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Additives Application to Wheat Straw to Increasing the Ash Fusion Temperature

机译:添加剂应用于小麦秸秆,以增加灰熔化温度

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Biofuels are more and more popular energy source and they are used in more households in the Eastern Europe region. Straw from the agriculture crops is promising and significant biomass source of energy but now it is at least energy utilized. In terms of straw burning is the most important feature of its quick and easy volatilization. Another property, which is negative, is its low ash fusion temperature. The straw ash begin soften at about 830 °C. However, at the temperature 850 °C to 900 °C the ash transform to glass slags and sinters which damage the refractory of the furnace and it is also difficult to remove. The paper deals about the option for reducing the problems of low ash fusion temperature by additives application. The presented results are from the lime application in the laboratory conditions and in the real conditions, in the heat source with the nominal thermal power 2 MW. The results of the experiments showed that the results from the real operation does not correspond with laboratory results.
机译:生物燃料是越来越多的流行能源,它们用于东欧地区的更多家庭。来自农业作物的稻草是有前途和显着的生物量能量来源,但现在它至少是利用的能量。在稻草燃烧方面是其快速易挥发的最重要的特征。另一个是阴性的属性是其低灰分融合温度。秸秆灰开始在约830°C下软化。然而,在850°C至900°C的温度下,灰分变换为玻璃渣和烧结,损坏炉子的耐火材料,也难以去除。本文有关通过添加剂应用减少低灰分融合温度问题的选择。所呈现的结果是在实验室条件下的石灰应用,并且在真实条件下,在具有标称热功率2 MW的热源中。实验结果表明,实际操作的结果与实验室结果不对应。

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