Flare Systems
John Zink leverages decades of research and development to deliver the world’s most advanced flaring systems that provide unmatched safety, reliability and efficiency.
Process Flares
Our long-lasting flares use a range of innovative techniques to optimize air-to-gas mixing and eliminate steam-energy costs. These innovative designs are used to optimize flaring performance from small, simple applications to large, complex designs and everything in between.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
Landfill & Biogas Flares
John Zink provides advanced flare systems for the biogas industry, offering superior performance and reliability. With experience dating back to the 1970s, these systems are designed to meet stringent environmental regulations and optimize biogas operations. Key features include high destruction efficiencies, robust designs, and minimized maintenance.
ZTOF® Enclosed Flares
The field-proven solution for landfill, biogas and RNG operations. Designed to deliver unmatched reliability, superior performance, and seamless integration, even in the most demanding applications.
ZULE® (Zink Ultra-Low Emissions) Biogas Flare
The ZULE® Ultra-Low Emissions Flare provides advanced combustion technology to achieve ultra-low NOx emissions, ensuring environmental compliance for landfill and biogas applications.
ZEF™ Elevated Flare
The ZEF™ Elevated Flare provides a cost-effective solution for the destruction of biogas, ensuring environmental compliance with high operational efficiency.
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.