Avimetal
Mineral Processing Technology
Advanced Solutions for Efficient Mineral Recovery
As global demand for critical minerals, rare earth elements, and precious metals continues to grow, the mining industry requires innovative processing methods capable of handling increasingly complex mineral deposits. Avimetal develops advanced mineral processing technologies designed to improve resource recovery, reduce operational costs, and enable faster deployment of mineral processing facilities.
Modern Approach
Rethinking Mineral Processing
Traditional mineral processing plants require large infrastructure, long construction schedules, and significant capital investment. Avimetal is developing new processing approaches that reduce these barriers while maintaining high recovery efficiency.
Modular Plant Design
Standardized modules that integrate seamlessly for rapid deployment.
Energy-Efficient Systems
Processing systems engineered to minimize energy consumption.
Scalable Infrastructure
Capacity grows alongside production needs without full rebuilds.
Advanced Separation
Cutting-edge separation technologies for complex ore bodies.
Core Technology
Gravity Concentration
How It Works
Gravity-based separation systems exploit density differences to isolate high-value minerals from surrounding material — without heavy chemical inputs.
Key Benefits
  • Recovers high-density minerals such as gold and other precious metals
  • Efficient mineral concentration at scale
  • Reduces reliance on chemical processing
  • Lower environmental footprint per tonne processed
Core Technology
Flotation Processing
Flotation systems separate valuable minerals from gangue materials through combined chemical and physical techniques. This process is widely used in the recovery of sulfide minerals and complex ore bodies.
1
Ore Feed
Raw ore introduced into flotation circuit
2
Chemical Conditioning
Reagents selectively bind to target minerals
3
Separation
Air bubbles carry mineral-laden froth to surface
4
Concentrate
High-grade mineral product recovered
Core Technology
Electrostatic Mineral Separation
Precision at the Particle Level
Electrostatic separation technology enables precise separation of conductive and non-conductive minerals, making it particularly effective for processing fine mineral particles where conventional methods fall short.
  • Improves separation efficiency for fine particles
  • Applicable to rare earth and industrial minerals
  • Reduces downstream processing complexity
Best Suited For
Complex fine-grained ores where gravity or flotation alone cannot achieve target recovery grades.
Innovation
Modular Containerized Processing Plants
Avimetal is developing modular containerized processing plants that integrate equipment within standardized structural modules — deployable via a plug-and-play architecture that dramatically reduces construction time versus conventional facilities.
1
Design
Equipment configured within standardized container modules
2
Ship
Modules transported directly to site — no heavy civil works required
3
Connect
Plug-and-play integration of utilities and process streams
4
Operate
Full processing capacity activated rapidly after arrival
Flexibility
Processing a Wide Range of Mineral Resources
Avimetal's technologies are designed to handle diverse mineral resources. Modular systems can be configured according to specific ore characteristics and production requirements.
Precious Metals
Gold, silver, and platinum group metals recovered with high efficiency
Rare Earth Elements
Critical REEs essential for advanced technology manufacturing
Critical Metals
Lithium, cobalt, nickel, and other battery and energy transition metals
Industrial Minerals
High-value industrial minerals for construction and manufacturing
Scalability
Start Small. Scale Fast.
One of the key advantages of Avimetal's technology platform is its scalability. Processing plants can begin with smaller modular systems and expand capacity by adding additional modules as production increases — reducing initial capital investment while allowing projects to grow over time.
Phase 1 — Pilot
Single module, low capital entry point
Phase 2 — Expansion
Additional modules added as ore production ramps
Phase 3 — Full Scale
Complete modular plant operating at target throughput
Market Context
Supporting the Future of Mineral Supply
The Global Demand Shift
The transition to renewable energy, advanced technologies, and modern manufacturing is driving unprecedented demand for critical minerals — creating an urgent need for more efficient, adaptable processing solutions.
Avimetal's Role
Avimetal's mineral processing technologies aim to help unlock valuable mineral resources by providing efficient, flexible solutions that meet the pace of global demand growth.
  • Faster project deployment
  • Lower barriers to entry
  • Adaptable to complex deposits
Vision
Engineering for the Next Generation of Mining
Through continuous engineering innovation, Avimetal is committed to improving mineral processing performance while reducing environmental impact and project development time.
More Efficient
Higher recovery rates with optimized separation technologies
More Flexible
Modular systems configured for any ore type or project scale
More Sustainable
Reduced chemical use, energy consumption, and construction footprint
Avimetal — Advancing mineral processing for the evolving global resource industry.