Product Profile of Ammonium Sulphate Solution Preparing Plant

Ammonium Sulphate Solution Preparing Plant helps to obtain a white precipitate that is allowed to settle and the stoichiometric liquid is decanted and taken to a decanted liquid holding vessel. The Plant prepares ammonium sulphate solution at the desired concentration and appropriate temperature in the reaction vessel and potassium chloride solid or solution is added to this and the vessel is agitated for the desired time at the appropriate temperature range. The Plant filters the resultant slurry to obtain wet cake of potassium sulphate and the resulting filtrate, containing excess potassium chloride, is recycled for the first stage of reaction. Ammonium Sulphate Solution Preparing Plant is most suitable for various industrial applications.

Ultra Drytech Engineering Projects Pvt. Ltd is the manufacturer of Ammonium Sulphate Solution Preparing Plant. Ultra Drytech Engineering Projects Pvt. Ltd is the supplier of thermal processing equipments, specialized drying systems and auxiliary equipments like rotary calciners, turbo flash calciners, turbo spin flash drying system, rotary dryer, conveying system, autoclave cum ball mill, reaction vessels and tanks for various industrial applications.

Key Features of Ammonium Sulphate Solution Preparing Plant

• Ammonium Sulphate solution is prepared at the desired concentration and appropriate temperature in the reaction vessel and potassium chloride solid or solution is added to this and the vessel is agitated for the desired time and at the appropriate temperature ranges
• A white precipitate is thus obtained. The precipitate is allowed to settle and the stoichiometric liquid is decanted and taken to a decanted liquid holding vessel.
• This liquid contains Ammonium chloride along with some dissolved potassium sulphate and potassium chloride.
• The white mass which remains in the reaction vessel after decanting consists of potassium sulphate and ammonium sulphate, and this mass is washed with potassium chloride solution of desired concentration and volume in the vessel itself.
• In this step the total conversion of the salt takes place to obtain potassium sulphate precipitate
• The resultant slurry is then filtered to obtain wet cake of potassium sulphate, and the resulting filtrate, which is basically containing excess potassium chloride, is recycled for the 1st stage of reaction
• The precipitated potassium sulphate cake is then subjected to a further wash in the filter as per requirement, and then is taken for drying and packing