Pyrolysis furnace and cooling kiln

Technical advantages:
It addresses five major challenges in the industry:
1. Resolved the issue of live electrical discharge during crushing: achieved continuous, uniform crushing without short circuits, supplemented by nitrogen protection and intelligent monitoring, effectively addressing the problem of live electrical discharge during crushing
2. Resolved the pipeline blockage issue: Smooth pipeline flow is a crucial factor in maintaining stable pressure within the pyrolysis furnace
3. Resolved the explosion risk: (1) The recycling system prevents the entry of oxygen and water; (2) Uniform feed ensures the decomposition of electrolyte does not occur in concentrated areas; (3) Gases produced by chemical reactions are fully and promptly discharged
4. Resolved the HF corrosion issue: The decomposition of the main electrolyte components and their reaction with water generate HF. When moisture is scarce, HF is emitted as a gas; however, at higher moisture levels, it forms a strong acid that corrodes pipelines
5. Addressed the issues of low black powder sorting efficiency and high impurity content: The electrified crushing and crushing dissociation equipment resolves the following three problems: (1) Oxidation and corrosion from saltwater discharge, which introduces excessive impurities into the black powder; (2) Inappropriate crushing techniques leading to increased impurities in the black powder; (3) The addition of water molecules, which triggers new chemical reactions during pyrolysis, resulting in higher impurity levels in the black powder

Core Technology Introduction:
1. Charged Continuous Crushing: Achieving safe and continuous disintegration of waste lithium batteries across multiple models and operating conditions with "zero discharge"
2. Safety Assurance: Six Major Physical Security Measures + Five Layers of Safety Chain Defense + Multi-Terminal Sensor Monitoring
3. Fragmented dissociation: New equipment structure, eliminating material coating
4. Adequacy of Pyrolysis: Uniform feedstock distribution and a reasonable pyrolysis environment ensure the adequacy of the pyrolysis conditions
5. High efficiency of sorting: The sorting system achieves a high recovery rate and extremely low impurity content, with nitrogen consumption being only 40% of that of similar enterprises