|
| Process study on removal of Ni from FCC Waste CatalystWang Wei-zhen, Huang Hai-hui, Chang Yao-chao, Ruan Shu-feng, Gao chong |
|
Received:June 09, 2020
Revised:July 16, 2020
Accepted:July 17, 2020
Published Online:May 13, 2021
|
| View Full Text View/Add Comment Download reader |
| DOI： |
| KeyWord:FCC, Waste;catalyst, Reduction;smelting, Removal;of Ni |
| Author | Institution |
| Wang Wei-zhen |
Beijing General Research Institute of Mining Metallurgy |
| Huang Hai-hui |
Beijing General Research Institute of Mining Metallurgy |
| Chang Yao-chao |
Beijing General Research Institute of Mining Metallurgy |
| Ruan Shu-feng |
Beijing General Research Institute of Mining Metallurgy |
| Gao Chong |
Beijing General Research Institute of Mining Metallurgy |
|
| Hits: 2075 |
| Download times: 1151 |
| Abstract: |
| The process of acid leaching, roasting-acid leaching, ammonia leaching, reduction roasting- ammonia leaching, chloridizing roasting were used for removal of Ni from FCC Waste Catalyst. The removal rate of Ni are 16.64%、10%、0.8%、23.92% and 64.53%, respectively.
And the treated residue which the nickel content is more than 0.1% cannot meet the standards for general industrial solid wastes. Then the FCC Waste Catalyst was treated by the process of reduction smelting. When the waste catalyst was reduction smelted at 1450 ℃ for 2 hour with addition of 11% of Fe2O3 and 5% of anthracite, the removal rate of Ni was 92.6%. The smelting slag which the nickel content is 0.06% can meet the standards for general industrial solid wastes. |
| Close |
|
|
|