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Significance of vinasses waste management in agriculture and environmental quality- Review

机译:酒糟废弃物管理在农业和环境质量中的意义-综述

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Vinasse is a waste material from distillery industries which has lot of organic and inorganic loads. It is utilized in agriculture ?for ?cheap ?nutrients ?source, ?ameliorating ?agents ?and? animal ?feed? beyond ?the limitation of high biochemical oxygen demand (BOD; 46100 to 96000 mgL-1), chemical oxygen demand (COD; 104000 to 134400 mgL-1) and total dissolved salts (30.5 to 45.2 dSm-1) content even after the pollutant removal treatments. Vinasse treatments with combined approach of aerobic and anaerobic methods are more effective by both cost and pollutant on removal efficiency. Optimized dose of vinasse application has significance over soil properties, crop qualities and yield improvement. Globally, it has high potential to substitute potassium and nitrogen nutrients to the present level of annual consumption. It also contributes a substantial amount of phosphorous, calcium, sulphur and micronutrients to crops. In developed countries, starchy vinasse used as animal feed on a lean season to animals that improved the feed digestibility and animal quality where feed shortages are experienced. However, inadequate knowledge of vinasse properties and mode of utilization in agriculture questioned environmental quality for ground water pollution. Further research is needed to be strengthened for increased pollutant removal efficiency and diversified utilization in different cropping system (temporal scale) for effective utilization and safe disposal to the ecosystem. This article aimed to give the vinasse kinds and their characteristics features, soil-vinases interaction mechanism and its influence on plant, soil and water quality as consequence in agriculture.
机译:Vinasse是来自酿酒厂的废料,具有大量的有机和无机负荷。它在农业中用于“廉价”营养物来源,“改良”剂和“杀虫剂”。动物饲料?超出污染物的高生化需氧量(BOD; 46100至96000 mgL-1),化学需氧量(COD; 104000至134400 mgL-1)和总溶解盐(30.5至45.2 dSm-1)的限制去除治疗。结合好氧和厌氧方法的Vinasse处理在成本和污染物去除效率上均更为有效。最佳的酒醋施用量对土壤性质,作物品质和产量提高具有重要意义。在全球范围内,它具有将钾和氮营养素替代到目前年消费水平的巨大潜力。它还为作物贡献了大量的磷,钙,硫和微量营养素。在发达国家,淀粉酒糟在淡季时用作动物饲料,改善了饲料短缺时动物的饲料消化率和动物品质。但是,对酒糟特性和农业利用方式的了解不足,对地下水污染的环境质量提出了质疑。需要加强进一步的研究,以提高污染物去除效率,并在不同的种植系统(时间尺度)中实现多样化利用,以有效利用和安全处置生态系统。本文旨在提供酿酒葡萄的种类及其特征,土壤-葡萄藤的相互作用机制及其对农业中植物,土壤和水质的影响。

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