Performance of a retrofitting solution for the reduction of particulate matter in small sized pellet stoves

F. Cotana, V. Coccia, Ramoon Barros Lovate Temporim, L. Lunghi
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Abstract

This work presents the results achieved in the national funded PRIN2017 “Biomass Circular Holistic Economy Approach to Energy Equipment (BIOCHEAPER) project. In particular, an innovative retrofitting solution for reducing the emission of particulate matter for pellet stoves for residential applications. The realized solution is a mini-cyclone, and it has been demonstrated that a reduction of up to 50% of the fine powder emissions can be reached in two different operating regimes. Both the pellet used for experiment and the resulting ashes and particulate have been characterized by means of particle counters and lab characterization instruments.
在小型颗粒炉中减少颗粒物质的改造解决方案的性能
这项工作介绍了国家资助的PRIN2017“生物质循环整体经济方法能源设备(biocheap)”项目取得的成果。特别是,一个创新的改造解决方案,以减少颗粒炉的住宅应用的微粒物质的排放。实现的解决方案是一个微型旋风,并且已经证明,在两种不同的操作制度下,可以减少高达50%的细粉排放。用颗粒计数器和实验室表征仪器对用于实验的球团和产生的灰和颗粒进行了表征。
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