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Systems Thinking: Adopting an Emergy Perspective as a Tool for Teaching Green Chemistry

机译:系统思维:采用能源视角作为教学绿色化学的工具

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摘要

Green chemistry is the name of a need, that of encompassing chemistry research and the environmental, safety, health, and societal issues that have been creating unprecedent concerns at a global level. Green chemistry is a modern concept, as the label that represents the entry of chemical sciences in the realm of integrated sustainability studies. To do green chemistry research, we need approaches that take into account the use and availability of resources, as well as the direct or indirect impacts of the applications of new chemistry. Systems thinking is a powerful mindset for addressing the complexity of the interconnections between the traditional and the new aspects of chemistry research. Systems thinking can provide suitable and appropriate conceptual tools for the research, requiring that chemistry teaching provides the necessary familiarity with systemic concepts and practices. In this paper, an emergy (spelled with "m") perspective is presented as suitable to address the green chemistry didactics toward a systemic conceptual framework, which is now more and more mandatory.
机译:绿色化学是需求的名称,包括化学研究以及在全球层面创造前所未有的担忧的环境,安全,健康和社会问题。绿色化学是一种现代概念,作为代表综合可持续性研究领域中化学科学进入的标签。为了进行绿色化学研究,我们需要考虑资源使用和可用性的方法,以及新化学应用的直接或间接影响。系统思维是一种强大的心态,用于解决传统研究与新方面之间的互连之间的复杂性。系统思维可以为研究提供适当和适当的概念工具,要求化学教学提供了对系统概念和实践的必要熟悉程度。在本文中,呈现出绩效(用“M”)的透视,以解决绿色化学教学朝向系统概念框架,现在越来越多的强制性。

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