Authors
Gerrit Jan De Lange, NAIM Boelrijk, G Catalano, C Corselli, GP Klinkhammer, JJ Middelburg, DW Müller, WJ Ullman, P Van Gaans, JRW Woittiez
Publication date
1990/12/10
Journal
Marine Chemistry
Volume
31
Issue
1-3
Pages
89-112
Publisher
Elsevier
Description
The Tyro and Bannock Basins, which are depressions in the eastern Mediterranean, contain hypersaline anoxic brines. These brines are of different composition: Tyro brine is primarily an early-stage halite (NaCl) brine, whereas Bannock brine includes the more soluble ions of late-stage evaporite minerals. Accordingly, the Bannock brine contains a much greater sulphate concentration than the Tyro Brine. This difference in sulphate concentration is reflected in the concentrations of ions such as Ca, Sr and Ba, which form sparingly soluble sulphate minerals.
Equilibrium calculations using the Pitzer specific ion interaction model indicate that the brines in both basins are saturated with respect to gypsum (CaSO4-2H2O) and supersaturated to saturated with respect to dolomite (CaMg(CO3)2). The degree of saturation with respect to dolomite is greater in the Bannock Basin than it is in the Tyro Basin. Correspondingly …
Total citations
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