Exploring And Mining For Salt

The American Institute of Mining, Metallurgical, and Petroleum Engineers
Leo E. Read Charles H. Jacoby
Organization:
The American Institute of Mining, Metallurgical, and Petroleum Engineers
Pages:
4
File Size:
597 KB
Publication Date:
Jan 5, 1957

Abstract

IN diamond coring salt beds to evaluate deposits, special techniques are applied to standard slim hole drilling to obtain a representative sample of the water soluble sodium chloride. Industrial consumers generally require a run-of-the-mine material of 98.0 pct sodium chloride. Since no commercial beneficiation has yet been devised to upgrade the lower quality salt beds, the only processing is crushing and screening to the size required by the customer. Coring salt sections has recently become important not only in dry mining, but also in the development of brine cavities by hydraulic fracturing and the formation of jugs for storing liquid petroleum products. Drilling Fluid: The fluid used in coring salt beds in New York, Ohio, and Michigan is a thoroughly saturated brine made from 3.0 lb rock salt per gal of make-up water. This mined rock salt, -4 mesh +10 mesh, is dissolved in a lixator, a double-bottomed cone hopper that turns fresh water to fully saturated brine.
Citation

APA: Leo E. Read Charles H. Jacoby  (1957)  Exploring And Mining For Salt

MLA: Leo E. Read Charles H. Jacoby Exploring And Mining For Salt. The American Institute of Mining, Metallurgical, and Petroleum Engineers, 1957.

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