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Downstream
	Refining & Petrochemical Flares: Smokeless, Safe, Economical Solutions John Zink Company engineers the world's most advanced flaring systems to help refineries, petrochemical and chemical plants, distribution facilities and other downstream operations minimize the environmental effects of flaring - and do it economically.
Upstream
	Production Flares: Smokeless, Energy-Efficient, Low-Radiation SolutionsJohn Zink Company understands the environmental hurdles and economic concerns facing production operations. John Zink's flares set a new standard for clean, economical combustion by minimizing or eliminating smoke, radiation, noise, bright light, and other flaring effects that impact your business. Our flare experts engineer these systems from the operator's point of view, with a focus on safety, ease of operation, and proven performance.
Sonic
	Poseidon Flare System John Zink's proven Hydra^TM flare system has been modified with a proprietary high-pressure water injection technology. The result is the new POSEIDON^® smokeless flare system.
	HYDRA^™Developed for offshore and onshore applications, the John Zink sonic flare tip offers low radiation flaring for savings on boom length or stack height.
Enclosed
	ZTOF: Zink Thermal Oxidizer Flare: Flaring with no visible flame The patented ZTOF encloses the flame in a refractory-lined combustion chamber, effectively eliminating any visible flame. No thermal radiation is emitted, making the ZTOF ideal for use in process areas.
Air
	Air-Assisted Flaring Systems (EEF-LH Series) John Zink air-assisted flares incorporate state-of-the-art burner design for smokeless burning at minimum costs.
Steam
	New Steam-Assisted Flare Brochure John Zink's state-of-the-art flare solutions help our customers operate efficiently while minimizing utility costs.
	Peace of Mind. Guaranteed: Steamizer® Flare Systems During the most extensive steam-assisted flare tests ever performed, John Zink enhanced its understanding of flare dynamics and gained an in-depth technical understanding of the behavior of steam-assisted flare tip performance.
Multipoint
	Multipoint Flaring Systems A Multipoint Flare has a clear advantage over single point flare in air accessibility.
Accessories
	ZEUS Spark-Ignited Flare Pilot The conventional means of lighting elevated flare pilots is by simple flame-front ignition. However, it often takes several minutes to relight a pilot, and it can take even longer if conditions are not ideal. For this reason, John Zink has developed the ZEUS ignition system which has been successfully applied to the well-proven JOHN ZINK‚® model EEP pilot.
	WindPROOF InstaFire Flare Ignition System The industry choice for safe, reliable flare ignition. At John Zink Company, we understand that a single pilot failure can bring your operation to a sudden, expensive halt. That why we designed our InstaFire ignition system to include our patented WindPROOF technology a proven technology so stable it operates even in the most extreme conditions.
	Flare Systems Today thousands of successful installations around the globe are safely disposing of combustible waste fluids for all types of process industries. John Zink's proven design for smokeless flare systems has helped to earn the Company its reputation as the Clean Air People of the hydrocarbon processing industry.
	PilotEye 2000™ The PilotEye 2000^TM from John Zink provides precise flame detection, using an at-grade mounted infrared sensor - revamped with digital logic and communication capabilities.
	Flare System Controls John Zink Company, one of the world's largest manufacturer of flare systems, offers complete flare control packages. John Zink's experience with thousands of flare systems ensures well-designed and proven controls technology.
	Liquid Seals and Knock-Out Drums A properly designed flare system includes at least two special purpose vessels as safety devices. Each has a specific function: the liquid seal protects the flare header from air infiltration; and the knock-out drum collects liquids before they enter the flare system.
	Purge Conservation Systems The safety of the flare system is dependent upon the prevention of air infiltration into the flare. The most effective method for the prevention of air infiltration is the introduction of purge gas. John Zink engineers can provide flare systems and accessories to minimize the purge gas required and ensure the safety of your relief system.
	The Wave of the Future is SoundProof® John Zink® introduces SoundProof®, a patented flare pilot monitor that continuously verifies the pilot flame status. SoundProof is unlike any other in the industry.
	WindPROOF^TM: The Ultimate Flare Pilot Engineered to Withstand the Most Punishing Wind and Rain. John Zink Company blows away all notions of weather-resistant flare pilots with a breakthrough so remarkable we could only call it WindPROOF^TM. View video of WindPROOF in action, available in QuickTime and AVI formats. For 56k Modem Users and slower connections: QuickTime version AVI version For ISDN and faster connections: QuickTime version AVI version
John Zink Research & Development
	Minimize Facility Flaring Published by Hydrocarbon Processing June 2007 Authors: J. Peterson Flint Hills Resources N. Tuttle, H. Cooper and C. Baukal John Zink Company, LLC Flares are safety devices that prevent the release of unburned gases to atmosphere.
	Accurately Predict Radiation From Flare Stacks Published by: Hydrocarbon Processing June 2006 Authors: J. Hong, J. White, and C. Baukal John Zink Company, LLC Accurately predict radiation from flare stacks. Using this technique can take the guess work out of design calculations and improve costs.
	The Last Line of Defence Published by: Hydrocarbon Engineering July 2006 Authors: J. Bellovich, J. Franklin and C. Baukal John Zink Company, LLC This article features the importance of a reliable flare pilot system for plant safety.
	Driving The Future of Clean Combustion: Research, Development and Testing At John Zink Company, LLC, the process energy challenges facing global industry inspire us to push the limits of combustion science for the benefit of our customers and our environment. Today, we are a world leader in the development of advanced combustion technologies and pollution-control systems that help make our customers' operations cleaner, more efficient, and less expensive.
	Industrial-Scale Flare Testing Advanced flare testing at full-scale can help ensure that the system operates as designed. This article explains what's involved and the parameters that should be measured and evaluated to demonstrate performance, reliability and safety.