从农业种植园的生物量中生产固体生物燃料项目的可行性研究

S. Drahniev, T. Zheliezna, A. I. Bashtovyi
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摘要

这项工作的目的是对从多年生农业种植园修剪的生物质中生产固体生物燃料以进一步用于锅炉的项目进行可行性研究。目前,这一生物能源部门在欧盟和乌克兰的发展尚处于起步阶段,但其未来前景相当良好。评估从修剪和移除乌克兰的果园和葡萄园获得的生物质的能源潜力。根据2019年的数据,这一潜力估计为116.2千万吨石油当量。尽管这一潜力仅占乌克兰生物质能总能源潜力的一小部分(2019年为2360万吨油当量),但这些类型的生物质能是其发电地区的重要当地燃料,可以显着减少对传统能源载体的依赖。修剪和移除农业种植园的生物质可以作为木片(通常用于生猪燃料)或更高质量的固体生物燃料(如颗粒和压块)的原料。这种固体生物燃料的燃料性能略差于森林木材或能源作物的生物燃料,但仍然足以有效地用于能源设备。主要特点是灰分含量高,因此发热量低。对从葡萄园修剪中生产压块的一个典型项目的可行性研究表明,这类项目在乌克兰具有经济可行性。这方面的进一步研究将在于从修剪和清除果园的生物量中获得固体生物燃料的可行性研究,以及根据乌克兰的条件从这种生物燃料中生产热能的项目。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
FEASIBILITY STUDY OF PROJECTS FOR THE PRODUCTION OF SOLID BIOFUELS FROM BIOMASS OF AGRARIAN PLANTATIONS PRUNING AND REMOVAL
The aim of the work is to carry out a feasibility study of projects for the production of solid biofuels from biomass of pruning of perennial agricultural plantations for further use in boilers. Currently, this bioenergy sector is at the beginning of its development in the EU and in Ukraine, however it has quite good prospects for the future. An assessment of the energy potential of biomass obtained from pruning and removal of orchards and vineyards in Ukraine is performed. According to data of 2019, this potential is estimated at 116.2 ktoe. Though this potential is only a minor part of the total energy potential of biomass in Ukraine (23.6 Mtoe in 2019), biomass of these types is an important local fuel for the regions of its generation and can significantly reduce their dependence on traditional energy carriers. Biomass of pruning and removal of agricultural plantations can be a feedstock for chips (more often for hog fuel) or for solid biofuels of higher quality such as pellets and briquettes. Fuel properties of such solid biofuels are slightly worse than those of biofuels from forest wood or energy crops, but still high enough for the effective use in energy equipment. The main features are higher ash content and, accordingly, lower calorific value. The feasibility study of a typical project for the production of briquettes from vineyard pruning demonstrated economic viability of such projects in Ukraine. Further research in this area will lie in the feasibility study of obtaining solid biofuels from biomass of pruning and removal of orchards, as well as projects for the production of heat from such biofuels for Ukraine’s conditions.
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