T/CAEE 002-2023 Technical Specifications for the Dry Crushing and Sorting of Waste Circuit Boards
T/CAEE 002-2023
Basic Information
Scope
Main Technical Content: 4 General Requirements 4.1 Basic Requirements 4.1.1 The technologies adopted shall comply with the relevant national industrial policies, and it is recommended to use advanced, applicable, and highly automated technologies and equipment with high energy efficiency. 4.1.2 Based on the characteristics of raw materials such as waste circuit boards, resin powders from copper-containing waste circuit boards, and scrap materials, select and process technologies suitable for the target materials. The process design should consider technical indicators, economic feasibility, pollution emissions during the production process, human health and safety, and be equipped with corresponding processing equipment. Environmental protection and fire safety equipment should be fully provided. 4.1.3 The dry separation process should aim to improve the purity and recovery rate of target materials and maximize resource utilization. The recovery rate of target materials should meet the requirements in Table 1. 4.1.4 Enterprises engaged in dry separation of waste circuit boards shall establish an information management system and retain relevant information for at least three years. 4.1.5 Non-reusable waste generated during the crushing and dry separation processes should not be randomly discarded or incinerated. It should be stored in storage facilities that meet relevant requirements, and hazardous waste should be handed over to enterprises with corresponding processing qualifications. 4.1.6 During the crushing and dry separation processes, attention should be paid to the personal protection of operators against dust and noise. 4.2 Zoning Requirements 4.2.1 The processing site shall include but not be limited to the following areas: raw material storage area, pretreatment area, crushing area, dry separation area, and product storage area. The site shall be zoned and managed according to its use, material properties, and operational characterist