Vendor

John Zink Hamworthy Combustion
(A division of KOCH Industries)
11920 E Apache
Tulsa, Oklahoma, USA
www.johnzink.com

Solution Champion

Flares and Burner Systems

Every day in virtually every nation on earth, John Zink Company's branded combustion products and technologies are put to the test in the most demanding industries. And every day, their engineers combine practical problem solving with innovative discoveries to produce next-generation clean-air equipment, for global clients who are challenged to increase capacity safely and efficiently while meeting stringent environmental performance standards. 

The same world-class resources and exclusive advantages that make John Zink Company an industry leader are behind every JZ®, TODD® and Kaldair® branded product, part, service and support. From research and development through manufacturing to field installation, their team of experts ensures that advanced, clean-burning solutions serve a host of global industries. John Zink delivers comprehensive solutions that target real economic improvement within their customers’ processes. Their scientists, engineers and designers work together to address more than just the immediate need. They develop solutions that affect the entire facility - from optimizing equipment to improving the bottom line. 

Through their core strengths – Value Creation, Expertise, Innovation and Operational Excellence, John Zink delivers a new era of technology vision enabling their customers to increase output and improve efficiency while preserving the environment.

 

RESEARCH AND DEVELOPMENT FOR THE NEXT GENERATION

John Zink Company's International Research and Development Test Center, located at their world headquarters in Tulsa, Okla., is the largest and most comprehensive of its kind in the world. Here, exciting advancements in combustion technology are created, explored and exhaustively tested in real-world simulations.

The Research and Development group brings diverse specializations to the discovery of the practical aspects of combustion, including Computational Fluid Dynamics (CFD), chemical kinetics, spray atomization, combustion diagnostics, heat transfer, furnace operation, and burner, flare and thermal oxidizer design and operation.

With an impressive assembly of engineers and scientists, their capabilities are among the most extensive in the world. They invest heavily in state-of-the-art equipment and instrumentation to better understand the performance of their systems and to develop the next generation of combustion technology.

Their Test Facility has become the preferred venue for end-users worldwide and keeps them at the forefront of technological innovation. Using the many configurations of test furnaces, boiler systems, flare firing structures and extensive utility supplies, Zink tests equipment under actual and simulated, industrial-scale conditions to demonstrate system performance and to collect data that reflects real-life operation. 

Connect to JZ’s e-library weblink below to access articles, brochures, case studies, presentations, press releases, spec sheets, technical papers: www.johnzink.com/elibrary

Connect to JZ’s newsletter (E-Missions Report Quarterly e-Newsletter) weblink here for combustion news and clean-air breakthrough articles based in your industrial sector:  www.johnzink.com/newsletter/index.asp

 

