The spent Ni-Cd battery and the spent catalyst containing cobalt were treated by reductionsmelting process with deep-sea Manganese nodules for recovery of nickel and cobalt metals. The nickel in the spent Ni-Cd battery could be recovered with adding 5% coke as a reducing agent regardless of the amount of battery added. However, to recover cobalt from the spent catalyst, it is required to add more coke for reduction of cobalt oxide in the catalyst. The treatment of metal wastes with manganese nodules can contribute to lower the cost for the proce-ssing of nodules and to facilitate the recycling of metal wastes
A world-wide research is progressing on sea nodules as an alternative future source of various metal...
There is now doubt that the deep sea bed nodules occuring in the oceans are the potential source ...
The paper describes the reduction-roast ammonia leach process developed at NML for recovery of coppe...
Polymetallic nodule contains various metals like copper, nickel, cobalt, manganese, iron, lead, zinc...
Polymetallic sea nodule contains multiple metals like copper (1.1 %), nickel (1.2%), cobalt (0.08%),...
Process feasibility studies have been initiated to determine the possibilities of extraction of nick...
Manganese nodules are the potential sources of base metals like copper, nickel, cobalt and manganese...
: This paper describes the reduction-roast-ammonia leach-solvent extraction-electrowinning process ...
This dissertational thesis details the development and investigation of a pyrometallurgical process ...
Ni-MH spent batteries are heterogeneous and complex materials, so any kind of metallurgical recovery...
Process feasibility studies have been initiated to determine the possibilities of extraction of nick...
A pilot plant for processing of polymetallic sea nodule on 500 Kg/day scale has been set up by Depar...
CSIR-NML, Jamshedpur has been engaged in technology development to recover valuable metals (Cu, Ni &...
Innovative recycling routes are needed to fulfill the increasing demand for battery raw materials to...
Sea nodule contains appreciable quantities of valuable metals such as Cu, Ni, Co and Mn. In order to...
A world-wide research is progressing on sea nodules as an alternative future source of various metal...
There is now doubt that the deep sea bed nodules occuring in the oceans are the potential source ...
The paper describes the reduction-roast ammonia leach process developed at NML for recovery of coppe...
Polymetallic nodule contains various metals like copper, nickel, cobalt, manganese, iron, lead, zinc...
Polymetallic sea nodule contains multiple metals like copper (1.1 %), nickel (1.2%), cobalt (0.08%),...
Process feasibility studies have been initiated to determine the possibilities of extraction of nick...
Manganese nodules are the potential sources of base metals like copper, nickel, cobalt and manganese...
: This paper describes the reduction-roast-ammonia leach-solvent extraction-electrowinning process ...
This dissertational thesis details the development and investigation of a pyrometallurgical process ...
Ni-MH spent batteries are heterogeneous and complex materials, so any kind of metallurgical recovery...
Process feasibility studies have been initiated to determine the possibilities of extraction of nick...
A pilot plant for processing of polymetallic sea nodule on 500 Kg/day scale has been set up by Depar...
CSIR-NML, Jamshedpur has been engaged in technology development to recover valuable metals (Cu, Ni &...
Innovative recycling routes are needed to fulfill the increasing demand for battery raw materials to...
Sea nodule contains appreciable quantities of valuable metals such as Cu, Ni, Co and Mn. In order to...
A world-wide research is progressing on sea nodules as an alternative future source of various metal...
There is now doubt that the deep sea bed nodules occuring in the oceans are the potential source ...
The paper describes the reduction-roast ammonia leach process developed at NML for recovery of coppe...