Glycerin Purification Plant
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What is Glycerin Purification Plant?
A Glycerin Purification Plant is a specialized facility designed to remove impurities from sweet water, which is a byproduct of processes like fat splitting, soap lye production and biodiesel manufacturing. The plant ensures that the water is purified to a high standard, making it suitable for reuse in various industrial applications.
process
Process of Glycerin Purification Plant
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Step 1
Purification Process:
Glycerin from the splitting tower is heated to approximately 60 - 70 degrees Celsius using steam in the Heater. It then enters the reaction vessel where chemicals like Alum, Sodium Hydroxide, Ferric Chloride, and HCl are added. Agitation with air in the reaction vessel facilitates chemical reactions with impurities, forming a precipitate.
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Step 2
Filtration and Collection:
The treated water passes through a filtration system where filter cloths capture precipitated impurities. Crude glycerin, if present, is separated and collected in an intermediate tank. Filter cloths are regularly changed and recycled to maintain efficiency.
Key Features of Glycerin Purification Plant
Efficient Chemical Treatment:
Utilizes Alum, Sodium Hydroxide, Ferric Chloride, and HCl for effective impurity removal.
Agitation and Filtration:
Ensures thorough mixing and precise filtration to achieve purified water and recover valuable by-products.
Versatile Application:
Supports diverse industrial processes requiring clean water inputs.
Advantages of Glycerin Purification Plant provided by Muez Hest
- High-Efficiency Chemical Treatment
- Advanced Agitation and Filtration
- Temperature-Controlled Processing
- Versatile Industrial Application
- Sustainable Operation
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faq
Frequently Asked Questions
Discover some of the most asked questions regarding Glycerin Purification Plant.
What is the primary function of the Glycerin Purification Plant?
The Glycerin Plant is designed to remove impurities from Glycerin derived from sources such as fat splitting, soap lye, and biodiesel production, ensuring the production of high-quality purified water for industrial use.
At what temperature is the Glycerin heated during the purification process?
The Glycerin is heated to approximately 60 – 70 degrees Celsius using steam in the Heater.
Which chemicals are used in the purification process to remove impurities?
The chemicals used include Alum, Sodium Hydroxide, Ferric Chloride, and Hydrochloric Acid (HCl).
How are impurities removed from the Glycerin in the reaction vessel?
Impurities are removed by adding chemicals that react with the impurities, forming a precipitate. Air agitation in the reaction vessel helps facilitate these chemical reactions.
What happens to the precipitated impurities during the filtration process?
The precipitated impurities are captured by filter cloths in the filtration system, ensuring that only purified water passes through.
How is crude glycerin managed in the Glycerin Purification Plant?
If crude glycerin is present, it is separated from the treated water and collected in an intermediate tank.
Why are filter cloths regularly changed in the filtration system?
Filter cloths are regularly changed and recycled to maintain the efficiency of the filtration process.
What are the key features of the Glycerin Purification Plant?
The key features include efficient chemical treatment using Alum, Sodium Hydroxide, Ferric Chloride, and HCl, thorough mixing and filtration processes, and versatile applications for various industrial processes requiring clean water inputs.
In which industries is the Glycerin Purification Plant most commonly used?
It is commonly used in industries involved in fat splitting, soap production, and biodiesel manufacturing, where high-quality purified water is essential.
How does the plant ensure the recovery of valuable by-products?
The plant’s efficient agitation and filtration processes ensure the recovery of valuable by-products like crude glycerin while achieving purified water.