Optimizing Conveyor Capacity and Reliability: The Pittsburgh & Midway Coal Mining Co.- North River Mine Experience

Society for Mining, Metallurgy & Exploration
Nick Madison Roland Hoet Jim Patilla
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
9
File Size:
600 KB
Publication Date:
Jan 1, 2002

Abstract

Increasing conveyor capacity and reliability is a common goal for many underground mines. This task is especially challenging when you must work with existing structure, belt, etc. Meeting this challenge, The Pittsburgh & Midway Coal Mining Co. North River Mine switched from constant fill to actively controlled fluid couplings, realizing a capacity increase from 2,100 tons per hour (2,300 stph) to 2,550 tons per hour (2,800 stph), with improved reliability. This paper will present a case study of The Pittsburgh & Midway Coal Mining Co.'s North River Mine underground conveyor haulage system. These conveyors included the main line conveyors as well as a tension controlled tripper booster panel conveyor. Characteristics and performance of the coupling and control system will be illustrated, demonstrating the systems controllability, simplicity, and dependability.
Citation

APA: Nick Madison Roland Hoet Jim Patilla  (2002)  Optimizing Conveyor Capacity and Reliability: The Pittsburgh & Midway Coal Mining Co.- North River Mine Experience

MLA: Nick Madison Roland Hoet Jim Patilla Optimizing Conveyor Capacity and Reliability: The Pittsburgh & Midway Coal Mining Co.- North River Mine Experience. Society for Mining, Metallurgy & Exploration, 2002.

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