13.020.99 有关环境保护的其他标准 标准查询与下载

EN 62040-4:2013 不间断电源系统（UPS） 第4部分：环境方面 要求和报告

IEC 62040-4:2013 specifies the process and requirements to declare the environmental aspects concerning uninterruptible power systems (UPS), with the goal of promoting reduction of any adverse environmental impact during a complete UPS life cycle. This product standard is harmonized with the applicable generic and horizontal environmental standards and contains additional details relevant to UPS. This standard applies to movable, stationary and fixed UPS that deliver single or three-phase fixed frequency a.c. output voltage not exceeding 1 000 V a.c. and that present, generally through a d.c. link, an energy storage system and specified in IEC 62040 product standards for UPS.

Uninterruptible power systems (UPS) - Part 4: Environmental aspects - Requirements and reporting

BS ISO 16304:2013 船舶和海洋技术. 海洋环境保护. 港口废物接收设施的布置和管理

Ships and marine technology. Marine environment protection. Arrangement and management of port waste reception facilities

ISO 16304:2013 船舶和海洋技术.海洋环境保护.港口废物接收设施的布置和管理

Ships and marine technology - Marine environment protection - Arrangement and management of port waste reception facilities

VDI 3958 Blatt 10-2012 环境模拟 材料暴露于气态空气污染物

The guideline describes methods of simulating gaseous air pollution effects on materials and products. Two alternatives of simulating corrosive environmental conditions are depicted: Weathering experiments for studies of materials and products without significant effects of solar and/or artificial radiation on their ageing and durability as well as such involving a significant effect of radiation. The guideline presents procedures so that on the basis of comparison recommendations can be made for selecting materials and for their use in construction components with respect to their resistance to corrosion and ageing.

Environmental simulation - Exposure of materials to gaseous air pollutants

DS/CEN/TR 16208:2011 生物基产品 标准概述

This Technical Report analyzes a set of standards, documents and other reports, related to bio-based products. The report is limited to the aims of mandate M/429 on bio-based products, and hence excludes traditional products, energy applications and food.

Biobased products - Overview of standards

DB61/T 520-2011 主动富氮文物保护系统设计、施工与验收规范

本标准适用于新建、改建、扩建工程中的主动富氮文物保护系统（以下简称系统）的设计、施工和验收。

Code for design, construction and acceptance of active nitrogen-enriched cultural relics protection system

CEN/TR 16098:2010 建筑产品：危险物质释放评估 支持 CPD 要求的水平测试程序概念

This Technical Report (TR), taking into account the state of the art in the Member States, identifies the role of testing in the assessment of construction products in view of possible emissions and makes recommendations on the testing procedures. This Technical Report reviews in accordance with the experience already gained, the basis for deciding whether the use of horizontal test method standards for construction products is practicable and/or necessary in order to implement obligations arising from the Construction Products Directive (CPD). The time limit for all information CEN/TC 351/TG 2 has been able to consider is set to be 31 December 2009. This Technical Report provides recommendations for complete testing procedures in the overall framework of the CPD according to the methods for the Attestation of Conformity (AoC).

Construction products: Assessment of release of dangerous substances - Concept of horizontal testing procedures in support of requirements under the CPD

VDI 3958 Blatt 11-2009 环境模拟 聚合物暴露于空气污染物并结合风化

The guideline applies to the simulation of the effect of environmental conditions with high concentrations of gaseous pollutants (for example operating, transport and storage conditions) on polymer materials and products (exposed objects). The guideline describes procedures for making recommendations on the basis of comparisons for selecting materials and their use in components with respect to their long-term durability and resistance to ageing. The guideline describes general methods for the exposure of polymer materials to gaseous pollutants. Studies on certain polymer materials (e. g. elastomers) may necessitate additional requirements which should be defined in the individual requirements for these samples and are not given here (e. g. mechanical prestressing or alternating loads). The guideline describes the procedure for environmental simulation with studies with significant effects of solar radiation or artificial radiation on the aging and life of the exposed object. Hereby, in addition to the effect of the exposure of the polymer materials and components to gases, material changes occur due to radiationinduced drying, moistening and heating processes as well as photochemical reactions.

