Zeeco, Inc. products

The Zeeco GLSF Free-Jet burner is a Next Generation emissions flat flame burner. The picture (right) is Zeeco’s GLSF Free-Jet flat flame burner in operation at our test facility in Broken Arrow, Oklahoma. The Free-Jet burner design is able to achieve great NOx emissions and heat flux profile. Wall-fired and free-standing versions are available to be tailored for the customer`s specific application. For wall-fired applications greater than 6 MM Btu/hr [1.758 MW] the burner will have gas lances tailored for the heat flux profile and to keep the flame from rolling over toward the tubes.

The Zeeco GLSF Free-Jet burner is a Next Generation emissions round flame burner.The picture (right) is Zeeco’s GLSF Free-Jet down-fired burner firing at our Combustion Test Facility located in Broken Arrow, Oklahoma. This design offers up to 90% NOx reduction as compared to conventional burner designs. Dual fuel connection versions and single connection versions of this burner can be offered. The Free-Jet mixing method allows a single connection in applications when PSA fuel is mixed with fuel gas.

The Zeeco CLSF Free-Jet burner is a Next Generation emissions round flame combination burner.The picture (right) is Zeeco’s CLSF Free-Jet combination burner in operation at our combustion test facility. This design offers state-of-the-art NOx reduction for combination oil and gas firing. NOx reduction for gas firing is achieved by the Free-Jet method of mixing the fuel gas with the inert products of combustion before the combustion occurs, resulting in lower thermal NOx production. The reduced NOx emissions from oil firing is achieved by “Pseudo Staging” of oil by our CB oil gun design. The result is a burner that can achieve very low NOx emissions with superior turndown. For natural draft applications, the burner is offered with a regen tile for oil stabilization. In forced draft applications, the burner is offered with a regen tile, cone or swirler depending upon the combustion air pressure drop available and customer requirements.