Our Multi Effect Evaporator (MEE) is designed for high-efficiency concentration with optimized steam economy and reduced operating costs. By utilizing vapor from one effect as the heating medium for the next, the system significantly minimizes energy consumption. Engineered as per ASME and international standards, it is fabricated in SS304, SS316, Duplex, or alloy steels based on process requirements. The modular and robust design ensures reliable long-term performance in demanding industrial environments. Specification: Capacity: 500 LPH to 200,000 LPH | Effects: 2 to 7 Stage | Steam Pressure: Up to 10 Bar | MOC: SS304/SS316/Alloy Steel | Operation: Continuous | Optional: TVR/MVR Integration Application: Extensively used in chemical, pharmaceutical, distillery, food processing, and effluent treatment plants (ZLD systems) for concentration, solvent recovery, and wastewater volume reduction. Working Principle: The MEE works on the principle of multiple-stage evaporation, where vapor generated in the first effect is reused as the heating medium for the subsequent effect under progressively lower pressure, maximizing thermal efficiency and reducing steam consumption.

Our Single Effect Evaporator is engineered for efficient concentration of liquids through controlled evaporation using a single heat source. Designed for simplicity, reliability, and cost-effectiveness, it ensures uniform heat transfer and stable operation across varied process conditions. Fabricated in SS304, SS316, or alloy steel as per ASME standards, the system is ideal for small to medium-scale applications. Compact design and easy maintenance make it a dependable solution for continuous operation. Specification: Capacity: 100 LPH to 50,000 LPH | Steam Pressure: Up to 10 Bar | MOC: SS304/SS316/Alloy Steel | Operation: Batch or Continuous | Optional: Vacuum System Application: Widely used in chemical, pharmaceutical, food processing, and wastewater treatment industries for concentration of solutions, solvent recovery, and volume reduction processes. Working Principle: The single effect evaporator operates by supplying steam to a heat exchanger, where the feed liquid absorbs heat and evaporates. The generated vapor is separated from the concentrated liquid, resulting in increased product concentration in a single-stage operation.

Our Rotary Extractors are precision-engineered for continuous liquid–liquid extraction, ensuring high mass transfer efficiency and consistent product quality. Designed with rotating internals for enhanced phase contact, these systems deliver superior separation performance with minimal solvent consumption. Built in SS304, SS316, or alloy steel, they comply with international fabrication standards and are tailored to specific process requirements. Compact design ensures smooth operation, easy maintenance, and long operational life. Specification: Capacity: As per process requirement | MOC: SS304/SS316/Alloy Steel | Operation: Continuous | Pressure: Up to 10 Bar | Drive: Variable Speed Motor Application: Widely used in chemical, pharmaceutical, petrochemical, and specialty industries for solvent extraction, purification, recovery of valuable components, and separation of immiscible liquid phases. Working Principle: The rotary extractor operates by rotating internal elements that create intimate contact between two immiscible liquid phases, enhancing mass transfer. The difference in density allows efficient separation after extraction, resulting in purified output streams.