Evaporator Concentrator

Single Effect Evaporator is a fundamental and highly efficient industrial system designed to concentrate solutions by evaporating the solvent, typically water, through the application of heat. It operates as a single unit, utilizing fresh steam (or another heating medium) in a heat exchanger to boil the product under a controlled vacuum.

Multi-Effect Evaporator is an energy-efficient industrial system designed to concentrate solutions by removing large volumes of solvent, typically water, through the sequential use of multiple evaporator units (called “effects”). Its core principle is the reuse of vapor from one effect as the heating medium for the next, dramatically reducing steam consumption compared to a single-effect evaporator.

Thin Film Evaporator (TFE), also known as a Wiped Film Evaporator (WFE), is an advanced thermal separation device designed for efficient processing of heat-sensitive, viscous, or fouling-prone materials. Its core principle is to create a thin, turbulent film of liquid on the inner surface of a heated cylinder, enabling rapid evaporation with minimal product degradation.

Forced Circulation Evaporator is a robust industrial evaporation system designed for concentrating viscous, fouling, or crystalline solutions. It uses a high-flow pump to circulate liquid through a heat exchanger at high velocity, preventing scaling and ensuring efficient heat transfer. Ideal for challenging applications where falling film or natural circulation evaporators are ineffective, this system excels in handling high-solid content, corrosive fluids, and solutions prone to crystallization.

Vacuum Reduction Concentrator is a precision evaporation system designed for gentle concentration of heat-sensitive materials under reduced pressure. By operating at low temperatures through vacuum application, it prevents thermal degradation while efficiently removing solvents or water. This system is ideal for pharmaceuticals, food processing, and chemicals where product quality and active compound preservation are critical. Its versatile design supports batch, semi-batch, and continuous processing for a wide range of viscosities and formulations.