Reforming Application Burners
John Zink Company understands that reformer operations
face greater economic and emissions challenges than ever before.
JZ® low and ultra-low emission burners offer practical solutions
to these problems with the clean-combustion technologies reformer
plants need to maximize production.
John Zink's advanced burner systems are the result of our unparalleled
expertise, breadth of knowledge, and vast resources in research
and development and product testing. Our mission is to help
you optimize your reforming operations efficiently and economically,
now and long into the future.
From the list below, find out which JZ® burner system is right
for your reformer application then contact
a John Zink burner expert for more information.
Round | Radiant
Wall
Round
 Large
Scale Vortex LSV™ Burner
The 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 innovative fluidic flame stabilizer requires
little fuel in the primary flame zone. The result? Lower peak flame
temperatures provide a substantial reduction in NOx emissions. The
Proprietary injectors enhance furnace gas entrainment minimizing NOx
from secondary fuel.
The LSV burner is available for process heating applications
employing
various air supply modes (natural, induced, or forced, ambient or
preheat), fuel compositions (natural and refinery fuels), and common burner
firing configurations.
 DSMR
Burner Mk I @ Mk II (down-fired gas, ultra-low emission)
[Patented]
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 preheat conditions) applications. The DSMR burner achieves ultra-low emission levels
through the use of INFURNOx™
technology to reduce peak flame temperatures. The DSMR can be
supplied with separate injectors for the PSA and make-up fuel or a
single connection for mixed fuel.
Radiant Wall
 FPMR
Burner (forced draft, ultra-low emission)
[Patented]
The new FPMR burner series utilizes the COOLflame™
strategy of segregated injection of air and fuel gases to reduce
peak flame temperatures. The quasi-flameless design provides an
evenly distributed heat flux across the forced draft radiant-wall
burners. The novel design moves air through a slotted tip and fuel
through a staged tip.
 JZ®
PMS Burner (premix, conventional burner)
[Patented]
The PMS burner is a premix radiant-wall burner utilized in ethylene
and reforming applications. The PMS burner uses proven burner technology
specifically designed to provide a radial flame that lies flat against
the fired wall of a furnace. The combustion process provides a uniform
temperature to the fired wall, allowing for even heat flux distribution
to the process coils in the radiant section of a fired heater.
 JZ®
LPMW Burner (lean premix, ultra-low emission)
[Patented]
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 combustion air to
be inspirated with a fraction of the fuel through the venturi. The
balance of the fuel is then staged to achieve ultra low-NOx emission
levels. The LPMW burner technology is excellent for retrofits of
existing furnaces as well as new installations.
Contact JZ
Burner Group
John Zink Company, LLC
11920 East Apache
Tulsa, OK 74116
United States of America
+1-918-234-1800
email: info@johnzink.com
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