Overall Process Effectiveness in industrial Complexes

Society for Mining, Metallurgy & Exploration
Osvaldo A. Ph. D. Bascur Patrick Ph. D. Kennedy
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
14
File Size:
768 KB
Publication Date:
Jan 1, 1998

Abstract

With the revolutionary progress in information and computer technologies, applying the latest information technologies in metallurgical complexes has become a serious challenge to both a major opportunity and a serious challenge to both management and technical teams. The emerging component and object technologies are changing the way everyone can beneficially use their computer and networks to add to their corporate bottom lines. Most mining and metallurgical plants use predictive maintenance policies based on statistical analysis and special techniques, like vibration analysis and oil and lube analysis for critical equipment. Process control strategies are installed in several metallurgical sites. All process equipment and control strategies require maintenance from local personnel at the mine. Integrated use of existing and emerging technologies is making it possible to implement an overall process effectiveness control index. This index is based on key indices such as losses due to plant availability, performance efficiency and rate of quality. The availability of real time and process history to identify the most critical part of the processing system from mechanical integrity is highlighted. An emerging plant integration paradigm is described to simplify the implementation of business enterprise resources management and distributed plant management systems.
Citation

APA: Osvaldo A. Ph. D. Bascur Patrick Ph. D. Kennedy  (1998)  Overall Process Effectiveness in industrial Complexes

MLA: Osvaldo A. Ph. D. Bascur Patrick Ph. D. Kennedy Overall Process Effectiveness in industrial Complexes. Society for Mining, Metallurgy & Exploration, 1998.

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