污染物排放强度,pollutants emission intensity
1)pollutants emission intensity污染物排放强度
1.Analysis on the regional differences in mainpollutants emission intensity in China;我国主要污染物排放强度的区域差异分析
2)pollution emission intensity污染排放强度
1.The results show that: four categories of pollutant emissions intensity was decreasing,the reasons for the decline ofpollution emission intensity is accompanied by improvement of the efficiency of industrial pollution control,and the impact of changes in the industrial structure is not very obvious,and some.根据中国2001~间时间序列数据,利用统计因素分析方法,对中国四类工业污染物的排放强度与工业治污效率、工业结构变化的关系进行实证分析后得到如下结果:中国的二氧化硫、烟尘、未达标废水和固体废物四类污染物的排放强度呈逐年下降趋势,污染排放强度下降的主要原因是工业治污效率逐年提高,而产业结构变化的影响不很明显,有的甚至为负效应。
3)Pollutant emission concentration污染物排放浓度
英文短句/例句
1.Article 13 Where atmospheric pollutants are discharged, the concentration of the said pollutants may not exceed the standards prescribed by the State and local authorities.第十三条 向大气排放污染物的，其污染物排放浓度不得超过国家和地方规定的排放标准。
2.Basic Study of the Secondary Pollutant Emissions from Incineration of the High Concentration Organic Waste Liquid;高浓度有机废液焚烧二次污染物排放特性研究
3.with respect to the control of pollutant discharge, concentration control will be replaced by a combination of the control of concentration and that of total quantity;在污染物排放控制上，由重浓度控制转变为浓度与总量控制相结合；
4.Major pollutants to be discharged(description, concentration and gross amount), the way of discharging(discharging place and whereabouts)(please indicate if exceeding the standard)排放的主要污染物(名称、浓度和总量)、排放方式(排放地点和去向)(如有超标请注明)
5.the quantity and density of the pollutants under normal operational conditions.在正常作业条件下排放污染物的种类、方式、数量和浓度.
6.This chapter describes methods of estimating airborne pollutant concentration distrubutions associated with various emission sources.本章论述几种有关各种排放源的大气污染物浓度分布的估算方法。
7.Emission Inventory and the Formation Mechanism of High Pollution of Fine Particulate Matters in Shanghai上海市空气污染排放清单及大气中高浓度细颗粒物的形成机制
8.Effects of CO_2 Concentration on the Combustion and Pollutant Emission Characteristics of Coal and CharCO_2浓度对煤焦燃烧及污染物排放特性影响的试验研究
9.Estimate Concentration of Pollutants Emitted from Motor Vehicles Using CALINE4 Dispersion Model--Taking Main Street of Jinan as an Example应用CALINE4模式估算机动车排放污染物的浓度——以济南市主干道为例
10.The enterprises and institutions mentioned in the preceding paragraph shall report without delay any substantial change in the categories, quantities or concentrations of the pollutants discharged.前款规定的排污单位排放水污染物的种类、数量和浓度有重大改变的，应当及时申报；
11.Units that discharge pollutants as specified in the preceding paragraph shall report in due time about any substantial change in the category, quantity or concentration of the atmospheric pollutants discharged.前款规定的排污单位排放大气污染物的种类、数量、浓度有重大改变的，应当及时申报；
12.Concentration of Lead in Atmosphere and Emission Characteristics of Pollution Sources in China我国大气铅浓度水平与污染源排放特征
13.Influence of PRD Industrial Emission Variation on Concentrations of SO_2,NO_x and their Secondary Pollutants珠江三角洲地区工业排放变化对SO_2和NO_x及其二次污染物浓度的影响
14.world-wide emissions (of pollutants)污染物的全世界排放量
15.air pollutant emission inventory大气污染物排放清单
16.nuclear pollution discharge elimination system核污染物排放消除系统
