Evaluating the Effect of Different Burning Techniques on the Chemical Composition

M. F. Ullah, Sheraz Abbas, Faizullah Jan, Zeeshan Khan, M. Khubaib
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Abstract

After maize and sugar cane, rice was ranked as third position as a horticultural commodity. At global level, majority of Asian countries produce and consume the rice. Disposing of rice husk is a big problem and needs attention. In the present study, three different techniques were compared for converting rice husk (RH) into rice husk ash (RHA). The RHA obtained by combustion in drum for 24 hours yielded maximum quantity 97.703 % of SiO2. Therefore, this method was adopted for further studies on samples collected from different regions (Charsada, Swat and Buner) of Province of Khyber Pakhtunkhwa (KPK), Pakistan. By comparing the contents of SiO2 obtained from combustion technique, the Charsada sample containing 97.073% of SiO2 was found best. Keywords— Rice husk ash, Silica, Waste, SCM, XRF.
评价不同燃烧技术对化学成分的影响
继玉米和甘蔗之后,水稻被列为第三大园艺商品。在全球范围内,大多数亚洲国家生产和消费大米。稻壳的处理是一个需要重视的大问题。本研究比较了稻壳(RH)转化为稻壳灰(RHA)的三种不同技术。在转鼓中燃烧24小时得到的RHA最大SiO2含量为97.703%。因此,采用该方法对巴基斯坦开伯尔-普赫图赫瓦省(KPK)不同地区(查尔萨达、斯瓦特和布内尔)的样本进行进一步研究。通过对比燃烧法得到的SiO2含量,发现SiO2含量为97.073%的Charsada样品的SiO2含量最高。关键词:稻壳灰,二氧化硅,废弃物,单片机,XRF
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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