Underground Storage and Distribution of Hydraulic Fill at Mayflower Mine

Society for Mining, Metallurgy & Exploration
George L. Wilhelm
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
20
File Size:
7335 KB
Publication Date:
Jan 1, 1968

Abstract

Many factors, some of which are not easily defined or described, must be considered in the design of a hydraulic backfill system. After participating in the design of several plants, I have a conviction that future refinements in sandfill systems must come in large part, from the merging of good design ideas and information from existing operating plants. It is important then, that we document and publish information on existing plant designs and their operating characteristics. This information will then be available for use by our successors and later innovators in hydraulic fill placement. The Mayflower hydraulic sandfill system is similar to other plants. The intent of this paper is to describe only this system's unique design and operating characteristics. I will not describe in any detail, the familiar elements of the system. I will document some of the observed hydraulic characteristics of the system, elaborate on some of the design situations that had to be solved, and will discuss operating factors that are not generally described in our technical literature.
Citation

APA: George L. Wilhelm  (1968)  Underground Storage and Distribution of Hydraulic Fill at Mayflower Mine

MLA: George L. Wilhelm Underground Storage and Distribution of Hydraulic Fill at Mayflower Mine. Society for Mining, Metallurgy & Exploration, 1968.

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