公路建设的节能减排效果评估软件设计与实现
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上海市科委节能减排专项(08DZ1204000)


An Novel Assessment Tool for Evaluating Systematical Energy Consumption and Environmental Impact during Road Construction*
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    摘要:

    废旧料用于公路建设时所对应的节能、减排效果的准确、快速评估对于该类技术的发展和政策引导具有重要意义,此外公路建设的材料也在不断发展,对应的能耗和排放也会变化。本文设计了一套软件用于公路建设中使用废旧料以后以及材料改性后所产生的综合能耗、资源消耗、污染物排放和环境综合影响四个方面的变化的快速、定量分析,并命名为“绿色道路建设综合能耗和环境影响评估”(Systematical energy and environmental assessment tool for Green road construction, 简称SEE-at-GRC)。通过三个实际工程案例展示了此软件工具在废旧料作为建材再生应用于路基甚至路面建设时对所发生的能源消耗、资源消耗、废物排放及环境影响4个方面变化的快速量化功能。计算结果表明,废旧料用于公路建设时具有良好的节能减排效果;路面、路基材料在改性、改型后使用也具有更好的。SEE-at-GRC能有效指导废旧料在公路建设中的再生应用工艺发展方向;同时还能有效对比公路建设领域的节能减排工艺方案、定量核算工艺优化后的节能减排效果。

    Abstract:

    New software for quantifying the systematical energy consumption, resources consumption and waste disposal information in road construction has been set up and was named as SEE-at-GRC (Systematical energy and environmental assessment tool for Green road construction). With help of this tool, the quantified contributions of recycling waste materials or modified materials in road construction as well as process improvement etc. on environmental impact can be evaluated by showing savings on energy consumption and resource consumption quantitatively; at the same time waste disposal capacity and environmental impacts were also provided. Two examples were given to shown the output of the software. Those results are useful for guiding the utilization of recycled waste materials, as well as for developing new technology process and advanced materials in road construction. Based on Visual Basic (VB) language and MSSQL database, SEE-at-GRC has provided a full set of evaluation methodology on energy saving, emission reduction and process optimization for guiding green road construction developing.

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王海,陈德珍,程玲,施惠生,郑航.公路建设的节能减排效果评估软件设计与实现[J].土木与环境工程学报(中英文),2012,34(Z1):251-257. Wang Hai, Chen Dezhen, Cheng Ling, Shi Huishen, Zheng Hang. An Novel Assessment Tool for Evaluating Systematical Energy Consumption and Environmental Impact during Road Construction*[J]. JOURNAL OF CIVIL AND ENVIRONMENTAL ENGINEERING,2012,34(Z1):251-257.10.3969/j. issn.1674-4764.2012. Z1.059

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  • 在线发布日期: 2012-09-13
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