Catalog

  • Clean, economical flaring and extra-long tip life for operations that require smokeless, low-pressure flares. Ideal for applications where steam is unavailable as a smoke suppressant. Ultra-efficient design reduces smoke formation and flame …
  • Next-generation technology – todayJohn Zink Company Applies the coanda effect to its KALDAIR® flare systems for a whole new dimension in ultra-clean, ultra-efficient flaring and outstanding performance. The coanda effect is a gas-adhesion …
  • CFD modeling results in significant reduction in furnace downtime and operating costs computational Fluid Dynamics (CFD) modeling provides valuable three-dimensional insight into the combustion process, heat transfer, furnace-flow problems and …
  • The John Zink Coolstar series burner is a round-flame, gas-only burner and can be installed vertically up-fired or horizontally depending on the application. The coolstar burner is ideal for retrofit applications due to its small size. …
  • Round/combination The deepstar burner uses clean-burning combination oil-and-gas fuel technology. The deepstar combination round-flame oil and gas burner provides maximum nox control. The deep regeneration tile provides superior flame …
  • Round Burner The JZ® DSMR Burner is a dual fuel, down-fired, round-flame, ultra-low emission burner designed for down-fired reformer applications. The DSMR Burner can be used in either natural (induced) draft or forced draft (ambient or air …
  • Zero-smoke, flame and radiation Renowned technology virtually eliminates noise, smoke, radiation and glare while delivering outstanding tip lifeUses a high-efficiency fin plate burner to control emissions and an innovative fluidic wind fence for …
  • John Zink Company understands that a single flare failure can bring your operations to a sudden, expensive halt. Their energy-efficient flare pilots, proven control systems and state-of-the-art pilot monitors watchdog your flare system to ensure …
  • REDUCE. RECOVER. REUSE.John Zink Company Offers flare gas recovery units to recover valuable flare gas for use as fuel or feedstock. John Zink® Flare gas recovery units are a smart solution to reduce combustion emissions, such as nox, co and co2, …
  • Radiant Wall Burner The new FPMR Burner series utilizes the COOLFLAME™strategy of segregated injectin of air and fuel gases to reduce peak flame temperatures The quasi-flameless design provides an evenly distributed heat flux across the …
  • Proven performance, smokeless combustion, long tip life John zink offers a wide portfolio of outstanding gas-assisted flares that deliver safe, economical, clean combustion. The JZ® RIM-FIRE®, HALO II®, G and KEC, and the KALDAIR® …
  • The LRGO Multi-point flare system uses the energy in flared gas to achieve clean, economical combustion in high-pressure applications without steam or gas assist. The LRGO flare is proven to operate in excess of 10 years with minimal maintenance. …
  • High-performance, low-radiation, long tip lifeUnlimited turndown with low energy consumption pilotsCost-effective, environmentally superior solutionsPrincipal applications: oil and gas production, gas compression, chemical processing, pipeline …
  • Round Flame Hearth BurnerThe patented LSV Burner Technology, Licensed from air products and chemicals, inc. By john zink for steam methane reforming applications, is designed with a proprietary fluidic flame stabilizer and fuel injectors. The …
  • Portable design, flexible, easy to deployJohn Zink company pioneered the logical alternative to remote oil disposal with its portable JZ® OWB and DRAGON™ and KALDAIR® CONDAIR™ liquid flare systems. John Zink's liquid flares …
  • The SFFR Burner takes the next step in stage fuel combustion utilizing an internal, controlled flue gas recirculation system that intimately mixes the primary fuel with inducted flue gas. This process is separated from the combustion air source, …
  • Radiant Wall Burner The LPMW Burner is a lean premix, radiant-wall burner for ethylene cracking and reformer furnaces. Building on the successful design of the PMS burner series, the LPMW Burner utilizes technology that allows for 100% of the …
  • Radiant Wall BurnerThe LPMW Burner is a lean premix radiant-wall burner for ethylene cracking and reformer furnaces. Building on the successful design of the pms series of burners, the lpmw burner utilizes technology that allows for 100% of the …
  • Specifically, John Zink Company uses Coolflow™ Modeling to analyze and simulate airflow and combustion reactions in a burner system. Coolflow™ Modeling determines the best windbox and burner configurations for minimizing start-up time …
  • Radiant Wall BurnerThe PMS Burner is a premix radiant-wall burner utilized in ethylene and reforming applications The PMS Burner uses proven technology designed specifically to provide a radial flame that lies flat against the fired wall of a …
  • The SFFR Burner takes the next step in stage fuel combustion utilizing an internal, controlled flue gas recirculation system that intimately mixes the primary fuel with inducted flue gas. This process is separated from the combustion air source, …
  • Round Flame Hearth Burner The SMR burner is a round-flame burner specifically designed for ethylene applications. The SMR burner is ideal for applications requiring a round flame and utilizes deep fuel staging to entrain flue gases and lower …
  • Smokeless flaring, outstanding efficiency, ultra-low noiseJohn Zink Company's High-performance steam-assisted flares exemplify the best technology available for smokeless burning and maximum energy efficiency. The innovative design of the JZ® …
  • Reliable, rugged construction, long tip lifeLarge selection of utility flares for applications that don’t require smokeless burning or where smokeless combustion can be accomplished without external assist Principal applications: oil and gas …
  • With more than 1,500 vapor recovery and combustion systems in service, John Zink Company provides petroleum and chemical terminals around the world with a safe, effective method to contain emissions. Typical emission sources include storage tank …
  • The XMR Burner can be employed as either a freestanding or wall-fired flame, and can be mounted through the floor or wall of a furnace depending on the furnace application requirements. Flat The XMR Flat-flame Burner Utilizes deep fuel staging …