Lithium-ion battery carbonization recycling plant: a new era of safe, efficient and environmentally friendly energy recycling.

In the wave of global energy transformation, the market demand for lithium-ion batteries, as a key component of clean energy storage, is growing at an alarming rate. However, the problem of waste battery disposal has become increasingly prominent, and investing in advanced recycling technologies has become essential. To meet this challenge, SUNY GROUP has launched a 1 ton/hour lithium-ion battery carbonization recycling plant. This innovative technology not only improves the safety and efficiency of battery recycling, but also makes an important contribution to achieving environmental sustainability.

The SUNY GROUP plant uses a nitrogen generator and a carbonization process. This combination significantly reduces the risk of fire or explosion during battery processing, especially when handling partially discharged or damaged batteries. This innovation not only ensures the safety of operations, but also supports a more environmentally friendly recycling process by reducing harmful emissions and maximizing resource recovery.

1 ton/hour lithium-ion battery carbonization recycling plant

The SUNY GROUP plant is able to efficiently process various types of lithium batteries. Whether it is used in consumer electronics, electric vehicles or energy storage systems, our technology can ensure the maximum utilization and recovery of resources. This diverse processing capacity allows our plant to meet the needs of different customers while maintaining high efficiency.

SUNY GROUP firmly believes that through continuous technological innovation and deep concern for the environment, we can create a cleaner and more sustainable future for the world. Contact us now to learn more about our 1 ton/hour lithium-ion battery carbonization recycling plant and start a new chapter in green energy. Join us and jointly promote the battery recycling industry to a safer, more environmentally friendly and more efficient direction.