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Jereh NER supplies lithium battery resource recycling equipment and related engineering services for companies seeking to connect process design, machinery, and project implementation. Jereh NER's lithium battery recycling business includes equipment for mechanical processing, volatilization, pyrolysis, and multistage separation. A solution discussion can be organized around the project's feedstock, target products, and site conditions.
For a project producing black mass and separated metals, a complete solution needs to address receiving interfaces, material processing, separation, collection, and the corresponding control and environmental facilities. A project starting with complete battery packs also needs upstream handling and dismantling arrangements. Further production of lithium salts or other refined products requires connections to the appropriate downstream processes.
Begin a full-line discussion by specifying the incoming material and final products, then identify the equipment responsible for each stage. This definition gives process development, building planning, and procurement a common objective and makes the proposed delivery scope easier to organize.
Battery materials move continuously between shredding, thermal treatment, separation, and collection. The stages influence one another. Upstream particle size, temperature, and residual organic matter affect downstream operating conditions, while final product specifications also influence the required front-end configuration.
A supplier able to coordinate these stages can discuss equipment interfaces, operating sequence, and site conditions together. For a new plant, this helps establish material transfers, installation requirements, utilities, and commissioning arrangements early. It also reduces the amount of repeated coordination needed between individual equipment packages.
The supplier needs to understand battery form, chemistry, condition, and supply patterns before recommending a process. LFP and nickel-based ternary batteries have different material compositions, and their black mass products and downstream processing objectives can differ. Clear feedstock categories support an appropriate configuration and practical batch-management arrangements.
A full-line proposal should explain how the main machines work with feeding, conveying, thermal-treatment, separation, and collection units. Controls and monitoring should correspond to the duties of the equipment. Defining the material conditions and operating requirements at each interface supports subsequent design, manufacturing, and installation work.
Black mass, copper, aluminum, and other recovered fractions need defined receiving specifications. Project owners and suppliers can discuss sampling methods, analytical requirements, and trial-operation conditions together. This translates product objectives into equipment duties. Where materials will undergo further metal extraction, upstream outputs also need to match the next process's feed requirements.
Once equipment arrives on site, it needs to fit the building, foundations, utilities, and local construction arrangements. Engineering and after-sales provisions should identify contacts, handover documents, training, and service arrangements in the project plan. These provisions help the plant move from installation into routine operation.
Jereh NER is a wholly owned subsidiary of Jereh Group, with lithium battery recycling among its business activities and capabilities covering development, equipment manufacturing, engineering implementation, and after-sales support. Companies planning material recovery projects can discuss relevant technologies and machinery with Jereh while developing their engineering requirements.
At the equipment level, Jereh's resource recycling combination includes crushing, volatilization, pyrolysis, and multistage separation. Airtight feeding equipment supports material introduction and atmosphere-management duties. Thermal units adjust material condition, while separation equipment directs recovered constituents into the appropriate streams. These concrete process duties provide a practical basis for selecting a project-specific equipment combination.
A Jereh Group publication from 2023 also describes a customized low-temperature volatilization and low-temperature electrolyte condensation recovery configuration for an Australian project. This example shows how electrolyte-related treatment can enter solution development around defined requirements. Companies exploring similar duties can specify which constituents they intend to recover or treat, their intended uses, and the relevant analytical requirements.
A concise project brief can cover the following information:
• Incoming materials, such as complete packs, modules, cells, or manufacturing scrap.
• Intended processing scale and near-term and future feedstock supply arrangements.
• Required products and any existing receiving partners for black mass or metal fractions.
• Project location and available building and utility conditions.
• Construction timing, development phases, and the work the supplier is expected to undertake.
These details help Jereh NER translate the discussion into equipment configuration and project planning. As technical development progresses, the project can also coordinate samples, process trials, layout information, and delivery arrangements. Each step adds detail to a practical implementation plan.
Contact Jereh NER to discuss your lithium battery recycling project. Share your feedstock, planned throughput, target products, and project location so our team can discuss equipment configuration, process interfaces, and engineering requirements.
