利用生物能源作物的潜力生产沼气的经济问题和应用沼渣的先进技术

I. Honcharuk, Yaroslav Gontaruk, Hanna Pantsyreva
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引用次数: 0

摘要

本研究探讨了利用乌克兰农工综合体的潜力研究戒严时期经济发展过程中绿色技术创新的前景。研究证明,农业领域的技术创新有助于经济发展和提高农业用地质量。文章分析了 LLC Yuzhef-Mykolayiv Biogas 公司成功实施的案例,该公司成功重组了制糖厂的生产,并生产出沼气和沼渣,进一步加工成电力和肥料。重点介绍了该企业的现代化生产能力,可生产 2800 立方米沼气,确保生产 5200 千瓦时的电力,而在 80% 的负荷下,耗电量不超过 150 千瓦。每年生产的沼渣量为 100 000 吨。在地区范围内,引进了旨在提高农业用地质量的创新环保技术。本文提出了一种有效的空间协同机制,即通过生产结构调整在大多数糖厂采用这种做法--在糖厂的基础上建立沼气生产设施。从长远发展的角度来看,本文提出了进一步建立酒精生产设施,利用小型热电厂的多余热能生产酒精和生物乙醇。此外,本研究还证实了经济发展的非线性效应;一项重要结果显示,绿色技术创新对提高农业用地质量(土壤腐殖质含量、矿物肥料和有机肥料用量、农药、有机生产用地面积等)的影响有助于提高农业部门的区域经济发展水平。文章阐明了农工综合体经济发展的中介作用。研究结果落实了可持续发展的任务,如通过绿色技术创新改善环境和实现绿色发展的区域协同效应。
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ECONOMIC ASPECTS OF USING THE POTENTIAL OF BIOENERGY CROPS FOR BIOGAS PRODUCTION AND ADVANCED TECHNOLOGIES FOR DIGESTATE APPLICATION
The research examines the prospects for using the potential of the agro-industrial complex of Ukraine to study green technology innovations during economic development under martial law. Based on the study, it is proved that technological innovations in the agricultural sector contribute to economic development and improve the quality of agricultural land. The article analyses the successful implementation of the case of LLC Yuzhef-Mykolayiv Biogas Company, which has successfully restructured the production of a sugar plant and produces biogas and digestate with further processing into electricity and fertiliser. The modern capacities of the studied enterprise are highlighted, which allow to produce 2800 m3 of biogas and ensure the production of 5200 kWh of electricity, while consumption does not exceed 150 kW, at a load of 80%. The volume of digestate produced per year is 100,000 tonnes. In the regional context, innovative environmental technologies aimed at improving the quality of agricultural land have been introduced. An effective mechanism of spatial synergy with adaptation of this practice at most sugar factories through restructuring of production - creation of biogas production facilities on the basis of sugar factories - is proposed. As a long-term development perspective, the paper presents further creation of alcohol production facilities to use excess heat energy from mini-thermal power plants for the production of alcohol and bioethanol. Furthermore, this study confirms the non-linear effect of economic development; a significant result shows that the impact of green technology innovations on improving the quality of agricultural land (soil humus content, amount of mineral and organic fertilisers, pesticides, area of land under organic production, etc.) contributes to the increase in the level of regional economic development of the agricultural sector. The article clarifies the intermediary role of economic development of the agro-industrial complex. The results of the study implement the tasks of sustainable development, such as improving the environment through the innovation of green technologies and achieving regional synergy in green development.
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发文量
48
审稿时长
12 weeks
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