Сomplex表示Сultivation, Рrocessing表示Аlgae表示Рart表示在乌克兰建立生产合成发动机燃料的高科技综合设施的项目

Yu.R. Orshansky, Abdul Aziz H. Al-Delaimi, B. Bondarenko, V. I. Rudykа, M. A. Soloviev
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摘要

国际投资项目“在乌克兰建立一个将煤炭加工成汽车燃料的高科技综合设施”规定,通过利用项目主要技术线(低潜热;原矿脱气产生的甲烷气体;剩余的空气分配用于生产过程氧气;从煤气化得到的二氧化碳等)。水热炭化是目前最先进的生物质处理技术。它完全防止了污染,并且与其他生物质处理方法相比具有许多显著的优势。这些优点使热液碳化成为从非食品生物质中生产生物炭、液体生物燃料和其他产品的最佳技术。圣经十一,图六。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
СOMPLEX FOR СULTIVATION AND РROCESSING OF АLGAE AS РART OF THE PROJECT TO CREATE IN UKRAINE A HIGH-TECH COMPLEX FOR THE PRODUCTION OF SYNTHETIC MOTOR FUEL
The International Investment Project «Creation in Ukraine of a High-Tech Complex for Processing Coal into Motor Fuels» provides for the use of a technological line for growing algaes, by utilizing significant technological waste from the main technological lines of the Project (low potential heat; methane gas from degassing of a raw mine; the remainder of the air distribution for the production of process oxygen; carbon dioxide obtained from coal gasification, etc.). Hydrothermal carbonization is currently the most advanced biomass processing technology. It completely prevents pollution and has a number of significant advantages over other methods of biomass treatment. These advantages make it possible to consider hydrothermal carbonization to be the best available technology for the production of biochar, liquid biofuel and other products from non-food biomass. Bibl. 11, Fig. 6.
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