Information
China, Jiang Su Sheng, Su Zhou Shi, Wu Zhong Qu, 若水路398号 邮政编码: 215123
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Overview
- Summary
- Botree Recycling Technologies is a specialist in advanced battery material recycling solutions for electric vehicle and energy storage batteries. The company focuses on developing advanced separation systems and smart equipment to achieve short-loop circulation of power battery materials. Its mission involves promoting low-carbon and sustainable development of new energy critical resources. The entity positions itself as a technology service provider supporting the entire battery lifecycle value chain.Botree Recycling Technologies is a specialist in advanced battery material recycling solutions for electric vehicle and energy storage batteries. The company focuses on developing advanced separation systems and smart equipment to achieve short-loop circulation of power battery materials. Its mission involves promoting low-carbon and sustainable development of new energy critical resources. The entity positions itself as a technology service provider supporting the entire battery lifecycle value chain.
- Key Products/Technologies
- Development and supply of smart separation systems and equipment.Development and supply of smart separation systems and equipment.
- Hydrometallurgical recycling processes utilizing proprietary selective leaching and early-stage lithium recovery technologies.Hydrometallurgical recycling processes utilizing proprietary selective leaching and early-stage lithium recovery technologies.
- Simultaneous recovery of nickel, cobalt, and manganese using novel co-extractants (BC196, 211).Simultaneous recovery of nickel, cobalt, and manganese using novel co-extractants (BC196, 211).
- Support for lithium-ion and LFP battery chemistries, including material regeneration solutions that meet new battery production standards.Support for lithium-ion and LFP battery chemistries, including material regeneration solutions that meet new battery production standards.
- Capability in developing recycling processes for hydrogen fuel cells and solid-state batteries.Capability in developing recycling processes for hydrogen fuel cells and solid-state batteries.
- Development of a novel short separation process for laterite nickel ore.Development of a novel short separation process for laterite nickel ore.
- Establishment of a complete Life Cycle Assessment (LCA) system for EV batteries compliant with international standards.Establishment of a complete Life Cycle Assessment (LCA) system for EV batteries compliant with international standards.
- Completion of industrial and large-scale applications for lithium battery recycling, from pre-treatment mechanical size reduction to hydrometallurgical recycling and material regeneration.Completion of industrial and large-scale applications for lithium battery recycling, from pre-treatment mechanical size reduction to hydrometallurgical recycling and material regeneration.
- Unique selective lithium extraction technology with low requirements for black mass impurities (electrolyte, copper, aluminum, etc.) and no wastewater or solid waste generation.Unique selective lithium extraction technology with low requirements for black mass impurities (electrolyte, copper, aluminum, etc.) and no wastewater or solid waste generation.
- LFP multi-component recovery technology achieving a lithium leaching rate over 95% and selectivity over 98%.LFP multi-component recovery technology achieving a lithium leaching rate over 95% and selectivity over 98%.
- Operation of NCM and other ternary battery full process recycling demonstration lines and industrial technology training centers.Operation of NCM and other ternary battery full process recycling demonstration lines and industrial technology training centers.
- Establishment of the world's first standard industrial recycling line for spent manganese-based lithium batteries and industrial direct repair lines for manganese-based and LFP battery electrode scraps.Establishment of the world's first standard industrial recycling line for spent manganese-based lithium batteries and industrial direct repair lines for manganese-based and LFP battery electrode scraps.
- Core Advantages
- Technological superiority in proprietary hydrometallurgical recycling processes, selective leaching, early-stage lithium recovery, and simultaneous recovery of nickel, cobalt, and manganese through novel co-extractants.Technological superiority in proprietary hydrometallurgical recycling processes, selective leaching, early-stage lithium recovery, and simultaneous recovery of nickel, cobalt, and manganese through novel co-extractants.
- High efficiency and cost reduction through over 30% reduction in equipment costs, over 10% reduction in energy consumption, 40% less wastewater generation, and 15% less chemical consumption compared to conventional processes.High efficiency and cost reduction through over 30% reduction in equipment costs, over 10% reduction in energy consumption, 40% less wastewater generation, and 15% less chemical consumption compared to conventional processes.
- Contribution to environmental sustainability by reducing carbon emissions by over 30% through direct recycling methods and over 40% reduction in carbon footprint for battery-grade lithium carbonate production compared to traditional methods.Contribution to environmental sustainability by reducing carbon emissions by over 30% through direct recycling methods and over 40% reduction in carbon footprint for battery-grade lithium carbonate production compared to traditional methods.
- Broad processing capability for various battery chemistries including lithium-ion, LFP, NCM, NCA, sodium-ion, as well as developed recycling processes for hydrogen fuel cells and solid-state batteries.Broad processing capability for various battery chemistries including lithium-ion, LFP, NCM, NCA, sodium-ion, as well as developed recycling processes for hydrogen fuel cells and solid-state batteries.
- Provision of comprehensive end-to-end solutions covering mechanical size reduction pre-treatment, hydrometallurgical recycling, and material regeneration, alongside a full portfolio of consulting, engineering, technology, and equipment.Provision of comprehensive end-to-end solutions covering mechanical size reduction pre-treatment, hydrometallurgical recycling, and material regeneration, alongside a full portfolio of consulting, engineering, technology, and equipment.
- Adaptability and expansion strategy in overseas markets, evidenced by CE certification in Europe and localized partnerships.Adaptability and expansion strategy in overseas markets, evidenced by CE certification in Europe and localized partnerships.
- Target Industries
- Battery manufacturersBattery manufacturers
- Battery operatorsBattery operators
- Automotive manufacturersAutomotive manufacturers
- Energy storage enterprisesEnergy storage enterprises
- Recycling enterprisesRecycling enterprises
- New energy industryNew energy industry
- New materials industryNew materials industry
- Resource recycling industryResource recycling industry
- Major Markets
- China, Asia PacificChina, Asia Pacific
- Europe, SpainEurope, Spain
- North AmericaNorth America
- Certifications/Patents
- Obtained CE certification for integrated battery recycling equipment, specifically for the hydrometallurgical section after mechanical pre-treatment.Obtained CE certification for integrated battery recycling equipment, specifically for the hydrometallurgical section after mechanical pre-treatment.
- Recipient of national technology invention awards and national key practical technologies of environmental protection awards.Recipient of national technology invention awards and national key practical technologies of environmental protection awards.
- Involvement in industry standardization as Convenor of ISO/TC 333/AHG2, Steering Committee Member of GBA Battery Passport, and participant in IEA HEV-TCP Task 48 Battery Swapping and Task 40 CRM4EV.Involvement in industry standardization as Convenor of ISO/TC 333/AHG2, Steering Committee Member of GBA Battery Passport, and participant in IEA HEV-TCP Task 48 Battery Swapping and Task 40 CRM4EV.
- Establishment of a complete Life Cycle Assessment (LCA) system for EV batteries compliant with international standards.Establishment of a complete Life Cycle Assessment (LCA) system for EV batteries compliant with international standards.
- Possession of unique selective lithium extraction technology that generates no wastewater or solid waste.Possession of unique selective lithium extraction technology that generates no wastewater or solid waste.
Introduction
Location
China, Jiang Su Sheng, Su Zhou Shi, Wu Zhong Qu, 若水路398号 邮政编码: 215123
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