近日，海科新源（Haiko New Energy）宣布与法恩莱特（Farrenlite）正式签署战略合作协议。此次合作标志着双方将在新能源材料、电池回收技术及绿色低碳解决方案等领域展开深度协同。作为国内领先的锂电池电解液及回收材料供应商，海科新源将依托其在资源循环利用和高端化学品制造方面的技术优势，结合法恩莱特在国际市场渠道、先进工艺设备及可持续发展领域的经验，共同推动全球新能源产业链的绿色转型。根据协议内容，双方将联合开发新一代高效率、低能耗的电池回收工艺，并探索在欧洲及北美市场建立本地化回收与再制造体系。此外，合作还将涵盖技术标准制定、人才交流及联合研发平台建设等多个维度，旨在打造覆盖‘材料—电池—回收—再生’的全生命周期闭环生态。此举不仅有助于提升双方在全球新能源市场的竞争力，也将为实现碳中和目标提供切实可行的技术路径。业内专家指出，随着全球对动力电池退役潮的临近，高效、环保的回收体系已成为行业发展的关键环节。海科新源与法恩莱特的合作，有望成为中外企业在绿色科技领域协同创新的典范。
Recently, Haiko New Energy announced the official signing of a strategic cooperation agreement with Farrenlite. This partnership marks a deep collaboration between the two companies in areas such as new energy materials, battery recycling technologies, and green, low-carbon solutions. As a leading Chinese supplier of lithium battery electrolytes and recycled materials, Haiko New Energy will leverage its technical strengths in resource circular utilization and high-end chemical manufacturing, combined with Farrenlite’s international market channels, advanced process equipment, and sustainability expertise, to jointly advance the green transformation of the global new energy supply chain.Under the agreement, the two parties will co-develop next-generation, high-efficiency, low-energy battery recycling processes and explore establishing localized recycling and remanufacturing systems in Europe and North America. The collaboration will also include joint efforts in setting technical standards, talent exchange, and building integrated R&D platforms, aiming to create a closed-loop ecosystem covering the full lifecycle from ‘materials → batteries → recycling → regeneration.’ This initiative not only enhances both companies’ competitiveness in the global new energy market but also provides a practical technological pathway toward carbon neutrality.Industry experts note that as the global wave of retired power batteries approaches, efficient and environmentally friendly recycling systems have become critical. The partnership between Haiko New Energy and Farrenlite is expected to serve as a model for Sino-foreign collaboration in green technology innovation.
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