Maoxin Machinery

Industrial Demand in Timor-Leste: Focus on Leading Global Manufacturing Technologies and Products.

The industrial chain of soft pack battery recycling mainly includes the following links:

1. **Battery Collection**:

- **Used Battery Return Channels**: Establish return channels for used batteries, such as collection points and return centers set up by battery manufacturers, retailers, or third-party recycling companies.

- **Professional Collection Enterprises**: Some professional enterprises are responsible for collecting and transporting used batteries from various sources to centralized treatment facilities.

2. **Preliminary Treatment**:

- **Discharging**: Ensure the safety of subsequent processes by eliminating the residual charge in the used batteries through specific equipment and methods.

- **Disassembly and Separation**: Disassemble the battery pack, separate the cathode, anode, diaphragm, and electrolyte, etc.

3. **Material Extraction and Refining**:

- **Crushing and Grinding**: Crush and grind the disassembled materials to facilitate the extraction of valuable metals.

- **Physical Separation**: Use physical methods such as sorting, magnetic separation, etc., to initially separate materials of different densities or magnetic properties.

- **Chemical Leaching**: Use chemical solvents to leach valuable metals from the crushed materials into the solution.

- **Purification and Refining**: Further purify and refine the metal-containing solutions to obtain high-purity metal products.

4. **Deep Processing and Reuse**:

- **Positive and Negative Material Regeneration**: Through specific processes, regenerate the cathode and anode materials of the battery, which can be reused in new battery manufacturing.

- **Electrolyte Recovery and Regeneration**: Recover and regenerate the electrolyte to meet the requirements of new batteries.

In general, the industrial chain of soft pack battery recycling is gradually improving, but there are still many challenges and issues that need to be solved.

# New Directions in the Development of Cascading Utilization of Lithium Battery Modules

With the rapid development of new energy technologies, lithium batteries are widely used. The cascading utilization of lithium battery modules is an important way to achieve resource recycling and sustainable development. In terms of policy promotion, governments should formulate relevant incentive policies, such as tax relief and financial subsidies, to encourage enterprises to engage in the research and application of cascading technology. At the same time, they need to establish a sound standard system, clarify the technical requirements and safety standards for the cascading utilization of lithium battery modules, and ensure the quality and reliability of the products.

In terms of industry norms, the industry should strengthen self-discipline and establish a unified industry association or organization. This can promote information sharing and technological exchange among enterprises, and jointly formulate industry development plans and technical roadmaps. In addition, it is necessary to strengthen cooperation with research institutions and universities to carry out in-depth research on key technologies of cascading utilization, and improve the efficiency and economic benefits of cascading utilization. Through the joint promotion of policies and industry norms, the cascading utilization of lithium battery modules will have a broader prospect and make greater contributions to the development of new energy.

In summary the market prospects for the cascade utilization of lithium battery modules in the recycling and reuse of soft pack batteries in TimorLeste are filled with opportunities and challenges For enterprises engaged in the cascade utilization of lithium battery modules it is necessary to seize the growth opportunities in market demand while also preparing for technological and management innovations in the cascade utilization of lithium battery modules For the government it is essential to create favorable environmental conditions for enterprise development while also being sensitive and responsive to changes in the policy environment Only in this way can the sustainable development and prosperity of the recycling and reuse of soft pack batteries and the cascade utilization of lithium battery modules in TimorLeste be promoted Maoxin Machinery wishes customers of the recycling and reuse of soft pack batteries in TimorLeste Sincere dealings on the negotiation stage together we will paint a blueprint for the future