The Growing Biorefinery of Agricultural Wastes: A Short Review

Nur Farhana Fadzil, Siti Amira Othman
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引用次数: 1

Abstract

Fruits and vegetables from agricultural sectors are the most utilized commodities among horticultural crops. They are consumed raw, partially processed and entirely processed owing to their nutritional values. Living in the growing population and fast-developing world, the demands production from this sector are also increasing which lead to inclining quantity of wastes and residues day by day which strongly affected our health, economy, environment and social community. The losses and waste in fruit and vegetables are the highest among all type of food as estimated by United Nations Food and Agriculture Organization (FAO), and it may reach up to 60%. Realizing this fact, there is demand for each agricultural sectors for proper waste management of these agro-materials residues through waste recycling approach. These residues constitute various valuable by-products such as phenolic compounds, fibers, cellulosic and vitamins which can be further exploited into biogas, bioenergy, biofuel, biocomposite and biomaterials that can be implemented into industries of textiles, food safety and packaging, medical tool, building blocks and many more. Hence, there is in-depth attention of research and studies for agricultural waste biorefinery as well as their recycling methods. This article presents a review on classification of these residues, several refinery products of agro-industrial wastes and their challenges needed to overcome in the future.
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农业废弃物生物炼制研究进展综述
来自农业部门的水果和蔬菜是园艺作物中利用最多的商品。由于其营养价值,它们被生吃、部分加工和完全加工。生活在人口不断增长和快速发展的世界,该部门的生产需求也在增加,导致废物和残留物的数量日益增加,严重影响了我们的健康、经济、环境和社会社区。据联合国粮食及农业组织(FAO)估计,水果和蔬菜的损失和浪费在所有类型的食物中是最高的,可能高达60%。认识到这一事实,每个农业部门都需要通过废物回收方法对这些农业材料残留物进行适当的废物管理。这些残留物构成各种有价值的副产品,如酚类化合物、纤维、纤维素和维生素,可进一步开发成沼气、生物能源、生物燃料、生物复合材料和生物材料,可用于纺织、食品安全和包装、医疗工具、建筑材料等行业。因此,对农业废弃物的生物炼制及其回收利用方法的研究和研究受到了人们的深入关注。本文综述了这些残留物的分类、几种农工废弃物的精炼产物及其未来需要克服的挑战。
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