Perk profit analysis
Baking soda or sodium hydroxide is a very active chemical substance, which is also known as caustic soda, caustic soda, solid baking soda, and in rare cases, industrial degreasing soda. This material, which is considered one of the main products of the petrochemical industry, has become a basic material in the downstream industries of the industry in the production of all kinds of industrial products. The chemical formula of this substance is NaOh, which is an ionic compound created by the connection of sodium cation Na+ and hydroxide anion Oh. Of course, what is present in the output of refineries is a very corrosive fluid that strongly tries to absorb the humidity of the environment. Therefore, this risky fluid is converted into a solid state to obtain its commercial product, i.e. Perak profit. Commercial perc soda has a scaly state and its purity should be around 98% to meet international standards. Solid caustic soda, sodium hydroxide or caustic soda, which is known as baking soda, is produced industrially in a scaly and solid form and is white in color. One of the reasons for this production in solid form is due to the high corrosive properties of this product. Sodium hydroxide, which is a strong and very active base, can be very dangerous in liquid form. Therefore, this product is produced solidly and used in various industries. Types of methods in the production of soda is the process of producing caustic soda based on the use of salt water hydrolysis. In the process where the sodium chloride solution is decomposed under electrolysis and along with chlorine and hydrogen, sodium hydrogen solution is produced, which is caustic soda. In this process, about 1126 kg of caustic soda will be produced for every 1000 kg of chlorine and 28 kg of hydrogen. There are various and common methods in producing liquid soda and then soda ash, which in general can be mentioned in three ways: • Membrane or membrane method • Diaphragm method • Mercury or mercury method In the mercury method, chlorine-free soda can be produced. but the presence of a large amount of mercury in it can be considered an environmental threat. There is no mention of mercury in membrane and membrane methods. But the produced profit is also not completely pure of chlorine. In the diaphragm method, chlorine, hydrogen and caustic soda are produced simultaneously, and the presence of the diaphragm in this process separates the liquid soda from the salt water solution in the cathode. Hydrogen gas is also released at the cathode. But the membrane method, which is a much newer method than other methods, is actually the improved diaphragm method. In this method, the electrodes are surrounded by a membrane that selectively allows sodium ions to move from the anode to the cathode. This membrane will prevent the passage of salt water to the cathode. Therefore, the obtained solution has a much higher degree of purity compared to the diaphragm case. Physical properties of Soda Perak: Molecular weight of Soda Perak: 40.01, Melting point of Soda Perak: 12 degrees Celsius, Boiling point of Soda Perak: 140 degrees Celsius, Relative density of Soda Perak: 1.53 (50% solution), 2 at a temperature of 5.5 degrees Centigrade (73%-70% solution) Solubility of baking soda in water: 109 grams per 100 ml at 20 degrees Celsius. Chemical formula: NaOH is very soluble in water, alcohol, glycerin and methanol. It reacts with carbon dioxide to form sodium carbonate. Bond type: ionic. This widely used chemical has high capabilities, which can be used due to its production quality. Chemical Properties of Baking Soda Reacts with Acid Baking soda reacts with protonated acids to produce water and salt. For example, when baking soda reacts with hydrochloric acid, sodium chloride is formed: (NaOH(aq) + HCl(aq) → NaCl(aq) + H2O(l) In general, such neutral reactions have a simple net ionic equation are shown: (OH−(aq) + H+(aq) → H2O(l) The acid oxide reaction of baking soda also reacts with the oxides of acids such as sulfur dioxide. These reactions are often harmful to the wear of acidic gases (such as So2 and H2s) which are produced from burning coal, is used and as a result prevents the release of these gases in the atmosphere. View your perk profit analysis table, dear customer, to inquire about perk profit price, receive perk profit analysis and also You can contact Rostak Zalal Kimia experts to buy Sood Perak.
