《评估城市水管理绿色基础设施好处的工具》

  • 来源专题:水体污染与防治领域信息门户
  • 编译者: 徐慧芳
  • 发布时间:2013-05-06
  • Communities are increasingly looking to green infrastructure as a means of meeting not only stormwater management objectives but multiple environmental, social, and economic goals. Rather than viewing water infrastructure in isolation or – as has often been the case – an after-the-fact means of responding to a flooding or public health crisis, today’s urban planners are striving to integrate urban water into their sustainable development goals. This report reviews the criteria, metrics and protocols being used to measure such integrated systems.
  • 原文来源:http://www.iwapublishing.com/template.cfm?name=isbn9781780400525&type=new
相关报告
  • 《城市水资源管理绿色基础设施的效益评价工具》

    • 来源专题:水体污染与防治领域信息门户
    • 编译者:徐慧芳
    • 发布时间:2012-04-02
    • Communities are increasingly looking to green infrastructure as a means of meeting not only stormwater management objectives but multiple environmental, social, and economic goals. This report provides overviews for two sustainable business metrics gaining popularity in the urban planning field – life cycle cost assessments and triple bottom line – as they apply to stormwater and urban water management. It outlines some of the practical challenges encountered when collecting data and measuring for performance. It also provides examples of cities such as Philadelphia, and Washington, D.C. that have begun to embrace a more systems approach to water management in order to provide guidance to others who are interested in developing similar initiatives.
  • 《国内最大的城市级能源互联网基础设施投资项目签约》

    • 来源专题:中国科学院文献情报先进能源知识资源中心 |领域情报网
    • 编译者:wukan
    • 发布时间:2018-06-27
    •   6月22日上午,北京市通州区人民政府与城市电力控股集团完成能源互联网项目投资签约,该项目总体投资规模约80亿人民币,是迄今为止国内最大的城市级能源互联网基础设施投资项目。   该能源互联网项目以储能基础设施投资为核心,以城市副中心核心商务区为首批示范项目区,率先覆盖完成公共能源站、大型公建等城市设施的绿色储能物联网络,为当地居民和企业提供安全、低碳、优惠的综合能源服务。据预测,该能源互联网项目在城市副中心的规模化应用,将直接为该地区每年减少约20亿度高峰电量,直接为用户降低上亿级能源成本。   据了解,该能源互联网项目投建运行后,不仅能为北京城市副中心整个区域建立健全能源应急保障体系,提高能源安全应急能力,并且随着清洁能源的远程消纳应用,可大幅降低城市能耗,提高能源综合利用效率,为构建安全能源、清洁能源首都提供有力支撑与保障。   此外,如果该能源互联网项目储能电量全部转化为进京“绿电”进行消纳,每年将累计减少二氧化碳排放量上百万吨左右,减少标煤近100万吨,帮助用户解决能源系统高能耗、高成本用电顽疾的同时,有效缓解地区电网高峰用电压力,促进新能源用电大幅提升。