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Recovering palladium Carbon Catalyst Process

     

Recovering palladium Carbon Catalyst Process

Thermal Treatment:The palladium carbon catalyst is immersed in a hot water bath and heated to facilitate the decomposition of organic substances within the catalyst, thereby aiding in its recovery.

Acidic Dissolution:The catalyst is submerged in an acidic solution to leach out palladium ions, reducing the organic content.

Basic Dissolution:The catalyst is treated with a basic solution to extract carbon ions, further decreasing the organic material.

Chloride Solution Treatment:The catalyst is placed in a chloride solution to dissolve metal ions, thereby reducing the organic content.

Leaching with Solvent:The catalyst is immersed in a solvent to absorb and remove organic substances, minimizing their presence within the catalyst.

Recovery of Organic Substances:The extracted organic material is collected for reuse, ensuring minimal waste and maximal efficiency.

High-Temperature Decomposition:The catalyst undergoes high-temperature treatment to ensure complete decomposition of organic substances, facilitating effective recovery.

Vapor Extraction:The catalyst is subjected to vapor processing to extract tantalum ions, enabling their reintegration into the catalyst for reuse.

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