emission combustion solutions for various industrial applications, enhancing operational performance and reducing environmental impact.
SMART™ Air-Assisted Flare
The SMART™ flare is an economical design that utilizes an air tube delivery system similar to that used with steam/air tubes in steam-assisted flare tips. It is ideal for applications requiring moderate to high smokeless flow rates and is capable of burning without smoke.
Partner With John Zink
With nearly a century of leadership in combustion and emission control, we are committed to being your trusted partner. Collaborate with John Zink for reliable solutions backed by expert service and support.