Origin of brine inflows at Boulby potash mine, Cleveland, England

The Institute of Materials, Minerals and Mining
S. H. Bottrell M. A. Leosson R. J. Newton
Organization:
The Institute of Materials, Minerals and Mining
Pages:
6
File Size:
2885 KB
Publication Date:
Jun 18, 1905

Abstract

Sylvite at Boulby is mined 1 140 m beneath the sea and the mine suffers from the influx of water. This is of two kinds: persistent flows originating in the Sherwood Sandstone aquifer and entering the evaporite sequence through fractures in the intervening mudstone, and impersistent flows which are transient in nature and of uncertain origin. Water from the overlying sandstone has become enriched with NaCl and large amounts of KCl and some Mg and Br have been added by interaction with the evaporites. Waters from the transient flows are isotopically distinct from those in the Sherwood Sandstone, being enriched in H and O. They are also saturated with respect to halite and sylvite, but have higher K/Na than the persistent flows and are much more enriched in Mg and Br
Citation

APA: S. H. Bottrell M. A. Leosson R. J. Newton  (1905)  Origin of brine inflows at Boulby potash mine, Cleveland, England

MLA: S. H. Bottrell M. A. Leosson R. J. Newton Origin of brine inflows at Boulby potash mine, Cleveland, England. The Institute of Materials, Minerals and Mining, 1905.

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