Environmental simulation - Exposure of polymers to air pollutants in combination with weathering

ASTM D6982-09(2016) 使用点网 (网格) 搜索模式检测热点的标准实施规程

4.1 Search sampling strategies have found wide utility in geologic exploration where drilling is required to detect subsurface mineral deposit, such as when drilling for oil and gas. Using such strategies to search for buried wastes and subsurface contaminants, including volatile organic compounds, is a logical extension of these strategies. 4.2 Systematic sampling strategies are often the most cost-effective method for searching for hot spots. 4.3 This practice may be used to determine the risk of missing a hot spot of specified size and shape given a specified sampling pattern and sampling density. 4.4 This practice may be used to determine the smallest hot spot that can be detected with a specified probability and given sampling density. 4.5 This practice may be used to select the optimum grid sampling strategy (that is, sampling pattern and density) for a specified risk of not detecting a hot spot. 4.6 By using the algorithms given in this practice, one can balance the cost of sampling versus the risk of missing a hot spot. 4.7 Search sampling patterns may also be used to optimize the locations of additional ground water monitoring wells or vadose zone monitoring devices. 1.1 This practice provides equations and nomographs, and a reference to a computer program, for calculating probabilities of detecting hot spots (that is, localized areas of soil or groundwater contamination) using point-net (that is, grid) search patterns. Hot spots, more generally referred to as targets, are presumed to be invisible on the ground surface. Hot spots may include former surface impoundments and waste disposal pits, as well as contaminant plumes in ground water or the vadose zone. 1.2 For purposes of calculating detection probabilities, hot spots or buried contaminants are presumed to be elliptically shaped when projected vertically to the ground surface, and search patterns are square, rectangular, or rhombic. Assumptions about the size and shape of suspected hot spots are the primary limitations of this practice, and must be judged by historical information. A further limitation is that hot spot boundaries are usually not clear and distinct. 1.3 In general, this practice should not be used in lieu of surface geophysical methods for detecting buried objects, including underground utilities, where such buried objects can be detected by these methods (see Guide D6429). 1.4 Search sampling would normally be conducted during preliminary investigations of hazardous waste sites or hazardous waste management facilities (see Guide D5730). Sampling may be conducted by drilling or by direct-push methods. In contrast, guidance on sampling for the purpose of making statistical inferences about population characteristics (for example, contaminant concentrations) can be found in ......

Standard Practice for Detecting Hot Spots Using Point-Net (Grid) Search Patterns

SC/T 9102.4-2007 渔业生态环境监测规范 第4部分:资料处理与报告编制

本部分规定了渔业生态环境监测的监测资料的整编、监测资料的检查、数据处理要求，监测数据的统计特征和表示方法，监测数据资料分析、监测资料管理、监测报告编制。 本部分适用于渔业生态环境监测数据的统计分析，以及渔业生态环境的评价；适用于渔业生态环境监测、评价报告的编制。

The Specincation for Ecological Environment Monitoring of Fisheries- Part 4: Data Processing and Drawing up Report

SC/T 9102.1-2007 渔业生态环境监测规范 第1部分:总则

本部分规定了渔业生态环境监测的术语、目的与任务、原则、质量保证和质量控制、实验室间质量控制、监测数据分析、报告的编制。 本部分适用于渔业水域生物种类或群体发生障碍、死亡或其他异常现象时对水环境影响要素的鉴定和测定。

The Specincation for Ecological Environment Monitoring of Fisheries- Part 1: General Rules

SC/T 9102.3-2007 渔业生态环境监测规范 第3部分：淡水

本部分规定了渔业生态环境监测的水质采样、水样保存和分析方法，沉积物采样、样品保存和分析方法，浮游植物和浮游动物采样、样品保存和分析方法，底栖动物采样、样品保存和分析方法。 本部分适用于淡水渔业水域的水质、沉积物、浮游植物、浮游动物和底栖动物的常规监测、应急监测和专项监测。

The Specincation for Ecological Environment Monitoring of Fisheries- Part 3: Freshwater

SC/T 9102.2-2007 渔业生态环境监测规范 第2部分:海洋

本部分规定了海洋渔业生态环境监测项目的采样、样品保存和运输、水质分析方法、沉积物（底质）分析方法、生物体污染物残留量分析方法和海洋生物分析方法。 本部分适用于海洋渔业水域的水质、沉积物、生物、生物体质量的常规监测、应急监测和专项监测。

