Home > Article > 2022 > 05

Article

Application of combination method of scenario analysis and LCAin policy environmental impact assessment of renewable energy policy:A case of Shandong Province

Received Date:2022-06-29

Download Download 2022 NO.05

    Abstract:the difficulty in identifying core element, taking Shandong renewable energy policy as a case, the ap⁃plication of the c... Open+
    Abstract:

    the difficulty in identifying core element, taking Shandong renewable energy policy as a case, the ap⁃plication of the combined tool of life cycle assessment (LCA) and scenario analysis in the environmen⁃tal impact assessment of renewable energy policy were discussed. The results showed that the combina⁃tion of LCA and scenario analysis tools could reduce the uncertainty of renewable energy policy EIA andimprove the decision-making ability when comparing and selecting optimization schemes. In order to a⁃chieve the consistency between policy implementation and EIA, it was necessary to conduct the follow-up evaluation based on policy EIA.

    Close-

    Authors:

    • XU Peng1,2,3
    • XU Qianqi1,2,3
    • ZHANG Yaning4
    • BAO Cunkuan1,2,3,*

    Units

    • 1.Department of Environmental Science and Engineering,Fudan University,Shanghai 200438,China
    • 2.Urban Environmental Management Research Center,Fudan University,Shanghai 200438,China
    • 3.Key Laboratory for Simulation and Assessment of Environmental Policies,Fudan University,Shanghai 200438,China
    • 4.Shandong Province Environmental Assessment and Service Center of Construction Projects,Jinan 276399,China

    Keywords

    • Policy environmental impact assessment
    • Scenario analysis
    • LCA
    • Combination method

    Citation

    XU Peng, XU Qianqi,ZHANG Yaning, et al. Application of combination method of scenario analysis and LCA inpolicy environmental impact assessment of renewable energy policy: A case of Shandong Province[J]. Energy En⁃vironmental Protection, 2022, 36(5):27-32.
    Add: No.288, Gongxiu Road, Xiaoshan District, Hangzhou City, Zhejiang Province.
    Post Code: 311201
    Tel: 0571-82989702, 19558121964
    E-mail: office@eep1987.com
    Website Copyright © Editorial Department of Energy Environmental Protection 京ICP备05086979号