1. Separation technology:

-Three stage separation method: Adopting a three-stage separation method of falling film evaporation, gravity settling, and wire mesh foam removal, it can effectively remove impurities and entrained water droplets in water, ensuring higher purity of the produced injection water. This is one of the core technical advantages of Binrun injection water equipment.

2. Material and structural design innovation:

-Double tube plate design: The external preheater, condenser, and evaporator are all designed with double tube plates, which meet the requirements of CGMP. This design can effectively eliminate the possibility of low-level medium pollution in the system, ensuring the hygiene and safety of injection water.

-High quality heat exchange tube material selection: Seamless tubes are used for heat exchange tubes, which have better strength and durability compared to ordinary pipes. They can maintain a good state during processing, welding, expansion and contraction during operation, ensuring that industrial steam, raw water and cooling water do not leak into the clean distilled water and secondary steam side.

-3D bending process: Stainless steel pipes are used as much as possible to directly stretch and bend pipes on the pipeline, avoiding welding and reducing the risk of impurities residue and leakage caused by welding, making the pipeline system more stable and reliable.

3. Efficient energy-saving technologies:

-Efficient heat exchange technology: using thin-walled heat exchange tubes and advanced material water distributors, and using the injection water generated by each evaporator as the heating source for the preheater, the heat exchange rate of the entire equipment is increased by 20%, while improving energy utilization efficiency and reducing equipment operating costs.

-Optimization of cooling water usage: With the increase of evaporator efficiency, the utilization rate of industrial steam by equipment is improved, and the amount of cooling water used is significantly reduced. For users in different regions, it can better adapt to different water environments and save water resources.

4. Advanced control system:

-Multiple control mode options: The control system has multiple control modes for users to choose from, such as manual, PLC+instrument fully automatic, PLC+touch screen, etc. The PLC+instrument is fully automatic and can display temperature, conductivity, flow rate, pressure, etc. online. The PLC+touch screen can observe parameter changes online through the touch screen, and keep track of the equipment production status at any time, making it convenient for users to operate and monitor according to actual needs.

-Paperless recording function: adopting paperless recording method, it can truly record the production situation, facilitate users to trace and analyze the operation data of the equipment, and provide strong support for equipment maintenance and management.

5. Surface treatment technology: Electrochemical polishing of stainless steel surface not only improves the surface smoothness of equipment, but also enhances the corrosion resistance of stainless steel. It can polish areas that mechanical polishing equipment cannot handle, which is of great significance for improving the quality of injection water and the service life of equipment.