13.030.50 回收 标准查询与下载

T/FSYY 0011-2021 新能源汽车动力蓄电池再生利用企业管理要求

新能源汽车动力蓄电池再生利用企业管理要求

New energy vehicle power battery recycling enterprise management requirements

T/HAEPCI 105-2021 配重砷铁合金急冷制备技术规程

标准在对急冷制备原料和设备提出相应要求的基础上，规定了急冷制备的工艺流程和参数，并给出了配重砷铁合金的技术指标和试验方法。

Technical rules for quench preparation of balancing weight arsenic-iron alloy

DB5113/T 13-2021 农用地膜回收利用技术规范

Technical specification for agricultural plastic film recycling

T/SHMHZQ 065-2021 建筑材料回收技术规范

4 总体要求  4.1 基本要求  4.2 场所要求  4.3 分类处理  5 回收要求  5.1 回收原则  5.2 预分选  6 运输要求  7 管理要求  7.1 一般要求  7.2 人员要求  7.3 日常管理  8 回收的效果评价

Technical specification for building materials recovery

T/SCMES 9-2021 一种洗瓶水循环净化灭菌装置

本文件规定了洗瓶水循环净化灭菌装置（以下简称产品）的术语和定义、型号编制、要求、试验方法、检验规则、标志、包装、运输、贮存。 本文件适用于以食品、饮料行业洗瓶水为原水，同步配合洗瓶设备，具有循环过滤净化和微波紫外线杀菌消毒功能的洗瓶水循环净化灭菌装置。

A recycling purification and sterilization device for bottle washing water

GH/T 1354-2021 废旧地膜回收技术规范

Technical specifications for waste plastic film recycling

T/SHMHZQ 053-2021 回收塑料分类技术规范

4 总体要求  4.1 总则  4.2 基本要求  5 分类要求  6 回收处理环节  7 造粒和改性要求  8 环境保护要求  附  录 A  表A.1 回收塑料分类及相应原生塑料应用 

Technical specification for classification of recycled plastics

T/DZJN 59-2021 太阳能路灯用梯次利用电池技术要求

4技术要求 4.1一般要求 4.1.1外观要求 锂电池组外观无变形及裂纹，表面应干燥、平整、无污物、无划痕、无毛刺或其它机械损伤，外露金属部分不应有锈蚀。表面必须有清晰的标识和警示说明。 4.1.2接口要求  锂电池组的输出、输入接口应在锂电池组说明书中明确规定，且外形应端正、规整、无破损和变形。接口处应附有标识，且应符合5.1.1条款关于标识的规定。 4.1.3一致性要求 锂电池组单体电池一致性应符合下列要求： a）锂电池组单体电池100%DOD下完全放电容量差≤5%； b）锂电池组单体电池50%SOC下电压差≤4%； c）锂电池组单体电池50%SOC时5C直流放电内阻：方形电池≤20 mΩ；软包电池≤20 mΩ；圆柱电池≤600 mΩ； d）锂电池组单体电池50%SOC下交流内阻：方形电池≤5 mΩ；软包电池≤5 mΩ；圆柱电池≤100 mΩ； e）锂电池组单体电池100%SOC下电压衰减≤0.2 %/d。  4.2一般试验条件 4.2.1 试验条件及要求      4.2.1.1 环境条件 试验环境应符合下列要求： a)　除另有规定外，试验应在相对湿度≤90%、大气压力86 kPa～106 kPa、温度(25±2)℃的环境下进行； b)　试验场地应具备完善的消防和应急措施； c)　试验人员应配备个人防护用具。 4.2.1.2 试验装置 试验装置应符合下列要求： a) 充放电装置：电压、电流、功率的精确度±0.1%FS； b) 环境模拟装置：温度准确度±1℃，湿度准确度±3%，温度波动度≤2℃，湿度波 动度≤5%； d)　时间测量装置：准确度±0.1 s； e)　质量测量装置：精确度±0.1%FS。

Technical Requirements for Cascade Utilization Batteries for Solar Street Lamps

DIN EN 17410:2021 塑料 门窗 PVC-U 型材的受控循环回收；德文版 EN 17410:2021

This document specifies the controlled loop and the definition of those material transformation steps which are relevant for product quality, in particular recycling input and output and profile manufacturing input and output. Traceability tools are specified to characterize this

