肯尼亚西部生物燃料生产的可持续性:以Mumias糖业公司为例

Kiptoo, Daisy, Njiru Magdalene Kagendo
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引用次数: 0

摘要

生物燃料是一种由生物质制成的可再生燃料,有液态也有气态。它可以从可食用或不可食用的来源生产。常见的类型包括从玉米和甘蔗等糖作物中提取的生物乙醇,以及从麻风树和油菜籽等脂肪和植物油作物中提取的生物柴油。生物燃料对环境友好,促进农村发展,增强能源安全。它们在交通运输中被用作化石燃料的替代品,例如将乙醇与汽油混合。此外,生物燃料可以用于烹饪,减少发展中国家对木柴和木炭的依赖。对气候变化的担忧和生物燃料政策的可用性推动了它们的采用。然而,2008年食品价格的上涨引发了人们对食品-生物燃料关系可持续性的质疑。这项研究考察了肯尼亚西部Mumias的生物燃料生产,以评估其当前和未来的可持续性。该研究采用了案例研究的方法,同时使用了第一手和第二手数据。访谈是为了评估生产因素,以及生物乙醇生产对环境、社会和经济的影响。研究结果揭示了粮食安全和生物燃料生产之间的联系。其他影响包括土地利用的变化、生物多样性丧失、土壤肥力下降、创造就业、减轻贫困、经济可行性和能源安全。该研究确定了采用生物燃料的驱动因素,如乙醇混合指令,以及挑战,包括资金不足、政策实施不足、原料有限、技术差距、缺乏专业知识和研究不足。需要进一步研究将甘蔗种植和粮食作物种植结合起来的可持续耕作方法,以确保粮食安全,改进耕作方法以提高甘蔗产量,并研究消费者对生物燃料的态度,以鼓励采用这种技术。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Sustainability of Biofuel Production in Western Kenya: A Case Study of Biofuel Production Mumias Sugar Company
Biofuel is a renewable fuel made from biomass, either in liquid or gaseous form. It can be produced from edible or non-edible sources. Common types include bioethanol, derived from sugar crops like corn and sugarcane, and biodiesel, made from fat and vegetable oil crops such as jatropha and rapeseed. Biofuels are environmentally friendly, promote rural development, and enhance energy security. They are used as a substitute for fossil fuels in transportation, such as blending ethanol with gasoline. Additionally, biofuels can be used for cooking, reducing the reliance on firewood and charcoal in developing countries. Concerns about climate change and the availability of biofuel policies have driven their adoption. However, the increased cost of food in 2008 raised questions about the sustainability of the food-biofuel relationship. This study examines biofuel production in Mumias, western Kenya, to assess its current and future sustainability. The research used a case study approach, with both primary and secondary data used. Interviews were conducted to evaluate the production factors, as well as the environmental, social, and economic impacts of bioethanol production. The findings revealed a connection between food security and biofuel production. Other impacts included changes in land use, biodiversity loss, soil fertility decline, job creation, poverty alleviation, economic viability, and energy security. The study identified drivers for biofuel adoption, such as ethanol blend mandates, as well as challenges, including insufficient funding, inadequate policy implementation, limited feedstock, technology gaps, lack of expertise, and inadequate research. Further studies are needed on sustainable farming methods that combine cane farming and food crop cultivation to ensure food security, improve farming practices to increase cane yield, and study consumer attitudes towards biofuels to encourage technology adoption.
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