XHAN-90B型氨氮在线自动监测仪在环境分析中的应用

XHAN-90B型氨氮在线自动监测仪各项性能指标优越,可以准确地在线自动监测环境中不同种类的地表水和工业废水.     

多功能智能型污水自动监测监控系统的研发与应用

介绍了多功能智能型污水自动监测监控系统的开发背景、技术原则、系统组成、功能和特点,结合实例,论述了多功能智能型排污自动监测监控系统在环境监测、环境管理、环境监察中应用的可行性、重要性和广阔前景。     

泰山区水环境监测网络优化研究

对泰山区目前水环境监测网络系统进行了综合分析评价 ,采用专家权重评估、物元分析方法对原监测断面进行了优化研究 ,在此基础上建立起新型监测网络的地理信息系统     

污染防治设施运行状态监控网开发应用

采用现代成熟的计算机技术、公用电话网通讯技术及 TMR电话抄表机电能测试技术 ,实现对污染治理设施进行远程监控并具有报警能力。监控中心计算机界面友好 ,可对现场监控数据随时查询、检索、打印。经试点 ,效果良好 ,具有应用推广价值     

现行pH值平均值计算方法的不足与改进

分析了pH均值的计算原理、现行计算方法的可行性与局限性,提出一组新的计算方程式,比较两种方法计算结果的差别,并给出新方程式求解的计算程序。     

环境监测适用的自动气象站

介绍了采用美国达拉斯 (Dallas)半导体公司近年推出的单总线技术研制的自动气象站 ,它很适用于对地面气象参数的监测。论述了用单总线技术改造原来人工监测的实施方案。该系统也可广泛用于关心气象信息的各种部门     

基于BWM群决策赋权与FMEA的风险评估方法*

为实现BWM群决策评估结果的有效聚合，构建1种基于输入数据的决策者赋权法。该赋权法基于输入数据的一致性水平，衡量决策者对评估对象的认知程度并确定权重，使BWM能够应用于群决策过程，从而构建基于BWM群决策赋权和FMEA的风险评估法。通过邮轮玻璃幕墙风险评估的实例验证该方法，并通过序数一致性分析方法的有效性。研究结果表明:在客观数据缺乏而依赖专家主观经验评估的情况下，该方法能够降低评估能力较低个体对团队评估结果的影响。     

对新时期地震科技情报工作的一点思考

针对目前地震科技情报工作面临的困境并结合这方面工作实际，提出在新的历史时期，地震科技情报工作应加快向信息化转变的步伐，充分发挥计算机的作用，并利用计算机网络优势，合理配置馆藏，以求在不增加资金投入的情况下扩大信息储存量。同时提出新时期的信息管理人员应具备较高的科技文化素质。     

基于Evacuation NZ疏散模型火灾人员疏散时间研究

为准确计算火灾人员疏散时间,本文基于计算机模拟火灾人员疏散时间的优势,运用Evacuation NZ疏散模型模拟大型建筑物火灾疏散时间,并与传统工程算法的疏散时间以及实际疏散演习时间进行对比。结果表明:Evacuation NZ疏散模型比传统工程算法得出的疏散时间更接近实际,为消防监督人员和建设单位估算模拟疏散时间提供参考。     

Packaging glass contained in the heavy residual fraction refused by Portuguese Mechanical and Biological Treatment plants

Mechanical and Biological Treatment (MBT) is an important strategy to manage Municipal Solid Waste (MSW) in Europe. The presence of recyclable materials on MSW depends on different factors such as inefficiencies in the Municipal Solid Waste collecting schemes and to the low level of citizenship environmental education. Among other products, MBT plants produce a residual fraction, named here as heavy residual fraction, that contains a significant amount of packaging glass which in Portugal is currently landfilled. This material is not recycled because it is heavily contaminated with other materials, preventing its processing in Material Recovery Facilities (MRF).In this paper the characterization, including particle size and composition, of the residual fraction of six Portuguese MBT plants is presented. The relevant variables that determine the heavy residual fraction characteristics were identified. It was observed that the MBTr particle size distribution is different and depends mainly on the place on the flowsheet where the MBTr exits the process, which is determined by the type of biological process and by the aperture of the last screen where the product passes through. The content in glass varies from 33 to 83%. These values are mainly related with the upstream glass sorting and with the efficiency of the recovery of the organic fraction which is the glass main contaminant. The second main contaminant is “stones”.The quantity of glass contained in this product in all the plants that will be in operation in Portugal in 2014 was estimated. The work shows that if all the 48,000 of glass could be recovered the Portuguese recycling rate would increase by 4.4%.