A Set of MVR Evaporation Equipment Is Loaded into The Car And Set Off To The Site of Nouryon

The equipments have been loaded onto the vehicle and is ready to be sent to the project site.
This is a set of forced circulation MVR evaporators used to evaporate sodium sulfate wastewater with a crystallization concentration of about 10%, ultimately achieving saltwater separation and comprehensive resource utilization.               

This specialized industrial equipment designed for an environmentally conscious and efficient process in waste management. Forced circulation MVR (Mechanical Vapor Recompression) evaporators are advanced technology systems typically employed in industries where there's a need to concentrate liquid solutions, such as in the case of treating sodium sulfate wastewater. This technology not only helps in concentrating the waste but alsorecover valuable resources, thereby contributing to sustainability efforts.

Here's a brief breakdown of the key aspects mentioned:

Forced Circulation: This refers to the design of the evaporator where the fluid is circulated under pressure through the heating tubes. It ensures efficient heat transfer and prevents scaling, which is crucial when dealing with high viscosity or crystallizing solutions like sodium sulfate.

MVR Evaporators: Mechanical Vapor Recompression technology utilizes the secondary steam generated during the evaporation process, compresses it to a higher pressure (and thus temperature), and then feeds it back into the heating system. This significantly reduces energy consumption as it eliminates the need for external heating sources, making the process more energy-efficient and cost-effective.

Sodium Sulfate Wastewater: Sodium sulfate is a common byproduct in various industries, including chemical manufacturing, pulp and paper, and textile dyeing. When present in wastewater, it can pose environmental challenges if not treated properly before discharge. The evaporators you mentioned are instrumental in treating this type of wastewater.

Crystallization Concentration of About 10%: This indicates the initial solids content in the wastewater before evaporation. Through the MVR process, the aim is to increase this concentration significantly, leading to the formation of solid crystals that can be separated from the water.

Saltwater Separation and Comprehensive Resource Utilization: By concentrating the sodium sulfate, the MVR evaporators facilitate the separation of salt (in this case, sodium sulfate) from the water. The recovered salt can often be reused within the same industry or sold as a byproduct, while the clean water can be recycled back into the production process or safely discharged, promoting a closed-loop system and minimizing waste.

In summary, the equipment being transported plays a vital role in sustainable industrial practices by effectively managing and repurposing wastewater, thereby reducing environmental impact and enhancing resource efficiency. Ensuring safe and timely delivery to the project site is crucial for the successful implementation of such an environmentally friendly solution.