Development and evaluation of a biomass-fuelled furnace

P.W. Claar II , M.F. Wahby , W.F. Buchele
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引用次数: 1

Abstract

The paper describes the development and testing of concentric-vortex type, agricultural residue-fired furnace which can be used for heating the air to a grain dryer. Measurements were made of furnace combustion efficiency at various fuel feedrates and air flow rates. The highest furnace efficiency obtained was 85% at a feed rate of 82 kg/h and an air flow rate of 1810 kg/h. The temperature of the flue gas varied from 420 to 870°C at various feed rates and air flow rates. The maximum heat release occurred when the furnace was supplied with 310% excess air over that needed for complete combustion. The turndown ratio for the furnace varied from 3.1 to 1, on a wet basis moisture content.

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生物质燃料炉的研制与评价
本文介绍了一种可用于谷物烘干机空气加热的同心涡流式农残燃烧炉的开发和试验。测量了在不同燃料进料速率和空气流速下的炉膛燃烧效率。在82kg/h的进料速率和1810kg/h的空气流速下,获得的最高炉效率为85%。在不同的进料速率和空气流速下,烟道气的温度在420至870°C之间变化。当向熔炉提供超过完全燃烧所需的310%的过量空气时,出现最大的热释放。炉子的调节比在湿基含水量的3.1到1之间变化。
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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Publisher's note Author index Economic realities of utilizing renewable energy in agriculture Biomass: Recent economic studies Anaerobic digestion of farm waste
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