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Mineral spring

Mineral springs are naturally occurring springs that produce hard water, water that contains dissolved minerals. Salts, sulfur compounds, and gases are among the substances that can be dissolved in the spring water during its passage underground. In this they are unlike sweet springs, which produce soft water with no noticeable dissolved gasses. The dissolved minerals may alter the water's taste. Mineral water obtained from mineral springs, and the precipitated salts such as Epsom salt have long been important commercial products.

Types
For many centuries, in Europe, North America, and elsewhere, commercial proponents of mineral springs classified them according to the chemical composition of the water produced and according to the medicinal benefits supposedly accruing from each: • Arsenical springs contained arsenic • Lithia Springs contained lithium salts. • Chalybeate springs contained salts of iron. • Alum springs contained alum. • Sulfur springs contained hydrogen sulfide gas (see also fumeroles). • Salt (saline) springs contained salts of calcium, magnesium or sodium. • Alkaline springs contained an alkali. • Calcic springs contained lime (calcium hydroxide). • Thermal (hot) springs could contain a high concentration of various minerals. • Soda springs contained carbon dioxide gas (soda water). • Radioactive springs contain traces of radioactive substances such as radium or uranium. ==Deposits==
Deposits
terrace formations at Badab-e Surt, Iran Types of sedimentary rock – usually limestone (calcium carbonate) – are sometimes formed by the evaporation, or rapid precipitation, of minerals from spring water as it emerges, especially at the mouths of hot mineral springs. In cold mineral springs, the rapid precipitation of minerals results from the reduction of acidity when the gas bubbles out. (These mineral deposits can also be found in dried lakebeds.) Spectacular formations, including terraces, stalactites, stalagmites and 'frozen waterfalls' can result (see, for example, Mammoth Hot Springs). One light-colored porous calcite of this type is known as travertine and has been used extensively in Italy and elsewhere as building material. Travertine can have a white, tan, or cream-colored appearance and often has a fibrous or concentric 'grain'. Another type of spring water deposit, containing siliceous as well as calcareous minerals, is known as tufa. Tufa is similar to travertine but is even softer and more porous. Chalybeate springs may deposit iron compounds such as limonite. Some such deposits were large enough to be mined as iron ore. ==See also==
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