Fuel NOx pollution production during the combustion of a low caloric value fuel gas /

(production of NOx).

Bibliographic Details
Main Author:	Caraway, John Phillip
Format:	Thesis eBook
Language:	English
Published:	[Place of publication not identified] : [publisher not identified] ; 1995.
Subjects:	Major mechanical engineering.
Online Access:	Link to OAKTrust copy

Description
Summary:	(production of NOx). coal gasifiers. A computer model was developed, utilizing combustion of low caloric value fuel gases (LCVG) and the destruction of NH3 (production of NOx), pressure, and different inlet flow distributions. The temperature, dimensional physical design and is based on an actual downstream inlet air. Equal staging of downstream air causes flow on the temperature profiles, pressure profiles, and the formation of NO, pollutants produced from fuel bound gas were determined from the products of several industrial industrial combustor. The combustor model utilizes a multi- initial air/fuel ratio and the mass flow rates of the inlet flow distributions demonstrate the importance of the is described using equations developed in prior experiments. mixed destruction of ammonia (NH3). The destruction of NH3 nitrogen. Average physical properties of a low caloric value on the destruction of NH3 (production of NO,) for six primary combustion zone reduce the destruction of NH3 production of NOx is modeled by the kinetic and turbulent qualify physical mechanisms and parameters that affect the staged design. Two initial air/fuel ratios are simulated, the combustion of LCVG. The model incorporates a three- The influences of the method of distribution of the inlet the most effective combustion. Higher temperatures in the The objective of this investigation is to identify and the PHOENICS computational fluid dynamics software, to model velocity vector equations are all coupled. The six different velocity vector plots, are analyzed to determine the effects with three variations each on downstream inlet air. The
Item Description:	"Major subject: Mechanical Engineering". In title, "x" is subscript. Vita.
Physical Description:	xi, 94 leaves : illustrations ; 28 cm. Also available online. Issued also on microfiche from Lange Micrographics.
Bibliography:	Includes bibliographical references.