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The policy impact on clean technology diffusion

机译:政策对清洁技术传播的影响

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We employ a logistic model to examine the impacts of environmental policy (emission standards and economic instruments) and plant characteristics on clean technology diffusion by using the amount of Total Suspended Particulate (TSP), Sulfer Oxide (SOx), and Nitric Oxide (NOx) emissions in 14 power plants provided by Taiwan Power Company covering the period of 1989–2006. The concentration of the pollutants emitted to air from fossil-fired power plants is modeled as the performance of technology development. The objective of this study is to investigate the determinants of technology diffusion to help generate strategic insights on environmental policy. The results show that the environmental policy by regulating emission standard provides a negative effect on technology diffusion while the ‘mixed policy’ (an integration of environmental standards and economic instruments) has a significantly positive effect on technology diffusion for NOx but insignificantly for TSP and SOx.
机译:我们采用逻辑模型,通过使用总悬浮颗粒(TSP),氧化硫(SOx)和一氧化氮(NOx)的数量来检查环境政策(排放标准和经济手段)和工厂特征对清洁技术扩散的影响1989年至2006年期间,台湾电力公司提供的14个电厂的废气排放量。化石发电厂向空气中排放的污染物的浓度被建模为技术发展的表现。这项研究的目的是调查技术扩散的决定因素,以帮助产生有关环境政策的战略见解。结果表明,通过控制排放标准制定的环境政策对技术扩散具有负面影响,而“混合政策”(环境标准和经济手段的整合)对NOx的技术扩散具有显着的积极影响,而对TSP和SOx的影响则微不足道。 。

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