Process Burner Brochures


Next Generation Ultra Low NOx Round Flame Burner:
GLSF Free-Jet Series

The design uses the free-jet method of mixing the fuel gas ejected from the gas tips with the surrounding inert products of combustion which dramatically lowers thermal NOx production.


GB Single Jet™ Low Emissions Burner
Ideal for Retrofit Applications

Our GB Single Jet staged fuel burner uses a nonsymmetrical design to boost internal flue gas recirculation and staged air to reduce NOx emissions.


RADIANT WALL BURNERS
RW Series

Zeeco has a full range of burners for cracking furnaces including our RW series low emission premixed radiant wall burner.

GLSF MIN-EMISSIONS ROUND FLAME GAS BURNER

The ZEECO® GLSF Min-Emissions Burner is an ultra-low emissions round flame burner.

ENHANCED JET FLAT FLAME BURNER
GLSF Series

A major advantage is that the heat flux profile can be changed as required for the specific application with different tip drilling configurations without adversely affecting NOx emissions.


GB LOW NOx STAGED AIR BURNER

The ZEECO® GB staged air/staged fuel burner is designed with a staged fuel gas tip and a staged air annulus which utilizes only one gas tip and provides lower NOx emissions than conventional raw gas designs.


LOW-NOx DUCT BURNERS
DB-LN Series

From smaller duct burner applications to the largest utility power burners, Zeeco DB Series Burners deliver extremely stable, reliable, low NOx and CO combustion over a wide range of firing conditions.

AK STAGED AIR LOW EMISSIONS COMBINATION BURNER

The ZEECO® AK Staged Air Low Emissions burner is a round flame combination oil and gas burner.


ETHYLENE
Best Available Technology

Zeeco utilizes the patented Free-Jet mixing technology or internal flue gas recirculation (IFGR), providing the lowest NOx emissions available.


PROCESS AND BOILER BURNER
Upgrades, Retrofits, and Controls

Upgrading your process heaters or boilers can dramatically improve plant safety, reduce NOx emissions, maximise plant efficiency, and enable easier fuel changes.