STATUS AND DEVELOPMENT OF LITHIUM-ION POWER BATTERY AND ITS KEY MATERIALS<br>Overview of Lithium-Ion Power Battery Market<br>Key Materials and Development of Power Battery<br>Development and Trends in Lithium-Ion Power Battery<br>Analysis of the Supply and Demand of Critical Metal Raw Material Resources for Lithium-Ion Power Batteries<br> <br>BATTERY RECYCLING TECHNOLOGIES AND EQUIPMENT<br>Overview of Battery Recycling<br>Introduction of the Battery Recycling Process<br>Pre-Treatment Technology for Battery Recycling<br>Hydrometallurgy<br>Pyrometallurgy<br>Direct Recycling Technology<br>Equipment for Battery Recycling<br>Global Industrial Participants and Their IP Layout<br> <br>TYPICAL CASES IN INDUSTRY<br>China<br>Europe<br>The US<br> <br>CURRENT STATUS OF THE LIFE-CYCLE ANALYSIS OF POWER LITHIUM BATTERIES AND THE IMPACT OF RECYCLING ON THEM<br>Life-Cycle Analysis of the Power Battery Manufacturing Process<br>Carbon Footprint of Different Power Battery Recycling Processes<br>Best Power Battery Recycling Technology from a Life Cycle Carbon Footprint Perspective<br> <br>LAWS, REGULATIONS AND STANDARDS FOR BATTERY RECYCLING<br>Overview<br>Laws and Regulations Regarding Battery Recycling in Various Countries<br>Management Norms Regarding Battery Recycling<br>Technical Norms Regarding Battery Recycling<br>Support Policies Regarding Battery Recycling<br> <br>NEW APPLICATION SCENARIOS FOR EV BATTERIES<br>Overview<br>Development of Emerging Business Mode<br>Sub-Summary<br> <br>BATTERY RECYCLING TECHNOLOGY OUTLOOK<br>Green Battery Design for Recycling<br>Outlook of Recovery System<br>