餐厨垃圾处理方式的探讨

餐厨垃圾污染日益严重,对环境和人类健康构成巨大威胁.如何对餐厨垃圾进行资源化、减量化、无害化处理,是摆在环保工作者面前的一个课题,本文通过对国内外餐厨余物的产生情况、处理现状以及处理工艺进行分析,探讨适合哈尔滨市餐厨垃圾的处理方式.     

生物接触氧化法处理煤矿生活污水的工艺探讨

根据煤矿生活污水的特点，结合几年来工作和学习的经验及体会，论述生物接触氧化法的工艺流程，讨论设计中遇到的问题，探讨设计参数，使用填料和选取方法，为今后的污水处理站设计提供参考。     

联邦德国生活垃圾填埋场与生物垃圾堆肥技术标准综述

本文详细介绍了德国生活垃圾填埋方面的技术规范及要求,从垃圾场选址、分级、防治的污染措施等方面沦述了德国有关的技术标准,同时也论述了德国生物垃圾堆肥技术方面的标准及措施,对我国垃圾处理技术的提高有一定的参加价值。     

测定氨氮时应注意的问题

水中氨氮的来源主要为生活污水中含氮有机物在微生物作用下的分解产物。若样品为清洁水，可直接取样分析。若样品有颜色，混浊时要进行适当的预处理后再分析。     

论环境参与权

环境参与权是公民享有的一项重要环境权利。它包括参与环境立法权、环境行政听证权、参与环境决策权和环境监督权，确立环境参与权具有重要意义，但我国现行立法很不完备，需要进一步完善。     

城市污水回用定价体系研究

污水回用是缓解水资源危机的重要方法。本文根据我国35个省会城市及计划单列城市的城市污水处理率、污水回用率等数据．以城市污水回用于生活用水为案例，分析了回用水定价的影响因素，经过主成分分析、聚类分析等统计学方法计算．得到了影响回用水定价四级指标体系。污水回用定价体系的建立，有利于各地区水价体系与经济政策的调整。     

LRL-150垃圾焚烧炉的开发与研制

简述生活垃圾对环境的污染和垃圾焚烧的必要性、迫切性，同时解决垃圾焚烧炉机械设备研究的可靠性和取得的成果。     

国内外生活水质标准的对比分析

本文阐述了我国及国外生活水活水质标准的构成和修订特点，并在生活水质标准的项目分类，项目数量及量值方面作了对比分析，找出了差异，提出了若干建议。     

Biogenic VOCs emission inventory development of temperate grassland vegetation in Xilin River basin, Inner Mongolia, China

Given the key role of biogenic volatile organic compounds(VOCs) to tropospheric chemistry and regional air quality, it is important to generate accurateVOCs emission inventories. However, only a less fraction of plant species, in temperate grassland of Inner Mongolia, has been characterized by quantitative measurements. A taxonomic methodology, which assigns VOCs measurements to unmeasured species, is an applicable and inexpensive alternation for extensive VOCs emission survey, although data are needed for additional plant families and genera to further validate the taxonomic approach in grassland vegetation. In this experiment, VOCs emission rates of 178 plant species were measured with a portable photoionization detector( PID). The results showed the most of genera and some families have consistent feature of their VOCs emission, especially for isoprene, and provide the basic premise of taxonomic methodology to develop VOCs emission inventories for temperate grassland. Then, the taxonomic methodology was introduced into assigning emission rate to other 96 species, which no measured emission rates available here. A systematical emission inventory of temperate grassland vegetation in Inner Mongolia was provided and further evidence that taxonomy relationship can serve as a useful guide for generalizing the emissions behavior of many, but not all, plant families and genera to grassland vegetation.