将绿色化学融入学习过程

Winda Putri Permata Sari, Sri Atun
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引用次数: 0

摘要

本研究旨在综合最近十年各Scopus期刊和论文集中关注化学学习研究的相关研究,以绿色化学为主题。运用关联键模式(模式1:“绿色化学”“绿色化学学习”;模式二:“绿色化学”“课程”;模式三:“绿色化学”“化学教育”),从20篇相关文章中进行系统复习。系统的目标是使教师对绿色化学在学习过程中的整合有一个总体的回顾和认识。在中学阶段,通过以项目为基础的实践活动、教材、模块和游戏,将绿色化学融入其中。结果表明,可以与绿色化学相结合的化学课题是肥皂制造、化石燃料、回收过程、燃料使用产生的环境问题、化学反应和塑料废物。有些文章对12条绿色原则进行了深入的讨论,而有些文章则没有。在模块、游戏和实习活动中,只有5到6个绿色化学原理。通过本研究,期望能为教师在学习过程中提供与绿色化学整合相关的知识,以支持默迪卡课程在化学学习中的应用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Integration Green Chemistry into Learning Process
This research aims to synthesize the related research with green chemistry as the topic which focuses on chemistry learning research in the recent ten years from various Scopus journals and proceedings focusing on the recent ten years. After doing the searching on the national and international reputable databases by using the relevance key pattern (Pattern 1: “green chemistry” “green chemistry learning”; Pattern 2: “green chemistry” “curricula”; Pattern 3: “green chemistry” “chemistry education), from 20 relevant articles to be systematically reviewed. The systematic goal is to result in the general review and knowledge for teachers about the integration of green chemistry in the learning process. At the middle school level, the integration of green chemistry through project-based practicum activities, textbooks, modules, and games. The result shows that the chemistry topic which can be integrated with green chemistry is by making soap, fossil fuels, recycling processes, environmental problems arising from the use of fuel, chemical reactions, and plastic waste. While 12 green principles in some articles are discussed thoroughly while others don’t. There are only 5 or 6 green chemistry principles integrated either in modules, games, and practicum activities. By doing the research, it is expected to give knowledge to the teachers related to green chemistry integration in the process of learning to support the Merdeka curriculum in chemistry learning.
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