Recycling and elimination of wastes obtained from agriculture by using nanotechnology: nanosensors

A. Ma, Guzmán On, Solís Nm, J. Vega-baudrit
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引用次数: 8

Abstract

Submit Manuscript | http://medcraveonline.com volume of Lake Geneva. With such situations, it seems clear that a reduction of food wastage at global, regional, and national scales would have a substantial positive effect on natural and societal resources. Food wastage reduction would not only avoid pressure on scarce natural resources but also decrease the need to raise food production by 60 percent to meet the 2050 population demand [1]. Fortunately, different kinds of methods have been proposed for reuse agricultural waste instead of remain in the environment. These residues occurred by processing, production and harvest of cereal products, fruits, vegetables and trees, and through stock farming. They are produced in large amounts worldwide and either burnt in the field or used as animal feed [2]. Agricultural residues are lignocellulosic materials [3]. Therefore, these wastes are used on production of industrial products such as organic acids, biofuels, protein enriched feed, aroma compounds, bioactive secondary metabolites, microbial pigments, mushroom and enzymes as substrate [4]
利用纳米技术回收和消除农业废物:纳米传感器
提交稿件| http://medcraveonline.com日内瓦湖卷。在这种情况下,似乎很明显,在全球、区域和国家范围内减少粮食浪费将对自然和社会资源产生实质性的积极影响。减少食物浪费不仅可以避免对稀缺的自然资源造成压力,还可以减少将粮食产量提高60%以满足2050年人口需求的需要[1]。幸运的是,人们提出了不同的方法来重新利用农业废物,而不是留在环境中。这些残留物是通过谷物产品、水果、蔬菜和树木的加工、生产和收获以及畜牧业产生的。它们在世界范围内大量生产,要么在野外焚烧,要么用作动物饲料[2]。农业废弃物是木质纤维素材料[3]。因此,这些废物被用于生产工业产品,如有机酸、生物燃料、富含蛋白质的饲料、芳香化合物、生物活性次级代谢物、微生物色素、蘑菇和作为底物的酶[4]
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