Centred around OKTOP® pCAM reactor, PSI® 1000 particle size analyzer, and pCAM process control, Metso’s pCAM plant integrates advanced technology and decades of know-how to ensure an energy-efficient and sustainable process.
Technology
Proprietary technology including OKTOP® pCAM reactor, thickeners, filters, analyzers to form core of the process
Sustainable
Low energy and water consumption with Metso technology
Early involvement
In-house process development, pilot and bench scale plants for testing
Key drivers for battery precursor industry
Growing emphasis on high performance batteries driving the demand for high quality precursor materials
Precursor is critical to battery performance and safety
Growing demand for sustainable precursor materials to address environmental impact and social responsibility in supply chain
Metso pCAM plant
Centred around OKTOP® pCAM reactor, PSI® 1000 particle size analyzer, and pCAM process control, Metso’s pCAM plant integrates advanced technology and decades of know-how to ensure an energy-efficient and sustainable process. Backed by world-class research & and testing capabilities, Metso’s pCAM plant is an integrated solution for all co-precipitated chemistries.
Core attributes
- Proprietary technology including OKTOP® pCAM reactor, thickeners, filters, analyzers to form core of the process
- 1st western pCAM plant provider
- In-house process development, pilot and bench scale plants for testing
- Batch, semi-batch, and continuous operation with one reactor setup
- Low energy and water consumption with Metso technology
- On-line analyzers to ensure high production rate
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Industry’s most comprehensive scope of supply
All in one co-precipitation process Metso pCAM plant for all co-precipitated chemistries
Sustainable pCAM Process to help our Planet
Simulation based LCIA (Life Cycle Impact Assessment) by Metso
Key findings:
- Water consumption potential ≈ 52% reduction
- Climate change, CO2 ≈ 31% reduction
- Electric usage ≈ 27% reduction
OKTOP® pCAM reactor:
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- High throughput
- Smaller footprint
- # of reactor to meet 40 000 tpa production, 37% reduction
- Improved yield due to high automation/digitalization level and on-line analyzers
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