家用锅炉燃烧植物颗粒的实验研究

B. Basok, B. Davydenko, L. Kuzhel, O. Lysenko, A. Veremiichuk
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引用次数: 0

摘要

近年来,乌克兰越来越多地使用生物燃料。乌克兰是一个农业工业国,在生产和使用植物源性颗粒方面具有巨大潜力。我国在颗粒等生物燃料生产方面排名世界第六,但其中大部分(约85%)出口到国外。这是由于国内市场对颗粒的需求较低。谷物秸秆可用于城市能源。收获后剩下的秸秆足够用作燃料。这种生物燃料的成分和热值与木材和泥炭等传统燃料接近。此外,生物颗粒的原料可以是向日葵壳和能源作物。这项工作的主要目的是实验研究不同类型的农业颗粒的燃烧。乌克兰国家科学院工程热物理研究所研制并实施了带有颗粒燃烧器的固体燃料锅炉实验装置,以研究颗粒燃烧的特性。利用所研制的热电偶梳状测量系统,研究了锅炉体内的温度变化规律,确定了颗粒在燃烧器内燃烧过程的特点。作为这项工作的结果,对燃烧农业来源的颗粒,即秸秆(大麦,小麦)和玉米芯颗粒的特性进行了实验研究。在构造图形依赖关系的基础上,定义了家用铜燃烧时工作温度模式的特征特征。这些成果可以用于公共和工业热能、社会和预算领域以及个人家庭部门。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Experimental studies of burning plant pellets in a domestic boiler
In recent years, biofuels have increasingly been used as fuel in Ukraine. Ukraine is an agro-industrial country with great potential for the production and use of pellets of plant origin. Our country ranks 6th in the world for the production of such biofuels as pellets, but most of them (about 85 %) are exported abroad. This is due to the low demand for pellets in the domestic market. Cereal straw can be used in municipal energy. The amount of straw left after harvest is sufficient for its use as fuel. This biofuel in its composition and calorific value is close to such traditional fuels as wood and peat. Also, raw materials for bio-pellets can be sunflower husks and energy crops. The main objectives of this work are experimental studies of the combustion of different types of agropellets. An experimental installation of a solid fuel boiler with a pellet burner was developed and implemented at the Institute of Engineering Thermophysics of the National Academy of Sciences of Ukraine to study the peculiarities of pellet combustion. With the help of the developed measurement system based on a comb with thermocouples, which is located above the torch in the boiler, the temperature regime in the boiler volume was studied and the peculiarities of the pellet burning process in the burner were determined. As a result of the work, experimental studies of the peculiarities of burning pellets of agricultural origin, namely straw (barley, wheat) and pellets from corn cobs were carried out. On the basis of the constructed graphic dependences the characteristic features of temperature modes of work of a household copper at burning of agropellets were defined. The use of the results is possible in the communal and industrial heat energy, social and budgetary sphere and individual household sector.
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