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Assessment of energy and physicochemical biomass properties of selected forecrop plant species

机译:选定的前茬植物物种的能量和理化生物量特性评估

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Plant cultivation as an intermediate crop ensures the improvement of soil and water quality. Acquiring additional biomass from areas that remain without vegetation during the winter season allows for increasing its potential, which can be used for energy purposes. This work presents the results of physico-chemical properties analyses of six plant species grown as crops: beans (Vicia labia equina), field pea (Pisum sativum subsp. arvense), white mustard (Sinapis alba), serradella (Omithopus sativus Brot.), common agrinomy (Agrimonia eupatoria L), rye (Secale cereale). Plant material was obtained from experience conducted in laboratory conditions. Plants were grown in glass vases according to the root exudate recirculating system. The obtained biomass was subjected to the assessment of the content of basic and trace elements as well as the technical analysis of energy parameters. On the basis of the obtained research results, it was found that species of forecrop plants, irrespective of the method of cultivation, may constitute an additional source of biomass intended also for energy purposes. (C) 2019 Elsevier Ltd. All rights reserved.
机译:植物栽培作为中间作物可以确保土壤和水质的改善。在冬季从没有植被的地区获取额外的生物量可以增加其潜力,可将其用于能源用途。这项工作提出了六种作为农作物生长的植物的理化性质分析结果:豆类(野豌豆),豌豆(野豌豆(Pisum sativum subsp。arvense),白芥末(Sinapis alba),Serradella(Omithopus sativus Brot)。 ,普通农学(Agrimonia eupatoria L),黑麦(Secale graine)。植物材料是从实验室条件下获得的经验获得的。根据根系分泌物再循环系统,在玻璃花瓶中种植植物。对获得的生物质进行基本和微量元素含量的评估以及能量参数的技术分析。根据获得的研究结果,发现,不论种植方法如何,前茬作物的物种都可能构成旨在用于能源目的的生物质的额外来源。 (C)2019 Elsevier Ltd.保留所有权利。

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