Recovery
of Nickel from spent Nickel catalysts
Type of Technology :
Indigenous
Area of Technology : Waste
Management/Environment and Pollution
Deatils of Present/existing technology.
Shortfall/Technological gaps in the existing technology
A present there is no technology worth the name which can
be used on large scale. Some small scale industries are collecting
the spent nickel catalysts from various sources and trying
to produce some nickel salts, with poor nickel recoveries.
Approach adopted in new technology to
evade technological gap in the existing one
This technology is new and different from the existing technology
Advantage
The technology provides a qualitative recovery of nickel.
The final product will be ferro-nickel, which finds use in
the making of stain less steels. This technology will be suitable
for large scale, medium scale as well as small scale industries
also.
Brief Description
Spent Nickel catalysts are generated in various industries
like chemical, petrochemical, fertiliser, hydro-generation
industries. So far there is no organised management and use
of these spent nickel catalysts. In this technology, the spent
nickel catalysts are mixed with suitable additives and then
subjected to reductive smelting to produce ferro-nickel
Major Raw Material
Spent Nickel Catalyst, Mill Scale (iron oxide), reducing
agents, etc.
Major Plant Equipment/Machinery
Oil/gas fired furnace, reaction vessels, etc.
Area of Application
Minerals, Metals and Materials
Applications
The product of the technology i.e. ferro-nickel is an essential
material in the making of stainless steel.
Status of Development :
Ready for commercial use
Technology Transfer Assistance Offered
(a) Process know how (b) Detail of equipment (c) Plant lay
out (iv) quality assurance methods. Assistance can be provided
at the time of production or trails on separate terms and
conditions.
Additional Information
A plant and equipment with capacity to process 2 tons/day
of the spent catalyst costs approximately Rs. 15 Lakhs.
Contact for more information:
Director
National Metallurgical Laboratory
Jamshedpur-831 007, India
|