Drivers of ethanol fuel development in Brazil: A sociotechnical review

IF 3.3 Q3 ENERGY & FUELS MRS Energy & Sustainability Pub Date : 2022-03-01 DOI:10.1557/s43581-021-00016-6
Julio N. Campos, J. E. Viglio
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引用次数: 1

Abstract

The development of ethanol as a vehicle fuel in Brazil is the result of a historical trajectory shaped by the interaction of several societal and technological elements. This article addresses this relationship from the perspective of sociotechnical systems, by framing how each sociotechnical element (actors, exogenous shocks, infrastructure, knowledge, social institutions and technologies) enabled the consolidation of ethanol as a fuel alternative to gasoline in Brazil. The section dedicated to institutional change provides a historical overview emphasizing institutional arrangements aimed toward ethanol fuel specifically, as well as an updated review of formal incentive mechanisms. To discuss the expertise system, we analyze the role of private and public actors of research and development (R&D) related with ethanol fuel. We also provide a summary table of the associated sociotechnical elements for researchers interested in applying the sociotechnical transitions framework in the context of biofuels. This article suggests that the strengthening of the sociotechnical system has enabled flexible-fuel vehicles to reach over 70% of the Brazilian light vehicle fleet since their introduction in 2003, a threshold that may indicate an energy transition if changes in fleets, instead of new vehicle sales, are accounted for as an energy transition by itself. Graphical abstract
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巴西乙醇燃料发展的驱动因素:社会技术综述
乙醇作为汽车燃料在巴西的发展是由几个社会和技术因素相互作用形成的历史轨迹的结果。本文从社会技术系统的角度阐述了这种关系,通过构建每个社会技术元素(参与者、外生冲击、基础设施、知识、社会制度和技术)如何在巴西巩固乙醇作为汽油替代品的地位。制度变革部分提供了一个历史概述,强调了针对乙醇燃料的制度安排,以及对正式激励机制的最新审查。为了讨论专家系统,我们分析了与乙醇燃料相关的研究与开发(R&D)的私人和公共行为者的作用。我们还为有兴趣在生物燃料背景下应用社会技术转型框架的研究人员提供了相关社会技术要素的汇总表。本文认为,自2003年引入以来,社会技术系统的加强已经使灵活燃料汽车达到巴西轻型汽车车队的70%以上,如果车队的变化而不是新车销售本身被视为能源转型,则这一阈值可能表明能源转型。图形抽象
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来源期刊
MRS Energy & Sustainability
MRS Energy & Sustainability ENERGY & FUELS-
CiteScore
6.40
自引率
2.30%
发文量
36
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