Fabrication of natural fiber-mixed natural matrix composite-infused indoor air purifier with health impact simulation

IF 2.4 Q2 ENGINEERING, MULTIDISCIPLINARY Innovation and Emerging Technologies Pub Date : 2024-01-01 DOI:10.1142/s273759942440005x

Phani Prasanthi, M. S. R. N. Kumar, V. V. V. Madhav, Nakul Gupta, V. Revathi, A. Somaiah, Kuldeep A. Saxena, D. Bhole

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Abstract

The inhalation of airborne particles can endanger the health of any human being. Natural fiber and natural fiber reinforced with natural matrix material are employed in this work to create an indoor air purifier. Various natural fiber and natural composite combinations are used to purify the interior environment by eliminating particulate matter of various sizes and volatile organic chemicals. An air purifier is created using four distinct natural fibers, including hemp, jute, silk cocoon, and coir fibers, as well as neem and aloe vera gel as natural filler materials. An air quality-monitoring instrument is used to validate the performance of the designed natural fiber/natural plant-based filler material-equipped air purifier. Particulate matter of various sizes and volatile organic compounds in the indoor environment are detected at various time intervals. The efficacy of the air purifier is afterward determined in human lungs of various ages utilizing health impact simulation studies. The current product is utilized to effectively purify indoor air by eliminating particulates and volatile organic chemicals.

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制作天然纤维混合天然基质复合材料注入式室内空气净化器并进行健康影响模拟

吸入空气中的微粒会危害人体健康。本作品采用天然纤维和天然纤维增强天然基质材料来制造室内空气净化器。各种天然纤维和天然复合材料的组合可消除各种大小的颗粒物和挥发性有机化学物质，从而净化室内环境。利用四种不同的天然纤维，包括大麻、黄麻、蚕茧和棕纤维，以及作为天然填充材料的印楝胶和芦荟胶，制作了一台空气净化器。空气质量监测仪器用于验证所设计的天然纤维/天然植物填充材料空气净化器的性能。在不同的时间间隔内检测室内环境中不同大小的颗粒物和挥发性有机化合物。随后，利用健康影响模拟研究确定空气净化器在不同年龄段人体肺部的功效。目前的产品通过消除微粒和挥发性有机化学物质，有效地净化了室内空气。

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Innovation and Emerging Technologies

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