Implementation of Distributed Control for Smelting Furnace and Mixed Gas Processes

Xiao Qing Zhu

doi:10.4028/www.scientific.net/AMR.139-141.714

Paper Titles

Study on Influences of Injection Process Parameters on the Mechanical Properties of the Modified Polypropylene Products with Weld Lines
p.698

Experimental Research on Deep Cryogenic Treatment Process of YT30 Cemented Carbide Inserts
p.702

Preparation and Application of Modified Soybean Protein Adhesives
p.706

The Study on a New Wood-Based Carrier of Controlle and Release of Fertilizer
p.710

Implementation of Distributed Control for Smelting Furnace and Mixed Gas Processes
p.714

Modification Microstructures in In Situ Mg₂Si Reinforced Al-Si Alloy Composites
p.718

Research on Preparation of Topological Type PMMA by Atom Transfer Radical Polymerization
p.723

Tool-Swinging Cutting of Binderless Tungsten Carbide
p.727

Optimization of Thermal Performance of Hybrid Journal Bearings for High Speed Machine Tool Spindle with Small Diameter
p.731

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 139-141Implementation of Distributed Control for Smelting...

Implementation of Distributed Control for Smelting Furnace and Mixed Gas Processes

Abstract:

A distributed system can be defined by three dimensionality: hardware, control functions and information data base. This paper introduced an example of the implementation and its design philosophy for a smelting and gas treatment project with their hardware and field control functions distributed by intelligent fieldbus devices and some modeling control functions and advanced control functions distributed to different data base in different segment stations. System integration was implemented successfully not only for their hardware, but also for their control functions and information data bases. Benefit of this project also can be obtained with respect to engineering, operation and maintenance.