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Energy Efficiency of Extraction and Recycling Processes and On-line Control, Optimization and Automation R'07, Davos, Switzerland,


Keywords: energy efficiency, extraction, recycling, control, optimization, automation, industrial furnace

ABSTRACT

Energy efficiency is one of the most important issues for various existing and new extraction and recycling processes. An efficient process uses the minimum possible energy in various forms and ways to extract, recycle or process materials. This is closely related to several factors from decreasing the number of processing problems and accidental shutdowns to the optimization and automation of these processes. In this paper, the authors discuss their recent work in effectively controlling acute industrial furnace problems such as magnetite build-up and accretions, unnecessary slag foaming, excessive valuable metallic losses etc as well as the intensification, optimization and automation of these processes through a unique process physical modeling that correctly simulate the industrial furnace processes and avoid guessing and uncertainties. The advantages of this new approach have been discussed.

Cite this article as:
(2007). Energy Efficiency of Extraction and Recycling Processes and On-line Control, Optimization and Automation. R'07, Davos, Switzerland.

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