Alternative fuels based on coke chemistry products.
O. Borysenko, M.I. Blyznyukova, F.А. Clasin, T.M. Kedun
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引用次数: 0
Abstract
ALTERNATIVE FUELS BASED ON COKE CHEMISTRY PRODUCTS © O.L. Borysenko, PhD in Technіcal Sciences, M.I. Blyznyukova (State Enterprise "Ukrainian State Scientific Research Institute of Coal Chemistry (UKHIN), 7 Vesnina str., Kharkiv, 61023, Ukraine), F. Clasin (LLC "A-POWER", st. Nikopolske Shosse, 2, s.m.t. Radushne, Kryvorizky district, Dnipropetrovsk region, 53081, Ukraine.), T.M. Kedun (National Technical University «Kharkiv Polytechnic Institute», 2 Kyrpychova Str., Kharkiv, 61002, Ukraine) The article examines the types of liquid alternative motor and furnace fuels that are manufactured using products and waste from the coke-chemical, chemical, and petrochemical industries. It is shown that the interest in alternative (renewable) types of fuels in world practice is explained, first of all, by the solution of a number of environmental problems, since these types of fuels make it possible to reduce greenhouse gas emissions, the consumption of petroleum products, and the use of combustible fossils. Mixtures containing 5-15 % alcohol and 85-95% gasoline, as well as oxygenated fuels containing various oxygen-containing substances (alcohols, ethers, aldehydes, etc.) have become widespread as alternative automotive fuels. The most common additive is bioethanol, which is obtained from vegetable raw materials by fermentation. Liquid alternative furnace and boiler fuel is used for burning in power plants, boilers, etc. Such fuels can be made from many secondary petroleum products, waste oils, diesel fuel and non-liquid fuel oil, as well as using combustible liquid non-target by-products, non-liquid products and tarry waste from the coke and chemical industry. The article provides a list of boiler and furnace fuels with an indication of the technical conditions currently in force in Ukraine, and raw materials for their preparation. The principle technological diagram of the method of obtaining a mixed alternative boiler fuel developed by SE "UKHIN" is provided. The process includes the following main stages: reception and preparation of raw materials; production of boiler (stove) fuel; quality control; paperwork; packaging and labeling; shipment of the finished product. Key words: motor fuel, furnace fuel, secondary products, waste, mixed fuel, technical conditions, alternative mixed boiler fuel, technological scheme. Corresponding author: Oleksandr Ludvikovich Borysenko, e-mail: zd@ukhin.org.ua
基于焦炭化学产品的替代燃料。
基于焦炭化学产品的替代燃料©O.L. Borysenko,技术科学博士,M.I. Blyznyukova(国有企业”乌克兰国家煤炭化学科学研究所(UKHIN), 7 Vesnina街,哈尔科夫,61023,乌克兰),F. Clasin (LLC“A-POWER”,st. Nikopolske Shosse, 2, s.m.t Radushne, Kryvorizky区,Dnipropetrovsk地区,53081,乌克兰),T.M. Kedun(国立技术大学«哈尔科夫理工学院»,2 Kyrpychova街,哈尔科夫,61002,(乌克兰)本文考察了使用焦化、化学和石化工业的产品和废物制造的液体替代发动机和炉膛燃料的类型。它表明,在世界实践中,对替代(可再生)燃料类型的兴趣首先是通过解决一些环境问题来解释的,因为这些类型的燃料可以减少温室气体排放,石油产品的消耗和可燃化石的使用。含有5- 15%酒精和85-95%汽油的混合物,以及含有各种含氧物质(醇类、醚类、醛类等)的含氧燃料已成为广泛使用的替代汽车燃料。最常见的添加剂是生物乙醇,它是通过发酵从蔬菜原料中获得的。液体替代炉具和锅炉燃料用于发电厂、锅炉等的燃烧。这种燃料可以由许多二次石油产品、废油、柴油和非液体燃料油制成,也可以使用可燃液体非靶副产品、非液体产品和焦炭和化学工业的焦油废物。文章提供了锅炉和炉膛燃料的清单,说明了乌克兰目前有效的技术条件,以及制备这些燃料的原材料。介绍了UKHIN公司研制的锅炉混合替代燃料获取方法的原理工艺框图。该过程包括以下几个主要阶段:原材料的接收和准备;锅炉(炉)燃料的生产;质量控制;文书工作;包装和标签;成品的装运。关键词:发动机燃料、炉膛燃料、二次产物、废弃物、混合燃料、技术条件、替代混合锅炉燃料、技术方案。通讯作者:Oleksandr Ludvikovich Borysenko, e-mail: zd@ukhin.org.ua
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