Webster’s FDR(X) burners are available in single or multifuel models. Among the list of fuels that can be burned are natural, LP, coke oven, refinery and low BTU gases, as well as fuel oils ranging from diesel fuel to heavy viscous fuels such as No. 6 oil, on up to asphalt and tail oils.
The Webster FDR(X) burner air register is housed in an industrial grade windbox constructed of mild steel with a minimum thickness of 1/4”. Each windbox has an access door for easy maintenance. FDR(X) units are designed for low combustion air velocities, permitting balanced air distribution to the burner. Fuel piping trains and operating components are mounted on the windbox and pre-wired to the central control panel. The easy addition of Flue Gas Recirculation (FGR) allows for most applications to achieve less than 30ppm NOx emissions.
The Webster register is a multi-vane, circular assembly using curvature designed louvers for precise distribution and control of high volume combustion air. By adjusting the register door positioner, the air can be rotated either in a clockwise or counter clockwise direction. This rotating combustion air creates a thorough mixing of the fuel and air before it enters the combustion zone, resulting in complete, efficient combustion with low excess air. Single zone air registers are used on units up to ~120 Million Btu/Hr. Above that firing rate, dual zone registers are utilized. A hinged access door is provided on the registers to permit easy access to the interior of the register assembly.
Custom Engineering & Flow Modeling
Webster Combustion is accustomed to working on custom engineered solutions, and our sales applications and engineering department are ready to assist with complex applications. As part of our design and engineering process, we have the ability to use Computational Fluid Dynamic (CFD) modeling to predict product performance or adjust product design prior to burners being installed in the field. Whatever the application, Webster is ready to work with you for the best combustion solution possible.