Core Viewpoint - The article discusses the advancements in lithium battery recycling technology, specifically focusing on Jiangsu Weili Lithium New Energy Materials Co., which has developed a green dry process for recycling retired lithium iron phosphate batteries, significantly reducing waste and production costs [1][2][3]. Company Summary - Jiangsu Weili has established a recycling line capable of producing 12,000 tons of high-end repaired lithium iron phosphate annually, addressing the growing need for sustainable battery material recovery as many batteries reach the end of their life cycle [1]. - The company has developed an efficient stripping and regeneration technology that restores the crystal structure of lithium iron phosphate without using acids, consuming only 25% of the energy required by traditional methods [2]. - The repaired lithium iron phosphate materials are being successfully applied in energy storage stations and small power batteries, achieving a market share of 8% [3]. - The company plans to expand its production capacity in Nanjing, with the first phase expected to generate annual revenue of 550 million yuan [3]. Industry Summary - The battery recycling industry in China is projected to see a significant increase, with the retired battery volume expected to exceed 4 million tons by 2028, leading to an industry value surpassing 280 billion yuan [3]. - Recent regulations from the Ministry of Industry and Information Technology aim to provide guidelines for comprehensive battery recycling and utilization, indicating a supportive policy environment for the industry [3]. - The industry faces challenges such as the diversity of battery types complicating large-scale disassembly and the need for universal equipment to enhance efficiency [4].

Group 1: Industry Overview - The demand for power, energy storage, and consumer electronics is strong, driving improvements in the supply-demand relationship within the industry [1] - The lithium battery supply-demand inflection point has been reached, with a projected 30% increase in global lithium carbonate demand by 2026, potentially leading to further price increases if growth reaches 40% [1] - The lithium battery industry is experiencing a high level of demand, which is reshaping the supply-demand dynamics and driving profitability across the entire industry chain [1] Group 2: Company Profile - Ximic Technology - Ximic Technology focuses on magnetic filtration equipment and has developed a comprehensive product line that includes automatic permanent magnet and electromagnetic separation devices, catering to the lithium battery industry's equipment needs [2] - The company is actively expanding its market presence by enhancing existing market potential and penetrating new markets, particularly in the lithium battery supply chain and large chemical sectors [2] - Ximic Technology is implementing a "profit-sharing for volume" strategy, prioritizing deep cooperation with leading clients in the new energy sector, which may impact short-term profitability but is expected to build long-term competitive advantages [3] Group 3: Market Trends and Innovations - The company’s products are increasingly being applied in key processes such as lithium salt preparation and battery manufacturing, with ongoing developments in solid-state batteries and battery recycling [3] - The solid-state battery market is projected to reach 229.2 billion yuan by 2030, with significant growth expected in the battery recycling sector, which could exceed 280 billion yuan by 2028 [3] - Ximic Technology has made significant advancements in R&D, with new products like the micro slurry electromagnetic separator entering trials with leading battery manufacturers [4] Group 4: Future Outlook - The global lithium battery market is expected to grow from $13.9 billion in 2024 to $55.52 billion by 2032, with a compound annual growth rate of 18.9%, providing a vast opportunity for industry players [4] - Ximic Technology's strategic positioning in emerging high-growth areas such as solid-state batteries and battery recycling is expected to solidify its long-term growth foundation [4] - As the industry supply-demand inflection point continues to evolve, Ximic Technology is poised to benefit from industry growth and achieve both performance and valuation enhancements [4]

