• Recovers high-purity Na₂SO₄ from industrial effluents and process streams. 
• Uses multi-stage crystallization and separation technology. 
• Operates under controlled cooling, pH, and filtration parameters for maximum yield. 
• Reduces chemical discharge, enhances resource utilization, and lowers disposal costs. 
• Ideal for chemical, detergent, textile, and glass manufacturing industries

• Recovers Ca²⁺ and Mg²⁺ ions from industrial effluents and process streams.
• Employs techniques such as precipitation, filtration, and ion exchange.
• Enables reuse of recovered salts in agriculture, water treatment, or chemical processing.
• Reduces hardness in water systems and minimizes scaling in industrial equipment.
• Promotes sustainability by lowering chemical waste and improving resource efficiency.

• Recovers high-purity MEG from process waste, effluents, and by-products. 
• Uses distillation and dehydration technologies for effective separation. 
• Reduces raw material costs and supports closed-loop recycling. 
• Designed for continuous operation with automated controls and minimal downtime.

• Recovers high-purity Epsom Salt (MgSO₄·7H₂O) from industrial waste streams. 
• Utilizes controlled crystallization and cooling technology for efficient salt formation. 
• Designed for continuous operation with precise temperature and pH control. 
• Reduces raw material costs and promotes resource recovery. 

A Sodium Sulphate Recovery System is designed to recover sodium sulfate (Na₂SO₄) from waste streams, by-products, or industrial effluents. Sodium sulfate is a valuable chemical used in various applications, including detergents, glass manufacturing, and the textile industry. The recovery of sodium sulfate not only reduces waste but also helps in recycling and reusing a valuable resource, contributing to cost savings, sustainability, and environmental protection.

• Fully automated Dimethyl Sulfoxide (DMSO) recovery system. 
• High-efficiency solvent recovery from effluents and waste streams. 
• Designed for continuous operation with minimal manual intervention. 
• Reduces solvent purchase cost and supports sustainable operations

• Recovers acetic acid from process effluents, by-products, and condensates. 
• Employs fractional distillation, azeotropic separation, or liquid-liquid extraction. 
• Reduces chemical consumption and operational costs. 
• Ensures high purity recovery suitable for reuse in chemical and pharma processes.