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Graphene Electrode Cyclone Electrowinning System
Revolutionizing sustainable metal recovery
Presented by: Avimetal Inc.
JG
by James Gim
A New Era of Electrowinning
Cutting-edge graphene electrode technology
Advanced materials for superior performance
Hydro turbine-enhanced electrolyte flow
Optimized circulation for efficiency
Sustainable metal recovery
Maximize purity, reduce costs, minimize impact
Industry Challenges
Pyrometallurgy
High energy use
Emission issues
Hydrometallurgy
Chemical-intensive
Slow processing
Conventional Electrowinning
Lacks efficiency
Poor sustainability
Our Breakthrough Solution
Advanced Materials
Graphene-coated cathode & anode surfaces
Enhanced Flow
Hydro turbine for optimal agitation
User-Friendly Design
Single-touch lid for easy metal retrieval
Safety Features
CPVC components and acid mist outlet
Key Components
Cylindrical Cell
With bottom inlet for solution flow
Graphene-Coated Cathode
Rotating titanium cylinder design
Graphene Oxide Anode
Optimized for conductivity
4
Hydro Turbine
Creates uniform mixing
Single-Touch CPVC Lid
For easy metal removal
Electrowinning Process Overview
Solution Entry
Pregnant solution enters via bottom inlet
Agitation
Hydro turbine creates optimal electrolyte contact
Cyclone Effect
Electrolyte rotates around electrodes
Metal Deposition
Metal deposits on rotating cathode
Discharge
Spent electrolyte and acid mist removed
Performance Specs
75kg
Daily Production
Metal per cell per day
250mm
Diameter
Compact cell design
2m
Length
Per cell
Applications: Sulphide/oxide ores, alloys, by-products, waste streams
Market Opportunity
Higher Efficiency
Through graphene conductivity
Eco-Friendly
No toxic chemicals required
Cost-Effective
For small to mid-scale miners
Easy Operation
With modular components
Contact:
[email protected]
| Website: www.avimetal.com