A dense, colorless liquid chemical used extensively to leach stockpiles of copper ore. Sulfuric acid is primarily produced as a by-product of smelting, but it may also be generated by other means. Sulfuric acid is contained in “raffinateâ€, which is the bleed stream from the solution extraction process, diluted to create a slightly acidic water called raffinate. The water percolates through the stockpile, dissolving copper minerals contained in the rock. This copper laden water called PLS (pregnant leach solution) exits from the bottom of the stockpile and flows to a collection pond.
An acid that is released when acid sulphate soils are exposed
a strong colorless oily corrosive acid that is used in batteries and in the manufacture of many products such as fertilizers, explosives, detergents, dyes, and chemicals.
(H2SO4) oil of vitriol; sulphuric acid. An oily, corrosive liquid that acts as a strong acid when dissolved in water. Sulfuric acid has so many industrial uses that sulfuric acid production was once used as an index of industrial productivity. Salts of sulfuric acids are called sulfates.
(H2SO4) The principal acid compound of sulfur, sulfuric acid in dilute and highly pure form is the electrolyte of lead-acid storage cells.
An acid from sulfur, oxygen, and hydrogen used in industry. It is caustic and corrosive.
(H2SO4) a highly corrosive acid made from sulfur dioxide; widely used in the chemical industry
(chemical formula, H2S04) the most widely used industrial chemical; a major component of acid rain that is formed by sulfur oxides combining with atmospheric moisture.
A strong acid formed in the atmosphere by chemical reactions with sulfur dioxide. Introduction Task Process Information resources Guidance Dr. Bravo Ms. Alarcón Dr. Sosa Dr. Soto Mr. Sanchez
chemical formula H2SO4, sulfuric acid is primarily used to strip photoresist as part of a sulfuric acid - hydrogen peroxide mixture. Sulfuric acid will strip photoresist on it's own but carbon, C, build up in the bath. The addition of hydrogen peroxide, H2O2, volatizes the carbon from the bath as carbon dioxide, CO2, and carbon monoxide, CO. Sulfuric acid is commonly sold as a 98% solution and has a density of 1.84Kg/L. Sulfuric acid burns on contact with skin or eyes and the vapors will irritate or burn eyes or lungs.
A highly corrosive liquid (H2SO4) which is formed upon weathering of pyrite.
a strong type of acid that is used in car batteries, and contains the element sulphur.
A strong acid that, when concentrated, is extremely corrosive to the skin and mucous membranes. It is used in making fertilizers, dyes, electroplating, and industrial explosives.
A heavy corrosive oily dibasic strong acid that is colorless when in pure form and is a vigorous oxidizing and dehydrating agency
A toxic, corrosive, strongly acid, and colorless liquid. It is used for phosphoric acid production. Other uses include the manufacture of explosives, plastics, and batteries, as well as the purification of petroleum.
A heavy, corrosive, oily, dibasic strong acid H2SO4 that is colorless when pure; it is a vigorous oxidizing and dehydrating agent.
A mineral acid composed of sulfur, hydrogen and water. The material is commonly used in semiconductor manufacturing as a silicon wafer cleaning solution to remove difficult manufacturing residues.
(H2SO4) A very strong, corrosive and hazardous acid used as a regenerant for the cation stage of an ion exchange deionization system.
Strong acid, formula H2SO4, formed as the end product in the oxidation of most sulfur compounds. Sulfuric acid is a major constituent of acid rain associated with fossil fuel combustion. As a consequence of its low volatility, it can lead to particle formation, and is a major constituent of cloud condensation nuclei and the background aerosol, including the stratospheric sulfate layer.
a colorless, oily, highly corrosive fluid solution that dissolves limestone
Sulfuric acid (British English: sulphuric acid), H2SO4, is a strong mineral acid. It is soluble in water at all concentrations. It was once known as oil of vitriol, coined by the 8th-century Alchemist Jabir ibn Hayyan, the chemical's probable discovererKhairallah, Amin A.