The Specincation for Ecological Environment Monitoring of Fisheries- Part 2: Marine

DB11/T 353-2006 城市道路清扫保洁质量标准

本标准规定了城市道路清扫保洁的质量要求和检查评价方法。本标准适用于北京市城市道路清扫保洁质量管理工作。

The quality standard of city road sweeping and cleaning

HJ/T 192-2006 生态环境状况评价技术规范(试行)

本技术规范规定了生态环境状况评价的指标体系和计算方法。 本规范适用于我国县级以上区域生态环境现状及动态趋势的年度综合评价。

Technical criterion for eco-environmental status evaluation

CJJ/T 107-2005 生活垃圾填埋场无害化评价标准

本标准适用于对垃圾填埋场进行无害化评价。

Standard of assessment on municipal solid waste landfill

VDI 3958 Blatt 12-2004 环境模拟 酸性沉淀对聚合物的影响 试验方法

The subject of this guideline is the simulation of the damaging effect of environmental conditions during the transport, operation and storage of materials and products (referred to in the following as objects). This guideline describes time-lapse laboratory test methods for simulating the damaging effects of acidic atmospheric precipitation in interaction with UV radiation, neutral condensed precipitation and changing temperature and humidity with the use of artificial acidic precipitation. With these test methods it is possible to make comparisons permitting the formulaton of recommendations for the selection of polymers for use inenvironments subject to acidic prcipitation.

Environmental simulation - Effects of acidic precipitation on polymers - Test methods

ASTM D6852-02 材料和产品的生物基含量、资源消耗和对环境影响情况测定的标准导则

Biobased materials are considered a means to reduce the consumption of nonrenewable resources and reduce the environmental impact associated with the creation of materials and products, such as increased CO2 emissions and so forth. The U.S. Government has expressed the desire to use its buying power to promote usage of biobased materials, as evidenced in Presidential Orders 13101 and 13123 and the recently passed Farm Security and Rural Investment Act of 2002 (P.O. 107 - 171.). This guide provides a vendor with a standardized process to develop and compile information on the total resources consumed in creation of a product, define what fraction of the resources are biobased, and transmit the information in a clear and logical way. Carbon is the foundation of both biobased and fossil (nonrenewable) resources. Carbon also represents a large fraction of the environmental profile considerations of a product. Therefore carbon is used in this guide to combine and track energy and raw materials resources consumption involved in creation of a product. This guide provides a way to determine and report weight fraction of biobased material in a product, or its biobased content, W(b). This guide also provides for verification and validation of the information supplied by vendors to support their product claims. This guide provides a way to determine the biobased and nonrenewable (fossil) resource consumption, both as raw materials and as energy, involved in creation of a product and to combine the biobased and nonrenewable resources into total resource consumption on a consistent basis. A companion standard5 provides a test method for authentication of the origin of carbon claimed to be derived from renewable resources.1.1 This guide covers a process to determine (1) biobased content of materials and products, (2) total resource consumption, both biobased and nonrenewable, in the form of raw materials and energy, and (3) an environmental profile, which would also include emissions and waste generated.1.2 Reference to the use of factors to convert materials and energy to carbon equivalents are provided (1-6). In addition, the use of ISO standards to determine the material and energy inventories and an environmental profile of the products and materials is discussed. It is outside the scope of this guide to provide a detailed description of the use and application of life cycle assessment tools and conversion factors for the determination of a biobased material''s environmental profile. Future ASTM International standards are being prepared to cover these subjects.1.3 In the application of this guide, the protection of business confidential information is an important consideration. In general, the level of detail required to evaluate material and energy inputs and outputs can be reported without revealing proprietary unit process information. Unit processes can be treated as black boxes with inputs and outputs. If business confidentiality is still a concern, unit processes can be further combined or the final LCA (Life Cycle Assessment) results can be reviewed and certified by an external, independent expert with which the vendor will have the appropriate secrecy agreement.

Standard Guide for Determination of Biobased Content, Resources Consumption, and Environmental Profile of Materials and Products

DL/T 522.1-1993 水中二甲基酮肟的测定方法(分光光度法)

Method for determining Acetone oxime in water (spectrophotometric method)