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CCTV:Battery Science & Technology Breaks Through Power Battery Recycling Bottlenecks, Advancing the Dual Carbon Strategy Through Technological Innovation

Release Time:2025-03
In February 2025, the State Council Executive Meeting approved the Action Plan for Improving the Power Battery Recycling System for New Energy Vehicles, officially elevating power battery recycling to a matter of national strategic importance. As a key player in this field, Battery Science & Technology Co., Ltd. (“Battery Science & Technology”) has leveraged its technological expertise and demonstrated strong sense of industry responsibility, earning it a prominent feature on the March 17th edition of CCTV’s Focus Report in a segment titled Power Batteries: From Retirement to Regeneration. The program offered an in-depth examination of the industry’s pain points and showcased how Battery Science & Technology is tackling these challenges through technological innovation and full industrial chain collaboration—advancing China’s dual carbon goals.
As a “white-listed” enterprise recognized by the Ministry of Industry and Information Technology, Battery Science & Technology has specialized in the recycling and dismantling of power batteries since its founding in 2016. With advanced technologies and extensive experience, the company has emerged as a benchmark for the standardized development of the industry. Its proprietary fully automated dismantling lines are capable of safely and efficiently processing a wide range of retired power batteries. The company’s technical team—comprising seasoned engineers—possesses deep expertise in battery dismantling, materials separation, and resource recovery.
A cornerstone of Battery Science & Technology’s capabilities is its independently developed fully enclosed automated dismantling line, which serves as a powerful solution to the twin challenges of environmental impact and operational efficiency. On Focus Report, the company demonstrated its state-of-the-art dismantling processes and equipment. Through a series of automated steps including crushing, sorting, and extraction, retired batteries are broken down into valuable high-purity materials such as copper granules, aluminum granules, and electrode materials. These recovered resources are then further processed and reintegrated into the production of new power batteries—realizing true circularity. This innovative approach not only enhances resource utilization but also significantly reduces environmental impact. Unlike manual dismantling conducted by small-scale workshops, Battery Science & Technology’s process achieves zero discharge of wastewater, exhaust gas, and solid waste. It is safe, efficient, and environmentally sound. Furthermore, the company’s leading material recovery rates significantly outperform industry standards, with comprehensive lithium recovery rate exceeding 90%, and electrode powder recovery rate reaching over 98%.
 
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