Improvement of Thermal Processes for Using Residues from Bioethanol and Sugar Production in Brazil: Experiments and Proposed Optimization Measures

D. Baris, H. Gehrmann, M. Meiller, F. Müller, S. Vodegel
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Abstract

Within a national funded Brazilian-German cooperation project ASHES, the thermal utilization of bagasse and other residuals from the sugar processing industry was examined. The characterization of the ashes was also performed but it is not in the focus of this paper. To determine the relevant combustion parameters, tests were carried out in a laboratory-scale, fixed bed reactor (KLEAA) at KIT-ITC. Subsequently, Fraunhofer UMSICHT carried out tests in continuously operated combustion plants with different plant sizes of 30 kW, 100 kW, and 440 kW. All relevant compositions were analyzed by CUTEC. The primary objective was to gain knowledge regarding the combustion and emission behavior of the fuels. These findings were used to identify optimization potentials at various points and elaborate concepts for their improvement. In the next steps of the project, optimization of these concepts will be the focus. In cooperation with the Brazilian project partners, several of them should be implemented into practice after the project.
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利用巴西生物乙醇和糖生产残留物的热过程改进:实验和提出的优化措施
在国家资助的巴西-德国合作项目ASHES中,研究了甘蔗渣和其他制糖工业残留物的热利用。灰烬的表征也进行了,但它不是在本文的重点。为了确定相关的燃烧参数,在KIT-ITC的实验室规模的固定床反应器(KLEAA)中进行了测试。随后,弗劳恩霍夫UMSICHT在30千瓦、100千瓦和440千瓦的不同装置规模的连续运行燃烧装置中进行了测试。所有相关成分经CUTEC分析。主要目的是获得有关燃料燃烧和排放行为的知识。这些发现被用来确定在各个点的优化潜力,并为他们的改进阐述概念。在项目的下一步中,这些概念的优化将是重点。在与巴西项目伙伴的合作下,在项目结束后,其中若干建议应付诸实施。
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审稿时长
28 weeks
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