Method for health-caring and entertainment by using diversified salt mineral resources
A technology of mineral resources and salts, which is applied in public buildings, entertainment, swimming pools, etc., can solve the problems of single composition, limited medical and health care effects, and low mineral content, and can promote metabolism, improve human immunity, regulate The effect of fat metabolism
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[0034] Example 1:
[0035] 1. By absorbing the tide, the seawater with high salt content is accumulated in the pool. The original brine is clarified by flocculation sedimentation method, and the brine sludge is extracted after the original brine is settled and clarified. The precipitated brine is filtered through a filter layer filled with anthracite, and at the same time, the ammonium bicarbonate method is used to remove excess metal elements to the human body.
[0036] 2. Brine is then produced by heating and evaporation in the sun. When the evaporation of water reaches the "salt point", brine is obtained. The brine continues to evaporate in the crystallization pond, and the sea gradually crystallizes out and deposits on the bottom of the pond to obtain solid sea salt (specifically For the method, see "Salt Industry Handbook", China Light Industry Press, February 1994).
[0037] 3. Prepare the floating solution:
[0038] ① Prepare with purified brine:
[0039] Using the ...
Example Embodiment
[0044] Example 2:
[0045] 1. Collect 100L of salt lake brine from the salt lake mining area, precipitate the salt lake brine in the sedimentation tank, and pass the "two-alkali method" (NaOH, Na 2 CO 3 ) continuous treatment, add acid to adjust the pH value, use chlorine oxidation chemical replacement method, ammonium bicarbonate method, mirabilite method to remove excess elements and harmful substances, and filter to make refined halogen.
[0046] 2. Preparation of solid salt:
[0047] The prepared brine is evaporated in the sun or concentrated by heating (heating in the range of 30-100°C for 5-15 hours) to obtain solid lake salt (see "Chemical Engineering of Salt Industry", "Inorganic Chemical Products" for details). , "Salt Industry Handbook").
[0048] 3. Prepare the floating solution:
[0049] ① Prepare with purified brine:
[0050] Using the purified brine obtained in step 1, the salt content of the soluble salt is controlled to be 6-27%, and the specific gravity o...
Example Embodiment
[0055] Example 3:
[0056] 1. Extract underground brine from salt wells, and pass the precipitated brine through a filter layer equipped with filter materials (such as anthracite, quartz sand) to intercept larger particulate matter. The original brine is clarified by flocculation and sedimentation. After the original brine is settled and clarified, the brine sludge is extracted, and then the raw brine is drained to obtain purified brine.
[0057] 2. Concentrate the prepared purified brine into solid well salt, adopt heating concentration or vacuum concentration, heat and concentrate the prepared purified brine and place it in a heating pot, the temperature is controlled at 60 ~ 100 ℃, and the solid state is obtained after 5 ~ 15 hours. Well salt; vacuum concentration The prepared purified brine is placed in a vacuum tank with a vacuum degree of -0.06~-0.097Mpa, and the temperature in the vacuum tank is controlled at 30~60℃, and solid well salt is obtained after heating for 3~1...
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