Massoudinejad Mohamadreza, Amanidaz Nazak, Santos Rafael M, Bakhshoodeh Reza
1Department of Environmental Health Engineering, School of Public Health and Safety, Shahid Beheshti University of Medical Sciences, Tehran, Iran.
2Student Research Committee, Department of Environmental Health Engineering, School of Public Health and Safety, Shahid Beheshti University of Medical Sciences, Tehran, Iran.
J Environ Health Sci Eng. 2019 Jul 2;17(2):1227-1242. doi: 10.1007/s40201-019-00380-z. eCollection 2019 Dec.
Production and usage of green and sustainable building materials realizes the desire to integrate more biodegradable, natural, recycled, and renewable resources into the construction industry. The aim is to replace traditionally available construction industry materials due to their environmental impacts through air emissions and waste generation. An observed trend is the production of insulation materials by recycling of industrial, agriculture, construction and demolition (C&D), and municipal solid wastes, thus reducing the environmental burdens of these wastes. While thermal insulation is important in saving energy, sound insulation has drawn much attention in recent years. There are various waste materials that have good thermal and sound properties, enabling effective replacement of traditional materials. This review investigates the use of industrial, agricultural, C&D, and municipal solid wastes to produce innovative thermal and acoustic insulating building materials. The performance of these insulating materials, and the influence of several materials parameters (density, thermal conductivity, sound absorption coefficient) on thermal and acoustic performance are reported after a brief description of each material.
绿色可持续建筑材料的生产和使用实现了将更多可生物降解、天然、回收和可再生资源融入建筑业的愿望。其目的是取代传统的建筑行业材料,因为这些材料会通过空气排放和废物产生对环境造成影响。一个明显的趋势是通过回收工业、农业、建筑与拆除(C&D)以及城市固体废物来生产绝缘材料,从而减轻这些废物对环境的负担。虽然隔热在节能方面很重要,但隔音近年来也备受关注。有各种具有良好热性能和隔音性能的废料,能够有效替代传统材料。本综述研究了利用工业、农业、建筑与拆除废料以及城市固体废物来生产创新型隔热和隔音建筑材料的情况。在对每种材料进行简要描述之后,报告了这些绝缘材料的性能以及几个材料参数(密度、热导率、吸声系数)对热性能和隔音性能的影响。