Multi-Boiler Coordination And Steam Header Control On A Large Coal Fired Metals Plant

Society for Mining, Metallurgy & Exploration
P. Rambalee
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
5
File Size:
674 KB
Publication Date:
Jan 1, 2012

Abstract

A multiple coal fired boiler house provides steam for utility usage in various production plants. Maintaining stable header pressure and boiler availability is of critical importance for downstream consumers. Advanced Process Control comprising of a G2 based expert system and Model Predictive Control was implemented to improve the boiler house performance. The results yielded improvements in the main header pressure stability, reduction in boiler saturation and significant saving in coal consumption. All information used for this document is from a published whitepaper written and led by Prevlen Rambalee (Anglo Platinum) and Gustaf Gous (BluESP) titled, ?Control and Stabilization of a Multiple Boiler Plant: An APC Approach?.
Citation

APA: P. Rambalee  (2012)  Multi-Boiler Coordination And Steam Header Control On A Large Coal Fired Metals Plant

MLA: P. Rambalee Multi-Boiler Coordination And Steam Header Control On A Large Coal Fired Metals Plant. Society for Mining, Metallurgy & Exploration, 2012.

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