The Influence of Eco-friendly Ash on Sustainable Construction Material: A Review

S. Prabagar, S. Thuraisingam, J. Prabagar
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Abstract

Nowadays climate change is one of the major concerning factors due to increasing temperature throughout the world. Carbon dioxide is a significant gas in the greenhouse effect which leads to global warming. The construction industries released 40% carbon emissions from thermal calcium carbonate decomposition especially in cement production and combustion of fossil fuels of non-renewable energy. Renewable energy acts a vital part in the evolution of sustainability. Bioenergy has been deliberated carbon neutral as the released carbon is absorbed by flora. This paper presents a comprehensive review of the pozzolanic properties of waste ash and the performance of concrete. Ash is a by-product produced from various resources such as rice husk, wood, coal, sawdust combustion, etc. Waste ash is reused as supplementary material in eco-friendly concrete production. This helps for the disposal of waste as well as contributes the sustainability by reducing carbon emission into the environment.
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生态灰对可持续建筑材料的影响
如今,由于全球气温升高,气候变化是一个主要的关注因素。二氧化碳是导致全球变暖的温室效应中的一种重要气体。建筑行业40%的碳排放量来自碳酸钙热分解,特别是在水泥生产和不可再生能源化石燃料的燃烧中。可再生能源在可持续发展中起着至关重要的作用。生物能源被认为是碳中性的,因为释放的碳被植物吸收。本文对废粉煤灰的火山灰特性和混凝土性能进行了综述。灰是稻壳、木材、煤、木屑等多种资源燃烧后产生的副产品。废灰作为补充材料在环保混凝土生产中得到再利用。这有助于废物的处理,并通过减少碳排放到环境中来促进可持续发展。
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