USING OF MILLET STRAW FOR ENERGY PURPOSES

Lidia Błaszczyk Lidia, C. Nowak, Z. Pustova, N. Pustova, I. Yasinetska, O. Bialkovska, O. Koberniuk
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Abstract

The article considers the issue of using plant waste from agriculture for energy production in Ukraine. The following aspects are analyzed: the formation of straw and sifted grains of cereals, in particular, millet (P. miliaceum L.), available directions of their utilization, as well as the prerequisites for the possibility of application in energy purposes. A positive correlation was noted between the parameters of the structure of millet plants and investigated elements of cultivation technology. When applied to the studied species of millet, both the grain yield of plants and biomass, which after harvesting forms waste, increases as well, and it is expedient to use it as a source of biofuel. The use of agricultural techniques in research has had a positive effect on both the increase in biomass and grain productivity of energy millet. The highest yield was recorded in the variants when applying N60P60K60: in the variety Jubilee – 5.31 t/ha, Zolushka – 5,00 t/ha (50–55% to control), which provided the amount of waste mass – 5,0–5,3 t/ha, respectively, and increased potential resource of raw materials for the production of various types of biofuels for millet by 50%.
利用谷草作为能源
本文考虑了乌克兰利用农业植物废料进行能源生产的问题。从以下几个方面进行了分析:秸秆的形成和谷物的筛选,特别是谷子(P. miliaceum L.),它们的可利用方向,以及在能源目的上应用的可能性的先决条件。谷子植株结构参数与栽培技术要素之间存在正相关关系。当应用于所研究的谷子品种时,收获后形成废物的植物和生物质的谷物产量也会增加,并且将其用作生物燃料的来源是有利的。研究中农业技术的应用对谷子生物量和籽粒产量的提高都有积极的影响。使用N60P60K60的品种产量最高:Jubilee品种为5.31 t/ha, Zolushka品种为5000 t/ha(50-55%控制),分别提供了5、0-5、3 t/ha的废物量,并将生产各类谷子生物燃料的潜在原料资源增加了50%。
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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