沼气技术对模块化建筑节能的帮助

V. Zhelykh, Y. Furdas, S. Shapoval, O. Savchenko, V. Shepitchak
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引用次数: 0

摘要

乌克兰拥有丰富的农业土地资源,不仅能够为其人口提供粮食,而且能够为其人口提供生物能源原料。本文给出了生物反应器的热容和热流分布图。给出了确定平面和圆柱表面热流的依赖关系。本文概述了我国树木落叶利用的现状。提出了厌氧发酵利用的方法。考虑了生物反应器的设计和影响甲烷生成过程的主要因素。介绍了沼气生产过程的计算方法。生物反应器的生产效率已确定,取决于原料的温度和水力阻力的时间
本文章由计算机程序翻译,如有差异,请以英文原文为准。
ENERGY SAVING OF MODULAR BUILDINGS WITH THE HELP OF BIOGAS TECHNOLOGIES
Ukraine has significant land resources for agriculture and is able to provide its population not only with food but also with raw materials for bioenergy. The article presents a graph of heat capacities and the distribution of heat flows in a bioreactor. The dependences for determining the heat fluxes of flat and cylindrical surfaces are presented. The article outlines the present state of utilization of fallen leaves of trees. The method of utilization by anaerobic fermentation is proposed. The design of bioreactors and the main factors influencing the methane formation process are considered. The methodology for calculating the biogas production process is presented. The productivity of the bioreactor has been determined, depending on the temperature of the raw material and the time of hydraulic resistance
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