1. Report Information - Report title: Carbonate Lithium Futures Daily Report [1] - Date: November 19, 2025 [2] - Researcher: Zhang Ping, Yu Feifei, Peng Jinglin [3] 2. Industry Investment Rating - Not mentioned in the report 3. Core View - Carbonate lithium futures rose and then fell, with the main contract closing at 93,520 at the end of the session. The total open interest decreased by 96,376 lots. After the market closed, the Guangzhou Futures Exchange raised the trading fees for the 2601 contract to cool down the overheated trading enthusiasm. The price of spot electric carbon increased by 1,250, Australian ore by 60, mica by 125, 6F by 3,500, electrolyte remained flat, ternary materials by 200 - 300, and lithium iron phosphate by 300. In the short term, the industrial chain continued to see price increases, but the futures price had risen too much compared to the spot price, so there was pressure for the futures and spot prices to converge. The short - term futures price increase would continue to slow down, while the medium - term outlook was still bullish [9] 4. Summary by Directory 4.1 Market Review and Operation Suggestions - Carbonate lithium futures showed a trend of rising and then falling. The main contract closed at 93,520 at the end of the session, and the total open interest dropped by 96,376 lots. After - market, the exchange raised trading fees. Spot prices of various related materials increased, but the futures price had a large increase compared to the spot, leading to pressure for price convergence. Short - term price increase would slow, and the medium - term was bullish [9] 4.2 Industry News - Shengxin Lithium Energy announced a cooperation framework agreement with Huayou Holding Group Co., Ltd. for lithium salt product business from 2026 to 2030. Huayou Holding Group will purchase 221,400 tons of lithium salt products from the company during this period, and the annual purchase volume will be specified in subsequent sub - orders [10] - Hunan Yueneng's wholly - owned subsidiary, Yueneng Recycling, started the construction of a project for the disassembly and recycling of 20,000 tons of waste lithium - ion batteries per year and a project for the production of 30,000 tons of battery - grade lithium carbonate per year in the Xiangxiang Economic Development Zone. The total project investment is 630 million yuan, with the battery recycling project investing 150 million yuan. The lithium carbonate project uses spodumene as raw material and a roasting - acidification - leaching process. The company is also promoting upstream projects such as a 200,000 - ton lithium iron phosphate precursor change project and black powder recycling [10]

Core Insights - The rapid development of the global renewable energy industry has made the recycling and reuse of waste batteries a significant issue, with South Korea establishing a unique model in this area through innovative green finance tools, effectively alleviating environmental pressure and promoting the development of a circular economy [1] Group 1: Key Measures of South Korea's Green Finance Support for Waste Battery Recycling - South Korea has prioritized waste battery recycling and reuse as a key area for green finance support, creating a multi-layered financial support system through policy guidance, product innovation, and market cultivation [2] - A dual-driven mechanism of "legal compulsion + financial incentives" has been established, with the revised Resource Conservation and Recycling Act of 2021 mandating battery producers to take on recycling responsibilities, linking recycling targets to green finance support [2] - As of 2024, 23 waste battery recycling companies in South Korea have received certification under the "Battery Circular Finance Certification System," leading to an average reduction of 1.8 percentage points in industry financing costs [2] Group 2: Analysis of the Advantages and Disadvantages of the South Korean Model - The South Korean model shows significant advantages, including deep collaboration between policy and financial tools, with recycling targets integrated into green finance certification standards, creating a closed loop of "legal requirements—financial incentives—market response" [3] - Comprehensive financial services covering the entire industry chain have been developed, with targeted credit, leasing, and securitization products addressing funding needs at various stages from collection to reuse [3] - A robust risk prevention mechanism is in place, utilizing government risk compensation and specialized insurance products to mitigate environmental and market risks during the recycling process [3] - However, there are shortcomings, such as insufficient financial support for imported waste batteries and a mismatch between the average term of green loans (3-5 years) and the typical profitability timeline of waste battery recycling projects (5-8 years) [3] Group 3: Implications for China's Resource Recycling and Reuse - It is recommended that China constructs a comprehensive green finance support system, drawing on South Korea's "policy guidance + product innovation" model, incorporating waste battery recycling targets into the green finance evaluation system and providing financing incentives for compliant enterprises [4] - Establishing a "waste battery recycling risk compensation fund" could help mitigate risks associated with loans issued by financial institutions for recycling [4] - To promote balanced regional development, pilot programs for "battery recycling green finance" could be initiated in provinces with concentrated new energy vehicle industries, integrating credit, funds, and insurance tools [4] - The South Korean experience demonstrates that green finance is an effective tool for promoting waste battery recycling, but its effectiveness requires policy coordination, product innovation, and international cooperation [4]

Core Viewpoint - The company, together with its partners, has signed an investment cooperation agreement to establish a joint venture focused on the green recycling of used lithium-ion batteries in Jiangsu Province, indicating a strategic move towards sustainable practices in the battery industry [1] Group 1: Joint Venture Details - The joint venture, named Beikang Environmental Technology (Jiangsu) Co., Ltd., will have a registered capital of 788 million yuan, with the company contributing 78.8 million yuan for a 10% equity stake [1] - The project will be located in the chemical park of the Pizhou Economic Development Zone and will focus on the green recycling of used lithium-ion batteries [1] Group 2: Project Phases and Capacities - The project will be developed in two phases, with the first phase aiming for an annual battery pack dismantling capacity of 10,000 tons, processing 32,000 tons of ternary black powder, and handling 1,500 tons of waste catalysts [1] - The production targets for the first phase include 11,000 tons of ternary precursors and 5,460.5 tons of lithium carbonate annually [1]