Plastics - Controlled loop recycling of PVC-U profiles from windows and doors; German version EN 17410:2021

T/ATCRR 34-2021 饮料纸基复合包装 回收标识

详见《饮料纸基复合包装回收标识》团体标准

Recycling label for beverage carton package

T/SHBX 005-2021 《上海市木质包装逆向物流技术规范》

本文件适用于上海市木质包装逆向物流的相关操作

Technical Specification for Reverse Logistics of Shanghai Wood Packaging

PN-EN 15344-2021-10 E 塑料 再生塑料 聚乙烯（PE）回收物的表征

Plastics--Recycled plastics--Characterisation of Polyethylene (PE) recyclates

BS EN 17410:2021 塑料 门窗PVC-U型材的控制循环回收

Plastics. Controlled loop recycling of PVC-U profiles from windows and doors

ASTM D8349-21 用于在不同材料之间创建接头的热塑性连接接口材料的标准分类系统和规范基础 用于生产拟拆卸和/或重新组装的成品或零件

1.1 This classification system covers thermoplastic material s, used as joining material s, for the creation of joints between similar or dissimilar materials, to produce finished product s or parts that are intended to be disassembled and/or reassembled. 1.2 This class of materials enables disconnection of the different parts or layers of a products for refurbishing, repair and full recovery and recycling of the joined materials, for instance at the end of life of the product(s) , enabling the reuse of valuable resources, and hence reducing adverse impact on the environment. 1.3 The properties included in this classification system are those required to identify the materials covered. It is possible that there are other requirements necessary to identify particu lar characteristics important to specialized applications. One way of specifying them is by using the suffixes as given in Section 5. 1.4 This classification system and subse quent line callout (specification) are intended to provide a means of calling out plastic materials used in the fabrication of end items or parts. It is not intended for the selection of materials. Material selection is best made by those having expertise in the plastic field after careful consideration of the design and the performance required of the part , the environment to which it will be exposed, the fabrication process to be employed, the costs involved , and the inherent properties of the material other than those covered by this classification system . 1.5 The values stated in SI units are to be regarded as standard. No other units of measurement are included in this standard. ' This test method is under the ju risdiction of ASTM Committee D20 on Plastics and is the direct responsibility of Subcommittee D20. 15 on Thermoplas tic Materials. Current edition approved Oct. I, 2021. Published November 2021. DOI: 10. l 520/D8349 2 1 1.6 The following precautionary caveat pertains only to the test methods portion, Section 11, of this classification system. This standard does not pu,port to address all of the safety concerns, if any, associated with its use. ft is the responsibility of the user of this standard to establish appropriate safety, health, and environmental practices and determine the applicability of regulatory limitations prior to use. Norn IApplication examples are fully recyclable mattresses and floor coverings. These products can be disassembled into its different parts, by using heat, for refurbishing, repair and full recovery and recycling of the joined materials at the end of the product's life. 1.7 This international standard was developed in accordance with internationally recognized principles on standardization established in the Decision on Principles for the Development of International Standards, Guides and Recommendations issued by the World Trade Organization Technical Barriers to Trade (TBT) Committee.

Standard Classification System for and Basis of Specifications for Thermoplastic Joining Interface Materials for Creation of Joints Between Different Materials for the Production of End Items or Parts

CWA 17806-2021 Design Circular Framework Setting 汽车行业复合材料回收设计方案

Design Circular Framework Setting - Composite recovery design solutions in the automotive industry

CWA 17807-2021 循环经济框架中的拆除方法和协议 汽车行业的综合复苏

Dismantling methods and protocols in a Circular Economy Framework - Composite recovery in the automotive industry

SN EN 17410-2021 塑料 门窗 PVC-U 型材的受控循环回收

Plastics - Controlled loop recycling of PVC-U profiles from windows and doors

T/ZJGFTR 004-2021 回收丙酮

本标准适合于具备危险废物经营许可证，并从事从废溶剂中通过蒸馏或精馏回收丙酮的企业。

Recycled Propanone

T/ZJGFTR 023-2021 回收乙醇

本标准适合于具备危险废物经营许可证，并从事从废溶剂中通过蒸馏或精馏回收乙醇的企业。

Recycled Ethanol

T/ZJGFTR 014-2021 回收甲醇

本标准适合于具备危险废物经营许可证，并从事从废溶剂中通过蒸馏或精馏回收甲醇的企业。

Recycled Methanol