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Agricultural feedstocks of two Brassica oilseed crops and energy cogeneration with pure vegetable oil for a sustainable short agro-energy chain in Sicily (Italy)

机译:两种芸苔的农产品农业原料和纯植物油在西西里岛的可持续短农业链条(意大利)

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Potential energy feedstocks from conventional agriculture usually include pure vegetable oil (PVO) and agri-cultural/forest residues. Their uses can represent a starting point for the development of short agro-energy chains in the south areas of the Mediterranean region. This paper focused on testing and awareness raising of biofuel production for the cogeneration of electricity and heat from PVO of two Brassica oilseed crops in Sicily (Italy). The main aims of this study were: i) to evaluate the agronomic performance of rapeseed (Brassica napus L. var. oleifera D.C.) and Ethiopian mustard (Brassica carinata A. Braun) in semi-arid climate condition; ii) to analyze the quality of PVO and the chemical-physical characteristics of pure vegetable oils, defatted seed meals and crop residues of the two species; iii) to define the economic viability of a pilot combined heat and power (CHP) plant operating on PVO. In this study, seed and crop residue yields were determined at the harvesting stage on a harvest area of 10 m(2). For each species, chemical-physical characterizations were carried out using specific protocols. The cogeneration of heat and electricity was carried out using a CHP system with a nominal power of 75 kWh. The final stage of the study focused on the economic viability analysis of the CHP system. Seed yields of rapeseed and Ethiopian mustard were 2.10 and 1.16 t ha(-1) on average, respectively. Ethiopian mustard obtained the highest performance of aboveground biomass yield (5.31 t ha(-1)). The fatty acid profiles of the PVO resulted different for the two oilseed crops. Ethiopian mustard had, on average, the highest glucosinolate content in the seeds. The cogenerator showed a consumption of 14.4 kg PVO h(-1) on average. Cash-flow trend analysis showed good economic benefit for fanners. These results make the two species as promising energy crops for suitable short agro-energy chains in the south Mediterranean areas.
机译:来自常规农业的潜在能量原料通常包括纯植物油(PVO)和农业文化/森林残留物。它们的用途可以代表地中海地区南部地区开发短农群链条的起点。本文侧重于西西西略岛(意大利)两种芸苔药物PVO的电力和热量发电的生物燃料生产的测试和意识。本研究的主要目的是:i)评估油菜籽(Brassica Napus L. Var。Oleifera D.C.)和埃塞俄比亚芥末(Brassica Carinata A. Braun)的农艺表现在半干旱气候条件下; ii)分析PVO的质量和纯植物油的化学物理特征,两种物种的缺陷种子膳食和作物残留物; iii)定义在PVO上运行的试验组合热量和功率(CHP)植物的经济可行性。在该研究中,在收获面积为10m(2)的收获面积上测定种子和作物残余产率。对于每种物种,使用特定方案进行化学物理特征。使用具有75 kWh的标称功率的CHP系统进行热量和电力。该研究的最后阶段专注于CHP系统的经济活力分析。菜籽油和埃塞俄比亚芥末的种子产量分别平均为2.10和1.16吨(-1)。埃塞俄比亚芥末获得了地上生物量产量的最高性能(5.31 t ha(-1))。对于两种油籽作物,PVO的脂肪酸谱引起不同。平均地,埃塞俄比亚芥末患者的种子中最高葡糖苷含量。胆晶器平均展示了14.4千克PVO H(-1)的消耗。现金流动趋势分析对泳机的经济效益良好。这些结果使两种物种作为南地中海地区合适的短农业连锁店的有前途的能源作物。

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