Production of Value Added Products from the Spent Nickel Catalyst /Muhammad Javed
Material type: TextPublication details: Lahore : Department of Chemistry, Div. S&T, University of Education, 2018Description: 60 p. xv CDSubject(s): DDC classification:- 543.08 P9424
Item type | Current library | Call number | Status | Date due | Barcode | |
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Theses | UE-Central Library | 543.08 P9424 (Browse shelf(Opens below)) | Not for loan | TTH14 |
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543.07 K5276 Handbook of analytical instruments | 543.07 St871 Chemical instrumentation : a systematic approach | 543.08 N7301 Non conventional sources of edible oil (water melon) | 543.08 P9424 Production of Value Added Products from the Spent Nickel Catalyst | 543.08 St9468 Study of pollution load in fish farm for its water quality | 543.08 W691 Instrumental methods of analysis / | 543.0858 B2199 Fundamentals of molecular spectroscopy |
The spent nickel catalyst was collected from local ghee industry from Okara, Punjab province. Collected material oil was separated by the use of n-hexane. Spent nickel catalyst is being disposed of in the soil which not only causing soil pollution but also water pollution. The current study was designed to utilize the spent nickel catalyst from Ghee industry for valuable product. Spent nickel catalyst contain 19-21 % nickel, which was extracted by mineral acid reaction. Salts prepared from waste spent nickel catalyst were analyzed on atomic absorption spectrophotometer for their purity and its comparison was made with their pure salts. The percentage purity of nickel sulphate is 90.01%, nickel nitrate 90.18 % and 92.14 %. As nickel salts frequently used in the electroplating and currently all material is being imported. This study may open the way for proper utilization of spent nickel catalyst and may be helpful in reducing the import of nickel salts, which are frequently used for electroplating.
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