EE Awards / Great O’Bay Limited / Electrometallurgy
Great O’Bay Limited
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Electrometallurgy
Candidate for:EE Awards - Innovation R&D Award
Electrometallurgy utilizes electrical methods to extract valuable metal materials from recycled resources. Below are its unique design, features, functions, and technologies:
Unique Design
The design concept centers on environmental protection and efficiency. The system includes an electrolytic cell, electrode system, and control system, allowing it to operate at low energy consumption. This design not only enhances operational safety but also reduces environmental impact. Through precise current control, electrometallurgy can selectively extract different metals, showcasing its strong adaptability.
Features
The technology exhibits high selectivity for waste metal materials, enabling targeted extraction of specific metals while minimizing the impact on other metals. Additionally, it can extract various metals such as gold, silver, and copper, thereby increasing the recycling value of discarded materials. This gives it a significant advantage in the electronics industry, especially when processing old electronic products.
Functions
The primary function is to extract and purify metals. It effectively recovers valuable metals from discarded electronic components, reducing production costs and environmental burdens. During the electrolytic process, metal ions are deposited onto electrodes from the solution, forming a pure metal layer. This process not only enhances metal recovery rates but also ensures the quality of the extracted metals.
Technologies
The technologies involved include electrolytic extraction, electrodeposition, and electrolytic separation. These methods utilize electrical currents to facilitate the transfer and deposition of metal ions, achieving efficient metal recovery. Coupled with artificial intelligence and automation control systems, the entire process becomes more intelligent, improving production efficiency.
In summary, the application of electrometallurgy in electronic engineering offers a sustainable solution for recycling waste metal materials through its unique design, high selectivity, superior functions, and advanced technologies. It holds significant importance for environmental protection and resource conservation in the electronics industry.
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