How to Store Ferric Chloride For Water Treatment Process CAS 13478-10-9

Product Specification

                                          To store ferric chloride for the water treatment process and prevent oxidation

Character: It can soluble in water.

Chemical Parameters:

PACKING: Woven bag lined with plastic bag, 25kg/ kraft paper bag(or upon customers' request)

APPLICATION :

Ferrous chloride, which exhibits light green or blue-green crystals, has a wide range of applications. These include but are not limited to:

• Reducing agent: It can be used as a reducing agent in chemical reactions.
• Wastewater treatment: Due to its unique decolorization ability, ferrous chloride is suitable for the treatment of dye intermediates, printing and dyeing, and papermaking industry wastewater. It can simplify the water treatment process, shorten the water treatment cycle, and reduce water treatment costs.
• Selenium detection: It is used in the detection of selenium.
• Agate staining: Ferrous chloride can be used for staining agate, giving it a unique color.
• Chemical catalyst: It serves as a chemical catalyst in certain chemical reactions.
• Mordant: In the textile printing and dyeing industry, ferrous chloride can be used as a mordant to help fix dyes on fabrics.
• Metallurgical and electroplating: It has applications in the metallurgical and electroplating industries.

In addition, ferrous chloride can also be used to produce other chemicals, such as ferric chloride, through further chemical reactions. Overall, the applications of ferrous chloride are diverse and span multiple industries.

To store ferric chloride for the water treatment process and prevent oxidation, here are some key points to consider:

Firstly, it is important to keep the ferric chloride solution in a cool and dry place. High temperatures and humidity can accelerate the oxidation process, so maintaining a stable and suitable environment is crucial.

Secondly, ensure that the storage containers are airtight and made of materials that are compatible with ferric chloride. This will prevent air and other contaminants from entering the solution, thereby reducing the risk of oxidation.

Thirdly, avoid exposing the ferric chloride solution to direct sunlight or other sources of ultraviolet radiation, as this can also promote oxidation.

Additionally, it is a good practice to regularly check the solution for signs of oxidation, such as changes in color or the formation of precipitates. If oxidation is detected, the solution should be replaced promptly to ensure the effectiveness of the water treatment process.

Furthermore, storing ferric chloride in its concentrated form can help to slow down the oxidation process. When diluted, the solution becomes more susceptible to oxidation, so it is best to use concentrated solutions and dilute them only as needed.

Lastly, consider using antioxidants or other stabilizers in the solution to further reduce the risk of oxidation. However, it is important to consult with a water treatment expert before adding any chemicals to the solution, as some antioxidants may not be compatible with ferric chloride or may affect the effectiveness of the water treatment process.

By following these guidelines, you can help to ensure the quality and effectiveness of your ferric chloride solution for water treatment processes.