Applications
Tata Chemicals manufactures light soda ash using the ammonia-soda process. The process follows stringent quality control processes that help achieve high purity and consistent quality. This makes it suitable for use across a wide range of industries, such as glass manufacturing, detergent production, water softening and treatment amongst others.
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Chemical production
Light Soda Ash is used in the production of chemicals like sodium silicate, sodium bicarbonate and percarbonate, and sodium chromate and dichromate.
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Water softening
Light Soda Ash is used to manufacture water-softening chemicals. It also converts the bicarbonates in hard water into precipitates and neutralises the acids in water.
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Oil and gas drilling (fluids)
Light Soda Ash finds its utility in pH adjustment by raising the pH of drilling fluids, which helps maintain optimal conditions for viscosity.
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pH regulation in pools
Light Soda Ash is used to both; neutralise and buffer the water, and to assist in the control of the pH.
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Bentonite manufacturing
Light Soda Ash is used to treat industrial processes due to their solubility and pH properties.
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Lithium mining
Light Soda Ash is mined to manufacture lithium carbonate for EV batteries, which is expected to grow up to 20% over the next 5 - 7 years due to demand for soda ash.
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Textile manufacturing (dyeing, fabric and softening)
Light Soda Ash is used in dyeing cotton and other cellulose fibres such as linen, rayon, tencel or hemp to increase the pH (alkalinity) of the reaction.
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Household cleaning products (detergents, abrasives)
Light Soda Ash is used in laundry and cleaning compound formulations, as a pH modifier in shampoos and in making household cleaning products.
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Boiler descaling
Light Soda Ash is added to soften boiler water. It reacts with calcium and magnesium ions to form insoluble precipitates, which are then filtered out. This process softens the water and prevents calcium sulphate scaling.
Other common uses involve pulp and paper manufacturing, water treatment, effluent treatment, metallurgy, and drugs.
