Forum background

With the world facing the dual pressure of emission reduction and oil resource scarcity, most countries regard the development of new energy as an important way to revitalize their own industries and save energy and reduce emissions. After many years of cultivation, the new energy industry has finally ushered in vigorous development. In 2022, the global lithium battery production will officially enter the TWh era, and the demand for lithium battery anode materials is also rising. According to the forecast data of ICCSINO, the demand for anode materials in the global lithium battery market will reach 1.8 million tons in 2023, and the output of lithium battery anode materials is expected to exceed 3 million tons in 2025.

2023 is a year full of adjustments and opportunities for the lithium battery anode material market. The second round of rising cycle has brought about explosive growth in production capacity in all sectors of the industry. According to ICCSINO statistics, the effective production capacity of lithium battery anode materials in China will reach 4.5 million tons in 2023. The lithium battery anode material industry chain will face more challenges, and crises are often accompanied by greater opportunities. Enterprises with strong graphitization cost control capabilities will gain a larger market share; raw material cost pressure will push anode material companies to increase raw material development efforts and expand resource selection; The future raw material market anxiety of needle coke and petroleum coke will bring more opportunities to natural graphite anodes; the convergence of traditional carbon anode material products will promote the development of new technologies in the industry, such as silicon anodes and hard carbon anodes.

In the next few years, the demand for the entire lithium battery anode material market will continue to maintain a continuous growth trend. How will the pattern of lithium battery anode materials be interpreted in the next few years; when will the de-sinicization of the United States have a substantial impact on the Chinese anode material market;

Whether the supply advantage of needle coke in the raw material market of lithium battery anode materials can be sustained; the supply and price trend of petroleum coke; the impact of sodium battery and silicon-based anodes on the existing anode material system are all issues that everyone is more concerned about. ICCSINO and Qingdao Xintaihe Nano Technology Co., Ltd. will jointly hold the "2023 Lithium Battery Anode Materials and Raw Material Market Summit Forum and the 5th International Natural Graphite and Application Market Summit Forum" in Qingdao from April 12 to 14, 2023. Through technology sharing, business negotiations, exhibitions, brainstorming and other forms, promote the R&D update, technology iteration, supply and demand cooperation, and industrial progress of the entire lithium battery anode industry chain, and strengthen academic research, process practice, equipment application, and industrialization construction. Build a good communication platform for the deep integration of lithium battery anode industry. ICCSINO looks forward to your participation!

Agenda & Agenda

Forum schedule

Schedule

Activity

April 12

Guest registration, site construction, exhibitor installation

Exhibition
Purchasing negotiation

April 13 morning

Forum Opening Ceremony & Speech, Industry Overview, Market Analysis

April 13 noon

Buffet Lunch & Break

April 13 afternoon

Technology research and development report, application scenario analysis, industry development discussion

April 13 eveninng

Welcoming banquet

April 14

Visit (Qingdao Xintaihe Nano Technology Co., Ltd.)

Forum agenda

— Technology development and cost trend of new energy vehicle battery anode materials
— Supply and demand status and trend of anode material market
— Artificial/natural anodes will form a pattern in the future
— Natural graphite supply status and trend
— Changes and Prospects of Needle Coke Market Supply and Demand Pattern
— Application and Trend of Petroleum Coke in Anode Materials
— Demand characteristics and future space of anode coating materials
— Status quo of anode graphitization and breakthrough direction of process upgrading——Cost reduction and efficiency increase
— Research on modification, energy storage performance and cost space of graphite anode materials
— Differentiated development of high-end graphite anode materials
— Application of silicon-based materials in high specific energy lithium-ion power batteries
— Design, preparation and application of high-capacity silicon-carbon anode materials for lithium-ion batteries
— Structure and Properties of Silicon Oxygen Carbon Anode Materials
— Pre-lithium process and ion utilization analysis of silicon-based anode
— New process and new development of silicon anode materials (ball milling method, CVD, PVD)
— Sorting and recycling of waste lithium battery anode materials
— The urgency and countermeasures of reducing the cost of lithium-ion battery anodes