The sustainable development of the electroplating industry model is an electroplating production model that integrates resource conservation, environmental protection, and efficiency improvement of the electroplating production line.

This model requires the electroplating equipment factory not only to formulate plans from the perspective of electroplating process and environmental protection, but also to leave sufficient room for sustainable development in terms of reasonable energy structure, resource saving and reuse, for example, Basically, the use of water-free technology, the so-called zero-emission technology, will change the previous emission model that only aims to meet emission standards even if there is a drainage system, but the water resources themselves and the recyclable metals in the water will be changed. Recycle them all.

With the advancement of high-energy porous electrodes and various membrane technologies, on the basis of making full use of clean and low-cost energy such as solar energy, future water treatment will be a combination of metal recycling, electrical decomposition of various harmful substances, and water decomposition and regeneration. , This is by no means science fiction.

By collecting hydrogen and oxygen in the electrolysis process, and electrolyzing the sewage to collect hydrogen and oxygen, and then enter the hydrogen fuel boiler to burn for heating or power generation, the by-product of combustion is pure water, which can be used for electroplating. This new comprehensive utilization mode of comprehensive treatment of wastewater is completely possible under the condition of sufficient electric energy.

The fact that the electroplating production line still occupies a place in the modern manufacturing industry shows that electroplating equipment technology can follow the progress of the high-tech industry. However, compared with other majors in modern manufacturing, the progress of my country's electroplating technology has not been able to fully keep up with the rapid development of high-tech and modern manufacturing needs. Whether it is basic raw materials, electroplating equipment and electroplating process technology, or electroplating production line management, resource conservation and environmental protection, there is still a big gap compared with the international advanced level.

If the gap in process technology is only a matter of level, then soaring resources and prices endanger the prosperity of the industry and the survival of enterprises. Under the dual pressure of resources and environmental issues, the electroplating industry can only keep up with the progress of the times if it resolutely follows the path of sustainable development.