SUSTAINABILITY OF SUGARCANE BAGASSE AS NATURAL FIBRE COMPOSITE PRODUCTS IN YIWU COMMUNITIES: A CONCEPTUAL FRAMEWORK

Zhang Xue, Hanif Khairi, Syed Mohd Faisal Syed Ahmad
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Abstract

Global warming, white pollution, ecological degradation and other environmental and resource issues have become the focus of attention in all areas of society today, and sustainable development is no longer a slogan. Design practitioners are committed to developing new visions and approaches. The application of materials is an important part of realising a circular economy. Sugar cane is the world's number one sugar crop and the second largest bioenergy crop, while bagasse is one of the most produced agricultural wastes in the world. This study is located in the hometown of brown sugar in China - Yiwu City, Zhejiang Province. The research objective is to develop the design and application of bagasse fibre composites in the brown sugar industry of Yiwu using waste bagasse materials as a starting point. The aim is to use design to drive the circular flow of waste resources, extend the economic chain of the brown sugar industry, and help build a local ecological civilisation and sustainable economic development. The researcher used theoretical framework, qualitative research and data analysis as research methods. In this study, the theoretical framework of sustainable development of the brown sugar industry in Yiwu is proposed, and the circular path diagram of the brown sugar industry ecological park. With theory guiding practice, and successfully developed bagasse paper material and bagasse bioplastic material and applied them in the field of lamps and brown sugar product packaging.
义乌社区蔗渣作为天然纤维复合产品的可持续性:概念框架
全球变暖、白色污染、生态退化等环境资源问题已成为当今社会各领域关注的焦点,可持续发展不再是一句口号。设计从业者致力于开发新的愿景和方法。材料的应用是实现循环经济的重要组成部分。甘蔗是世界上第一大糖料作物和第二大生物能源作物,而甘蔗渣是世界上产量最高的农业废弃物之一。本研究地点位于中国红糖之乡——浙江省义乌市。研究目的是以废甘蔗渣材料为切入点,开展甘蔗渣纤维复合材料在义乌红糖工业中的设计与应用。旨在通过设计带动废弃物资源循环流动,延伸红糖产业经济链,助力当地生态文明建设和经济可持续发展。本研究采用理论框架、定性研究和数据分析等研究方法。本研究提出了义乌红糖产业可持续发展的理论框架,并绘制了红糖产业生态园的环形路径图。以理论指导实践,成功开发了甘蔗渣纸材料和甘蔗渣生物塑料材料,并将其应用于灯具和红糖产品包装领域。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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