17.stationary source emissions - determination of concentration and mass flow rate of particulate material in gas-carrying ducts - manual gravimetric method固定污染源的排放-气载尘埃颗粒流量和浓度的测定-人工重力法
18.Research on Construction of Water Pollution Emission Right Trading System in Zhejiang Province;浙江省水污染物排放权交易制度构建研究
相关短句/例句
pollution emission intensity污染排放强度
1.The results show that: four categories of pollutant emissions intensity was decreasing,the reasons for the decline ofpollution emission intensity is accompanied by improvement of the efficiency of industrial pollution control,and the impact of changes in the industrial structure is not very obvious,and some.根据中国2001~间时间序列数据,利用统计因素分析方法,对中国四类工业污染物的排放强度与工业治污效率、工业结构变化的关系进行实证分析后得到如下结果:中国的二氧化硫、烟尘、未达标废水和固体废物四类污染物的排放强度呈逐年下降趋势,污染排放强度下降的主要原因是工业治污效率逐年提高,而产业结构变化的影响不很明显,有的甚至为负效应。
3)Pollutant emission concentration污染物排放浓度
4)pollutant emission污染物排放
1.Reduction of emissions from energy systems under implementing atmospheric-pollutant emission control;实施大气污染物排放总量控制后能源系统的减排效果
2.Fossil power plantpollutant emission control and its impact upon environment in Shanghai;上海市火电厂污染物排放控制及环境影响
3.Through inventory modeling and computing,life cycle energy consumption(LCEC) andpollutant emission(LCPE) of 12 building materials in production process were analyzed by means of LCA.利用生命周期方法,通过清单建模及计算,分析了12种建材产品生产的生命周期能耗与大气污染物排放。
5)pollutant discharge污染物排放
1.The discussion ofpollutant discharge and control measurement in Zhongning of Ningxia electricity generating station expansion project;宁夏中宁电厂扩建工程污染物排放及控制措施探讨
2.Relationships between economic growth and industrialpollutant discharge of Suzhou:How about the EKC?苏州市经济增长与工业污染物排放的关系:EKC如何
3.The policy and measures to control automobilepollutant discharge is summarized in this paper,including the national discharge standards and the methods should be adopted on several facets just as automobile manufacture,using and maintaining and supplying fuel.综述了汽车污染物排放控制政策与措施 ,包括国家排放标准以及在汽车制造、使用维修、燃料提供等方面应采取的对
6)pollutants emission污染物排放
1.On the basis of studying the energy-saving generation dispatching,a day-ahead generation dispatching model has been given under comprehensive consideration of the coal consumption,thepollutants emission,and the network loss.在对节能发电调度研究的基础上,给出了综合考虑煤耗、污染物排放与网损的火电机组次日发电调度模型。
2.The paper summarized the development status quo of China′s coking industry in recent years,and it pointed out the problems existing in the present emission standards of coking industry,suggesting the approach for revising thepollutants emission standard of coking industry.概述了近几年来我国炼焦工业的发展现状,分析了现行行业污染物排放标准中存在的问题,提出了炼焦工业污染物排放标准修订的技术思路,并对该标准拟修订的主要内容进行了探讨。
延伸阅读
《大气污染物综合排放标准》(GB16297—1996)《大气污染物综合排放标准》(GB16297—1996)Integrated Emission Standard of Air Pollutants、产切‘沪，‘，丫lO闪iwuronwuZonghe而而ngBicozhun《大气污染物综合排放标准)( GB 16297一19%)(加吨哪翻召动‘3fon及翔舰么rd ofA介护bll~)该标准于1卯7年l月1日起实施，是在原有工业“三废”排放试行标准废气部分和有关行业大气污染物排放标准的基础上制定，在技术内容上与原有各标准有一定的继承关系，亦有相当大的修改和变化。规定了二氧化硫、氮氧化物、颗粒物等33种大气污染物的排放限值，其指标体系为最高允许排放浓度、最高允许排放速率和无组织排放监控浓度限值。大气污染物综合排放标准主要控制对象为工业生产过程中排放的工艺尾气。按照综合性排放标准与行业性排放标准“不交叉执行”的原则，除锅炉、工业炉窑、火电厂、炼焦炉、水泥厂、恶臭物质、机动车执行各自的大气污染排放标准外，其他大气污染物排放均执行本标准。(葛大陆膝静)
