IUPAC Name
Disodium Carbonate
Cas Number
497-19-8
HS Code
2836.20.00
Formula
Na2CO3
Appearance
White Crystal Powder
Common Names
Soda Ash Light
Packaging
40 kg PP/PE bags
Soda ash is available in three different grades, namely dense soda ash, light soda ash, and washing soda. Soda ash light is also called an anhydrous sodium carbonate with the chemical formula Na2CO3. It is a white, odorless granular powder soluble in water and forms a strongly alkaline aqueous solution. It is also hygroscopic and absorbs moisture from the atmosphere, causing it to clump together. It exists mainly in its monohydrate form but in the decahydrate and heptahydrate forms.
Soda ash light sources spontaneously form from sodium deposits, and sodium deposits have undergone long-term geological processes such as igneous rock erosion, sodium sediment transport, and chemical reactions. Under weathering, sodium deposits are first released from igneous rocks. Then they were washed off, flowed down, and collected in the basin. When exposed to carbon dioxide, it produces soda ash.
Solvay Process
In 1861, Belgian chemist Ernest Solvay developed the Solvay process, a more efficient method to convert sodium chloride to soda ash light. In the Solvay process, ammonia reacts with sodium chloride with the aid of calcium carbonate. Sodium bicarbonate is produced, and it is then heated and converted to soda ash light.
Hou Process
In 1930, Chinese chemist Hou Debang developed the Hou process. In this process, carbon dioxide is pumped through a saturated solution of sodium chloride and ammonia to form sodium bicarbonate. The precipitated sodium bicarbonate is then heated, yielding pure soda ash. The Hou process is a modified version of the Solvay process, and the commonly used method is still the Solvay process.
Soda ash is available in three different grades, namely dense soda ash, light soda ash, and washing soda. Soda ash light is also called an anhydrous sodium carbonate with the chemical formula Na2CO3. It is a white, odorless granular powder soluble in water and forms a strongly alkaline aqueous solution. It is also hygroscopic and absorbs moisture from the atmosphere, causing it to clump together. It exists mainly in its monohydrate form but in the decahydrate and heptahydrate forms.
Soda ash light sources spontaneously form from sodium deposits, and sodium deposits have undergone long-term geological processes such as igneous rock erosion, sodium sediment transport, and chemical reactions. Under weathering, sodium deposits are first released from igneous rocks. Then they were washed off, flowed down, and collected in the basin. When exposed to carbon dioxide, it produces soda ash.
Solvay Process
In 1861, Belgian chemist Ernest Solvay developed the Solvay process, a more efficient method to convert sodium chloride to soda ash light. In the Solvay process, ammonia reacts with sodium chloride with the aid of calcium carbonate. Sodium bicarbonate is produced, and it is then heated and converted to soda ash light.
Hou Process
In 1930, Chinese chemist Hou Debang developed the Hou process. In this process, carbon dioxide is pumped through a saturated solution of sodium chloride and ammonia to form sodium bicarbonate. The precipitated sodium bicarbonate is then heated, yielding pure soda ash. The Hou process is a modified version of the Solvay process, and the commonly used method is still the Solvay process.
