Lithium-Ion Battery Recycling Expertise
Drawing on four years of specialized experience in developing innovative flowsheets for lithium-ion battery recycling.
Flowsheet OptimizationSodium Sulfate ConversionImpurity RemovalRecovery Efficiency
Overview
Drawing on four years of specialized experience in developing innovative flowsheets for lithium-ion battery recycling, our team delivers proven solutions that maximize recovery efficiency and minimize environmental impact.
Our Services
Flowsheet Optimization & Analysis: We conduct comprehensive reviews of your existing processes, identifying bottlenecks and implementing data-driven improvements that enhance yield and reduce operating costs.
Sodium Sulfate conversion: Sodium Sulfate is a major byproduct of hydrometallurgy lithium-ion battery recycling processes. It is formed when sulfuric acid reacts with sodium. Large volumes of sodium sulfate are generated in conventional processes which poses significant environmental challenges. We can help companies develop strategies to transform this waste streams into revenue opportunities, either through disposition or through chemical conversion.
Advanced Impurity Removal Systems: we help design and optimize process units to remove targeted contaminants, ensuring high-purity leachate that meet stringent industry specifications.
Key Services
- Comprehensive flowsheet optimization and analysis
- Process bottleneck identification and resolution
- Data-driven improvements for enhanced yield
- Sodium sulfate conversion strategies
- Waste stream transformation into revenue opportunities
- Advanced impurity removal system design
- High-purity leachate production
- Environmental impact minimization