Descriptions

Forced circulation evaporator is a low-consumption and energy-saving concentrating and crystallizing eguipmentdeveloped by our company, which has the characteristics of fast flow rate of feed liquid, fast evaporation and dificultscaling. Forced circulaion evaporators can be divided into single-efect, double-efect and multi-effect evaporators.Composition of single-effect forced circulation evaporator:The single-effect forced circulation evaporator consists of a first-effect heating chamber, an evaporation crystalizationchamber, a condenser, a circulating pump, a vacuum and drainage system, a gas-liquid separation chamber, asecondary steam flash tank, a salt separator, an operation platform, detection instruments and electrical instrumenicontrol cabinets, valves and pipeline systems, etc.

Reducing steam consumption is critical for improving the energy efficiency of single-effect forced circulation crystallization evaporators. This article explores practical methods and operational strategies to minimize steam usage, helping users achieve cost-effective and sustainable crystallization processes.

Features

• The full set of system design is reasonable and beautiful, stable operation, forced circulation, so that the material liquid with large viscosity is easy to flow and evaporate
• The special design can realize switching and efficiency change through simple operation to adapt to the production of different products
• The evaporation temperature is low, the heat is fully utilized, and the material liquid is heated mildly, which is suitable for the concentration of heat-sensitive materials
• The evaporator is heated evenly in the tube through forced circulation, and the heat transfer coefficient is high, which can prevent the phenomenon of dry wall
• The material and liquid enter the separator and then separate, which strengthens the separation effect and makes the overall equipment have greater operating flexibility
• Continuous feeding and discharging, the liquid level and required concentration can be automatically controlled
• The whole set of equipment has a compact structure, a small footprint, and a simple and smooth layout, representing the development direction of large-scale complete evaporation equipment

Optimizing thermal performance is key to achieving stable crystallization and high productivity. This article provides a detailed analysis of heat transfer characteristics and practical improvement measures for single-effect forced circulation crystallization evaporators, offering valuable insights for process optimization.