基于ANP方法的社区事故应急能力评估指标权重的确定

在分析社区在重大事故应急救援中特殊作用和地位的基础上,指出开展社区事故应急能力评估的目的和意义。简要分析化工型社区事故危险性和应急特点,综合考虑社区事故应急能力的各类影响因素,构建化工型社区事故应急能力评估指标体系。选择网络分析法对社区事故应急能力进行评估,建立社区事故应急能力评估指标体系的网络层次结构模型,并利用网络分析法计算各指标的权重。该方法将较好地考虑社区事故应急能力评估指标体系之间存在相互影响和反馈关系的特点,从而提高对社区事故应急能力评价的可靠性和准确性。     

德国废物管理立法的制度特色与启示

自然资源的过度消耗和废物排放引起环境退化与污染。资源节约利用和有效的废物管理是循环经济的应有之意。德罾建立了以绿点计划为代表的较为完善的废物回收、循环利用系统。废物再生利用率居世界首位，积累了发展循环经济的有益经验。德国废物管理立法主要有以下制度特色和环境政策蕴涵：“与环境相协调”的环境政策导向，延伸生产者责任，政府与民间社会分工合作的废物管理体制，生产者责任组织的成功运作。立法设定包装物回收、循环利用的目标和时间表，一次性饮料包装的强制性押金制度。     

The Essence of a Recycling Economy: Circular Utilization of Resources

Abstract

By analyzing the relationship between a recycling economy and sustainable development theory, this article puts forward the basic concept of a recycling economy as a dynamic economic operational model, and explains the four basic characteristics. It is stressed that the essential element of a recycling economy is the use of resources circularly. In the end, this article analyzes the phenomena of utilizing the recycling economy concept incorrectly, and sets forth a number of problems that should be noted during the process of developing a recycling economy in China.     

Spatial Variation and Space Optimization of the Development of China’s Circular Economy

Abstract

China’s circular economy is still at the initial stage, whose development has many difficulties and problems requiring immediate resolution theoretically and practically. Due to the differences of regions on the scale of land, endowment of resources, economic basis and cultural background, the developmental levels and capabilities of circular economy are inevitably different. Based on establishing the indicator system for assessing the developmental level of regional circular economy, spatial variation of China’s circular economy is measured by the quantitative measurement using principal component analysis, and the existing problems are also analyzed and discussed. On one hand, the differences of the development capability of the circular economy of different provinces (cities) are profound in China; Difference between the first category (strong) and the second category (relatively strong) is 1.1264 points. Difference between the second category and the third category (relatively weak) is 0.3867 points. Difference between the third category and the fourth category (weak) is 1.0238 points. Difference between the first category and the fourth category reaches up to 2.0869 points. Average difference between the area where the developmental level of circular economy is relatively strong and the area where the developmental level of circular economy is relatively weak is 1.3617 points. The differences of the distribution of the areas, with different development capability of circular economy, which are located in the three economic regions of China, are also profound. The regions with a relatively strong development capability of circular economy are mainly located in the eastern economic area, which account for 22.58% of the whole regions, while only account for 12.90% in the middle and western economic areas. On the contrary, the regions with a relatively weak development capability of circular economy account for 48.39% in the middle and western area, while account for 16.13% in the eastern area. On the other hand, among regions with different development capability of circular economy, the regions with a relatively weak development capability of circular economy are in a dominant position, which account for 64.52% of all the provinces (cities), which indicates that the development of the China’s circular economy still has a long way to go. Though certain achievements have been made in the development of China’s circular economy, in general, there are still some obstacles to be tacked in the development of China’s circular economy which require the economic, legal and administrative methods.     

Construction and demolition waste generation in cities in India: an integrated approach

ABSTRACT

This paper quantifies construction and demolition waste (C&DW) generation rate in Indian cities using bottom-up material flow analysis approach. A dynamic model was applied to different classes of cities in India to investigate how C&DW generation rate varies across different classes of cities. The data on construction and demolition activities in different classes of cities were estimated from information reported in secondary literature. The results show that urban areas in India generated over 150 million tonnes of C&DW in 2016, and almost 50% of waste was generated in small to medium towns. The paper concludes with discussion on opportunities for recycling of C&DW and closing the material loops in Indian cities.     

综合类生态工业园区循环经济模式构建

在分析综合性生态工业园区特点的基础上,从企业、园区和循环社会3个层面,构建综合类生态工业园区循环经济发展模式。以安塞工业园区为例,构建了工业园循环经济产业链系统,提出了综合类生态工业园区循环经济模式建设的具体途径。     

社会应急资源监测系统及其应急响应能力研究

社会应急动员和资源筹募是救灾的关键。为有效组织和管理社会应急资源,充分发挥其在救灾中的作用,提出构建一个社会应急资源监测系统。这个监测系统将采集社会应急资源在社会系统中的分布、消耗和补给等的状态信息,为社会应急资源的提供者、各级社会管理部门、各级应急管理机构和系统管理员提供查询、分析和决策的接口;基于监测系统提供的信息,考虑应急救援的时间要求、数量要求、价值要求、经济性要求,建立社会应急资源和物流网络的应急能力评价指标体系。研究结果表明,根据社会应急资源监测系统提供的特定灾害应急所需的社会资源的状态信息,可确定该区域社会应急资源的可满足性、可应急性及物流网络对应急需求的满足情况,得到社会应急资源参与救援的可行性。     

基层公安消防部队应急救援能力评估——以某市消防支队为例

随着经济建设的快速发展,火灾和其他突发性事故呈直线上升趋势,控制火灾和做好其他突发性事故的应急救援工作,成了公安消防部队的重要使命.在查阅了大量技术文献资料的基础上,从城市发展对公安消防部队应急救援能力需求的角度出发,以建设与城市应急救援需求相适应的公安消防部队为目标,提出了基层消防中队应急救援能力评估方法.通过某消防支队应急救援能力评估的实例应用可以看出,该评价方法科学、实用,从实证上进一步验证了评估方法的可行性.     

化工园区应急管理能力评估研究

为了研究化工园区应急管理能力的影响指标,从控制事故致因角度出发,得到6个化工园区应急管理能力一级影响指标和32个二级影响指标。为了解决传统专家打分法和层次分析法存在的随意性大、计算结果不可预测的问题,通过考虑专家自然属性权重和采用模糊层次分析法对所得影响指标的权重进行研究,并运用模糊综合评价方法对某化学工业园区的应急管理能力进行评估。结果表明:采用的计算方法可快速计算各影响指标权重;一级影响因素中,人员组织建设和预案及制度建设最为重要,应急基础保障、应急技术支持和指挥协调建设其次,事后处置重要性最低;该化工园区的应急管理能力“较好”。研究成果可为管理者认识化工园区应急管理水平,有序开展化工园区应急管理能力建设提供参考。     

基于G1法的应急能力评估指标权重的确定

在对城市应急能力评估前,确定应急能力评估指标的权重是重要问题之一。笔者介绍了一种无需一致性检验的方法G1法;分析并提出城市应急能力评估指标,通过实例利用该方法对指标在体系中的权重进行了计算。结果表明,在指标的数量较多的情形下,其计算量较其他方法明显减少,同时该方法的可操作性强,便于使用。