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Effect of additive for efficient combustion of cracked furnace oil

机译:添加剂对裂解炉油高效燃烧的作用

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Present communication deals with evaluation of various additives, formulations and chemicals that are either commercially available or synthesized in authors’ laboratory for cracked residual fuel oil. The objective of this study is to assess the suitability of these additives and chemical components with regard to sediment and deposit inhibiting characteristics and study the effect of the additives on actual fuel combustion so that suitable type of additives can be identified for cracked residual fuel oil. The additives tested were found to cause considerable reduction in total sediments almost 10 times and in un-filterable residue by 2.5 times. Low air pressure (LAP) burner test in an actual furnace showed significant improvement in terms of combustion efficiency (15.4%), fuel economy (26.7%) and particulates in flue gases (40%). It was concluded that the quality of cracked furnace oil can be improved to an acceptable performance level by the help of proper additive.
机译:目前的交流是对各种添加剂,配方和化学药品的评估,这些添加剂,配方和化学药品可以通过商业途径获得,也可以在作者的实验室中合成,用于裂化的残留燃料油。这项研究的目的是评估这些添加剂和化学成分在抑制沉积物和沉积物方面的适用性,并研究添加剂对实际燃料燃烧的影响,以便为裂解的残留燃料油确定合适的添加剂类型。发现所测试的添加剂可导致总沉淀物大量减少近10倍,不可过滤残留物减少2.5倍。在实际熔炉中进行的低气压(LAP)燃烧​​器测试表明,在燃烧效率(15.4%),燃油经济性(26.7%)和烟气中的颗粒物(40%)方面都有显着改善。结论是,借助于适当的添加剂,可以将裂化炉油的质量提高到可接受的性能水平。

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