近海干燥机对海藻干燥特性的研究

A. Mayol, Alessandro Lorenzo Cruz, A. Calapatia, Janco Antonio Pancho, Nathaniel Peckson, L. Sánchez, Patrick Villoria, A. Culaba
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引用次数: 1

摘要

菲律宾的海藻业缺乏技术手段来确保生产干海藻的一致速度和质量。目前使用的技术,如露天晒干和悬挂干燥,大约需要三天时间才能将水分含量降低到40%。由于无法控制的天气条件,这些技术受到海藻质量下降的影响。这些问题都是通过成功的设计、制造和测试近海海藻干燥机来解决的。干燥机利用辐射、对流传热、空气流动和除湿,在一个装有主动元件的封闭腔室中进行。它通过建造的木筏实现漂浮。研究小组进行了四次试验,以减少在不同条件下不同重量的湿海藻的水分含量。在整个24小时内,平均含水率达到44.98%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Investigation of the Drying Characteristics of Seaweed using Offshore Dryer
The seaweed industry in the Philippines lack technological means in ensuring consistent rate and quality of producing dry Seaweeds. The current techniques used such as open sun drying and hang drying takes approximately three days to reduce moisture content to 40%. These techniques are subject to Seaweed quality reduction due to uncontrollable weather conditions. These issues are addressed by the successful design, fabrication, and testing of an Offshore Seaweed Dryer. The dryer makes use of radiation, convection heat transfer, air flow, and dehumidification in a closed chamber equipped with active elements. It achieves flotation through a constructed raft. The team conducted four runs to reduce moisture content of wet seaweeds with varying weights at varying conditions. An average of 44.98% moisture content yield was achieved using the dryer throughout a span of 24 hours.
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