A new concept of low NO_x burner, based on a partial oxidation combustion concept, is successfully applied in this research. The burner is designed such that a portion of liquid fuel is heated and pre-vaporized in the furnace then injected into a fuel rich combustion zone so that a ...
Consolidated Edison of New York ICC Installed controls and assisted in testing first dual burner Radian Ultra-Low NOx burners in a utility application. Marin French Cheese Marin French Cheese's plant boiler facility needed to be replaced as their aging boiler was not capable of meeting capacity...
California Boiler proposed using the Power Flame Nova Plus Ultra Low NOx burners coupled with Hurst boilers. For the selection of control systems, California Boiler recommended a solution developed by a third party contractor, which utilized a fully metered and cross-limited approach to air/fuel and...
Developing the low-temperature Oxyfuel burner, by applying the principles of flameless combustion for aluminium melting, in conjunction with the Eurotherm intelligent burner control solution, Linde has taken a significant step towards enabling more efficient re-melting of a...
The equipment supplied by Low NOx 30 ppm burner Nationwide Boiler worked efficiently with the addition of a condensing stack heat recovery system, provided by Benz Air, to produce heated feedwater at 200 degrees Fahrenheit. The equipment was delivered on time and exceeded the customer's...
The flame dynamics in a novel, ultra-lean non-premixed model gas turbine (GT) burner flame was numerically studied using large eddy simulation (LES) coupled with probability density function (PDF) based on the Euler stochastic field (ESF) method. One non-reacting case and three reacting cases...
Linde’s Low-temperature Oxyfuel technology has been proven to deliver higher melt rates with reduced oxidation, lower fuel consumption and ultra-low NOX emissions. The Challenge at Hydro Aluminium was to optimize the amount of energy required in the production ...