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Analysis of Calorific Value of Tibarau Cane Briquette

机译:泰国甘油芯片热量的分析

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摘要

The development of product diversification through tibarau cane briquettes as an effort in obtaining alternative fuels. Tibarau cane is one of the potential materials of renewable energy sources that can be processed into briquette. So as to reduce dependence on energy fuel oil, which for the middle to lower class is the main requirement. Efforts and innovations tibarau cane briquettes in producing fuel that has quality and performance can be measured with calorific value. Prior to development of this potential required the existence of test and evaluation stages according to the order of the flow of new material product development. Through process technology of briquette product making with compaction and optimization of composition content on tapioca adhesive and mesh particles suitable to get optimum calorific value. The results obtained in this research are . the development of tibarau cane briquette model which is recommended as replacement fuel. Where the calorific value of tibarau cane briquette is 11.221,72 kJ / kg at composition percentage 80: 20 and its density is 0,565 gr/cm~3. The comparison of mass tibarau with tapioca, particle size, pressure force (compaction), can affect the calorific value and density of tibarau cane briquette.
机译:通过泰国甘油芯片产品多样化的发展作为获得替代燃料的努力。 Tibarau Cane是可再生能源的潜在材料之一,可加工成煤水。从而减少对能量燃料油的依赖性,这是中级的中级是主要要求。努力和创新藏族甘油在生产具有质量和性能的燃料中的冰块可以用热值来衡量。在开发这种潜力之前,需要根据新材料产品开发流程的顺序存在测试和评估阶段。通过压块产品的工艺技术,采用木薯粘合剂和啮合含量的压实和优化,适合获得最佳热值的网眼颗粒。本研究中获得的结果是。泰国甘蔗胶水模型的发展,推荐为替代燃料。其中泰国甘蔗芯片的热值为11.221,72 kJ / kg,组成百分比80:20,其密度为0.565gr / cm〜3。大规模西藏与木薯,粒径,压力(压实)的比较会影响蒂巴豪芯片的热值和密度。

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