Bridge Green Upcycle is revolutionizing Clean Energy by pioneering the upcycling of lithium-ion batteries. Our cutting-edge digital and material technologies are redefining battery end-of-life management by ensuring that sustainable processes propel the New Energy transition.
Our state-of-the-art technology generates value across the lithium-ion battery recycling supply chain and promotes the circular economy of the battery ecosystem.
From battery health monitoring and second-life innovation to the extraction of high-grade black mass and high-quality precursor materials, our proprietary processes reflect our commitment to responsible resource management and environmental stewardship.
BGU Circular Economy Solution
Bridge Green Digital Technology Stack is a powerful battery end-of-life recommendation engine that is built on a proprietary AI algorithm, enabling the categorization of batteries based on their state-of-health and remaining useful life.
- Significant capacity degradation
- Low SoH
- Useful life remaining
- SoH prediction for second-life applications
Bridge Green’s proprietary second-life technology creates value for batteries with remaining useful life.
- Real-Time Monitoring
- Predictive Maintenance
- Data Visualization
- Integration Capabilities
- User Management
- Robust Cybersecurity
- Firmware Upgrades
- Communication Management
- Voltage and Current Control
- Temperature Monitoring and Control
- Predictive Maintenance and Alerts
- Scalability and Flexibility
Bridge Green has developed a comprehensive multi-form, multi-tech upcycling process, through which end-of-life batteries are recycled to extract high-grade black mass and high-quality precursor materials.
Our novel process employs specialized cutting-edge equipment and methodologies to ensure top-of-the-line efficiency and adherence to environmental standards.
- Real-time Monitoring for Safe and Efficient Recycling
- Advanced Separation Techniques for Precise Material Recovery
- Controlled Processing Environment to Minimize Emissions
- Automation to Improve Productivity and Increase Output Quality
- Minimizes the Use of Harsh Chemicals
- Reduces Energy Consumption
- Prevents Toxic Effluent Emissions
- Cost-effective Solution for Commercialization
