大豆的生产力和利用它作为能源的可能性

L. Kolarić, V. Popović, J. Ikanović, L. Živanović, S. Janković, N. Rakaščan, P. Stevanović
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引用次数: 0

摘要

向日葵、玉米、油菜和大豆的收获残余物占总生物量产量的50%以上,也可用于获取生物能源。作为生物能源的来源,优先考虑收获含有更多纤维素和油的残留物,如大豆秸秆。大豆育种的目标是培育生物量更高、每公顷产油量更高的品种,以及培育更适合工业加工生产技术油的品种。本研究对大豆2021年和2022年的生产参数进行了研究。大豆的平均产量从2.8吨每公顷(2022年)到2.9吨每公顷(2022年)不等。大豆总生物量产量为4.8 t ha-1,沼气产量为384.5 m3 ha-1。这一年对大豆产量产生了重大影响。较有利的生产年份是2021年,与2022年相比,粮食、生物质和沼气的产量显著提高。
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Productivity of soybean and the possibility of using it as energy
Harvest residues of sunflower, maize, oilseed rape and soybeans make up more than 50% of the total biomass yield and can also be used to obtain bioenergy. As a source of bioenergy, preference is given to harvesting residues that contain more cellulose and oil, such as soybean straw. Soybean breeding aims to create varieties with higher biomass and increased oil yield per hectare, as well as to create varieties that would be more suitable for industrial processing for the production of technical oils. In this study, the productive parameters of soybeans were investigated in two years, 2021 and 2022. The average yields of soybeans varied from 2.8 t ha-1 (2022) to 2.9 t ha-1 (2022). The total soybean biomass yield was 4.8 t ha-1, while the biogas yield was 384.5 m3 ha-1. The year had a significant impact on soybean production. The more favourable year for production was 2021, with significantly higher yields of grain, biomass and biogas, compared to 2022.
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