Reforming
John Zink is recognized for its extensive experience and cutting-edge solutions in combustion and emissions control technologies. With a strong emphasis on efficiency and sustainability, John Zink consistently delivers advanced technologies that optimize refinery operations and ensure compliance with stringent environmental regulations.
Meeting the Needs of Refineries and Petrochemical Plants
John Zink's vast expertise in the reforming market has been developed over several decades of innovation and excellence. As a leader in advanced combustion and emissions control technologies, John Zink provides a range of solutions designed to enhance operational performance, improve efficiency, and reduce environmental impact. Key technologies for the reforming market include ultra-low NOx burners and state-of-the-art flare systems.
John Zink’s tailored solutions address the unique challenges faced by refineries and petrochemical plants, ensuring that operations meet regulatory requirements while maximizing productivity. Our commitment to sustainability is evident through our continuous efforts to reduce greenhouse gas emissions and increase fuel efficiency.
Collaboration with clients is at the core of John Zink’s approach. Our team of experts works closely with customers to develop customized solutions that not only meet but often exceed industry standards. This bespoke approach, combined with rigorous testing and ongoing innovation, positions John Zink as an invaluable partner for those aiming to achieve excellence in the reforming market.
Reforming Market
HAWAstar™ Burner
COOLstar® Burner
Fin Plate Burner for Enclosed Ground Flares
LN-SFR™
LHTS™ Air-Assisted Flare
Pressure Assisted Flare
SOLEX™ Burner
Azdair™ Air-Assisted Flare System
LPMW™ Radiant Wall Burner
SMART™ Air-Assisted Flare
Utility Flares
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.