Purification OF Ni(No3 )2 •6h2o Obtained From Spent Giap-8
B. (Behzod) FARMANOVAssociate Professor Karshi State Technical University Master's student Karshi State Technical UniversityA. (Abbos) SHAROPOVAssociate Professor Karshi State Technical University Master's student Karshi State Technical University
ABI
Abstract
Currently, scientific research is being conducted in the world on the synthesis of catalysts with high strength, low hydraulic resistance and specific surface area. In this regard, special attention is paid to the creation technologies for the production of our own highly efficient and durable catalysts based on the processing of spent industrial catalysts ; development of technology for extracting nickel from spent industrial catalysts; technologies for obtaining high-strength reforming catalyst carriers and the scientific basis for obtaining a nickel-containing catalyst on a high-strength carrier.
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