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Home > Products > Minerals > Industrial Salt


Industrial Uses of Salt

A variety of materials, each of which is used in the production of many products, are produced by different treatments, or processing, of rock salt or salt brine. Following are a few of the most important:
LIQUID SODIUM - in more recent years, used as the coolant, or heat exchanger, an essential element in the nuclear process.
METALLIC SODIUM - used in making brass and bronze; sodium cyanide, in turn, used in making case-hardened steel and fumigating materials, in indigo and other synthetic dyes.
CHLORINE - used primarily in producing polymers that are used in manufacture of plastics, synthetic fibers and synthetic rubber; also used in crude oil refining, for making pesticides; in household bleach, water treatment and sewage treatment.
CAUSTIC SODA - an element used in making glass, rayon, polyester and other synthetic fibers, plastics, soaps and detergents.
SODIUM SULFATE - used extensively in the manufacture of pulp and paper, dyes and ceramic glazes.
SODIUM CARBONATE - used in manufacture of glass, pulp and paper, and rayon.
HYDROCHLORIC ACID - used in making synthetic rubber and in cleaning gas and oil wells.
SODIUM BICARBONATE - used in textile manufacturing, processing leather, making glass and neutralizing acids.
SODIUM NITRATE - an ingredient in fertilizers and explosives.

Other Industries

Salt is used to fix and standardise dye batches in the textile industry; it is used in metal processing and secondary aluminium making, to remove impurities; rubber manufacturers use salt to separate rubber from latex; salt is used as a filler and grinding agent in pigment and dry-detergent processes; ceramics manufacturers use salt for vitrifying the surface of heated clays; soap makers separate soap from water and glycerol with salt; oil and gas drillers use salt in well drilling muds to inhibit fermentation, increase density and to stabilize drilling in rock salt formations; hide processors and leather tanners use salt to cure, preserve and tan hides; and there are more.

Water Softener

Water is considered hard when it contains calcium and magnesium (hardness ions). Hard water requires more soap and detergent for laundering, cleaning and bathing because suds do not form as well in hard water. The reaction between soap and hard water results in a greasy, curd-like deposit which makes fabrics feel harsh and leaves water spots on dishes and utensils. Mineral scale builds up in hot water appliances and industrial boilers, reducing energy efficiency and shortening appliance and equipment life. Water is conditioned or softened by removing the calcium and magnesium ions from hard water and replacing them with "soft" sodium ions. Water softeners use cation exchange resin to exchange sodium for calcium and magnesium. As supply water flows through the resin bed, the exchange takes place and the water becomes soft. Water softener cation exchange resins are regenerated with a 10% salt brine solution made by dissolving water softener salt.

Pulp & Paper

Salt is used to manufacture chlorine and caustic soda. In paper making, caustic soda is used to process wood fibers and chlorine is used to bleach the pulp. Sodium chlorate, also made from salt, is replacing chlorine as the primary chemical for bleaching pulp.

Salt for Animal Nutrition

Livestock, poultry and other animals do not always receive adequate amounts of sodium and chloride from forages and other feeds. They need supplemental salt as part of a nutritionally balanced diet to remain healthy, disease free, and to achieve optimum growth and reproduction rates. Because animals have a natural, definitive appetite for salt - they will eat only a certain amount - it is used to ensure adequate intake of less palatable nutrients and as a means of limiting feed intake. Salt can be mixed with feed or fed free-choice, and is an excellent carrier for trace minerals, It is produced plain or as trace mineralized salt, in 50 lb blocks, smaller spools, and as loose salt, commonly known as mixing salt.

Salt for Human Nutrition

All animals, humans included, require both sodium and chloride for life and health. Since the body cannot manufacture either, they are "essential" nutrients. While developed countries dedicate most of their salt to chemical production, developing countries often use most of their salt for human and animal nutrition.

Uses of Salt

Salt has more than 14,000 known uses.

Chemical Feedstock

The greatest single use for salt is as a feedstock for the production of chemicals. The chlor-alkali industry uses salt, primarily as salt in brine from captive brine wells, to produce chlorine and caustic soda. Demand for salt in to produce chemicals fell from 25 million metric tons in 1974 to a low of 16.7 million metric tons in 1992. However, chemical use rebounded in 1994 to 18.4 million metric tons. Much of the decreased demand for chlorine was attributed to environmental concerns about dioxins. Salt is also used to make sodium chlorate and metallic sodium by electrolysis and, sodium sulfate and hydrochloric acid by reacting with sulfuric acid.


“The Wonderful Beauty of Salt Mines Around The Globe”

Salt, a necessary element for all animal life, is abundant here on Earth and also underground. But it still requires extraction from stone deposits or salty waters in different regions. The process of mining salt produces multicolored pools of water, beautiful perspectives of stable, deep caves, and geometric carvings. Some of these locations have even become tourist destinations, serving as concert halls, museums, and health spas touting the benefits of Salt-therapy. There are a few collected images of underground salt mines across the world:

“The Wonderful Beauty of Salt Mines Around The Globe”

salt Mine

“According to Reviews, Reduction in Salt Lowers Blood Pressure and CVD (Cardiovascular disease)!”

Salt consumption has long been shown to have a negative impact on health, with studies of various types consistently showing a high dietary salt intake is the major cause of raised blood pressure. Raised blood pressure can lead to CVD (including strokes and heart failure), which is the leading cause of death and disability worldwide. A high salt diet is also linked to a number of other conditions, such as osteoporosis, stomach cancer and kidney disease, with new evidence on the harmful effects of salt emerging all the time. Salt reduction has been identified as a cost effective measure to reduce NCDs for both developed and developing countries. The UK was once leading the world with an effective strategy to reduce salt, which led to a reduction in population salt intakes and consequently a fall in average blood pressure and fewer deaths from heart attacks, heart failure and stroke. The UK was once leading the world on salt reduction, which was shown to be the most cost-effective public health program. Indeed, up to 2011, the UK salt reduction program had already saved 18,000 strokes and heart attacks per year, 9,000 of which were fatal, with £1.5 billion a year in NHS healthcare saving costs, according to NICE. In 2016, PHE assumed responsibility for UK salt reduction, however there has been little action so far, with no progress report on whether the last set of salt targets (due to be met by the end of 2017) have been reached, nor any plans to set new targets. Every 1g reduction in salt intake prevents 7,000 deaths, 4,000 of which are premature, from strokes and heart disease. Source: