Bulk Handling and Mixing of Mill Reagents at Ecstall Mining Limited, Timmins, Ontario

Canadian Institute of Mining, Metallurgy and Petroleum
S. Y. Mostowy P. W. M. Shibley
Organization:
Canadian Institute of Mining, Metallurgy and Petroleum
Pages:
13
File Size:
324 KB
Publication Date:
Jan 1, 1970

Abstract

"When Texas Gulf Sulphur Company discovered the Kidd Creek ore body in 1964, a crash program began almost immediately for the design and construction of a modern concentrator. It was necessary to mill two distinct ore types; one containing copper and zinc, the other lead, silver and zinc minerals. The final concentrator design was to handle 9,000 tons of ore daily in three circuits. One circuit was to treat copper-zinc and another lead-zinc ore exclusively on a permanent basis. A central circuit was designed with adequate flexibility to treat either of the above ore types in accordance with planned mining schedules. Ecstall Mining Limited, a wholly owned subsidiary, now operates the mine and concentrator complexes for Texas Gulf. The mine is located 15 miles north of Timmins and the concentrator 15 miles to the north-east along Highway 101. The ore is hauled from the mine to the concentrator over a 17-mile railroad. Initial milling operations began in November, 1966.1 - ABSTRACTThis paper deals with bulk reagent handling at the Kidd Creek concentrator. The reagent section at Kidd Creek has operated excellently since milling began in 1966. The bulk handling techniques are satisfactory. They have contributed substantially to good working conditions, economical practices and metallurgical efficiencies. The bulk handling features described should be considered in existing and proposed concentrators."
Citation

APA: S. Y. Mostowy P. W. M. Shibley  (1970)  Bulk Handling and Mixing of Mill Reagents at Ecstall Mining Limited, Timmins, Ontario

MLA: S. Y. Mostowy P. W. M. Shibley Bulk Handling and Mixing of Mill Reagents at Ecstall Mining Limited, Timmins, Ontario. Canadian Institute of Mining, Metallurgy and Petroleum, 1970.

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