我们的回收技术为自有、无污染物理回收与材料再利用体系，在不破坏材料功能结构的前提下回收电池材料。区别于传统湿法或火法，我们侧重正极、负极、电解液与集流体的直接分离、活化与修复。结果是高回收率、低能耗与电池制造中的真正闭环再利用。该方案因此实现了LFP电池的商业化可行回收，而传统方法长期以来在经济上难以支撑。
UNEH Process
Recycled Material Outputs
ACTIVE MATERIALS
CURRENT COLLECTORS
STRUCTURAL COMPONENTS
RESTORED LFP CATHODE MATERIAL
COPPER FOIL
ELECTROLYTE COMPONENTS
RESTORED ANODE MATERIAL
ALUMINUM FOIL
CERAMIC MICROPOROUS SEPARATOR MATERIALS
REUSABLE PLASTIC COMPONENTS
Performance Metrics
| LFP batteries | 98% total component recovery |
| Ternary (NCM) batteries | 95% total component recovery |
| Traditional LFP / NCM recovery | ~28% / ~44% |
| Energy savings | >50% vs. traditional recycling |
| Emissions | Zero toxic gas; minimal to no wastewater |
| Time to commission (10,000 t/year) | 6 to 8 months (UNEH) vs 12 to 18 months (traditional) |
| Processing cost at scale | < $415 per ton (USD) |