Drilling Material Additives

LCM, APB mitigation

Energy/Thermal Management

Battery technology, supercapacitors, carbon brushes and fuel cells

Solving Tomorrow’s Sustainable LiB Anode Capacity Challenges Today

• Innovative manufacturing process for graphitic LiB anode material.
• Suitable for:
  • Synthetic graphite
  • Natural flake graphite (spheroidized)
  • Recycled graphite
• Continuous-High Throughput manufacturing process
  • Runs on electrical power, non-chemical processing
  • 1/3^rd of the power consumption compared to Acheson process for making synthetic graphite, energy consumption can be reduced by 65%, as proven by comprehensive pilot trials.
  • No acid or caustic, no chlorine or any other harmful chemicals
  • Can be fully automated
• High purity (>99.95%) and degree of graphitization (>90%)
• Proven electrochemical performance
• Significant less capex per MT annual capacity, compared to other purification or graphitization processes
• Pilot Scale Production trials ongoing, samples available
• Potential 2^nd  plant location in Sweden, with excellent conditions to meet stringent ESG criteria

Friction Materials

NHV, compressibility, hazardous dust reduction

Metallurgy

Recarburizer, DI inoculation, high purity melt cover materials

Polymers

Electrical and thermal conductivity, tribology, materials in food contact

Non-Oxide Ceramics

Beta Silicon Carbide, Boron Carbide