Solution

According to the customer’s requirements and product characteristics, TYIC provide the planning and design of the entire leaching and extraction production line, including: selecting the process route, designing the equipment structure, designing the workshop layout, selecting the supporting facilities, providing information on civil engineering conditions, designing the electrical automation, designing the pipeline and cable tray routing, etc. Also, provide basic training services and materials management, also assist in tank filling and production commissioning.

The design of the wastewater treatment process is mainly aimed at treating the wastewater generated from the smelting process, including high-salinity wastewater, high-organic-matter wastewater, and high-heavy-metal wastewater. Based on the properties of these wastewaters, technical methods such as multi-nuclei co-precipitation, flocculant flocculation, gas flotation, microcrystalline demulsification, ion exchange, and MVR evaporation crystallization are generally adopted to purify the water, so as to meet the national discharge standards or enable water reuse.

The anode powder of waste batteries, after low-temperature roasting, mainly consists of nickel, cobalt, manganese, as well as a small amount of aluminum and copper contaminated during the disassembly process, and insoluble graphite. In the leaching process, through continuous leaching with sulfuric acid, nickel, cobalt, copper, aluminum, iron, magnesium, etc., completely enter the solvent. A certain amount of sodium thiosulfate is added to remove copper.

Stirring transmission equipment includes motors, reducers, frequency converters, stirring paddles, stirring supports and other devices. Our company provides the overall design and equipment of stirring transmission equipment.