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Study on Environment and Carbon Sequestration Effect of Wood Structure Building Based on Sustainable Development

机译:基于可持续发展的木结构建设环境与碳封存效应研究

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Carbon Storage Estimation of wood products is one of the important directions of international climate change. As a building material of ecological sustainable development, wood structure building has many advantages, and its performance is better than other structures in many aspects. Forest products are sustainable. If forest products come from sustainably managed forests, and if they follow some principles of sustainable management, then wood, as a material and a product of wood products in daily life, is far more sustainable than other materials, from buildings to furniture. In this paper, the wood structure building is briefly introduced. On this basis, the role of wood structure product carbon flow in forest carbon storage and the impact on the environment are elaborated, which points out the direction for the development of related research in the future. The results are as follows: wood has little impact on climate in the whole life cycle and beyond, and its carbon emission in the life cycle is far lower than that of traditional building materials. The performance of wood structure building constructed with wood building materials is better than that of reinforced concrete structure in terms of energy saving, earthquake resistance, environmental protection and durability. The external ecological environment has a certain positive impact, promoting the sustainable development of society and the harmonious coexistence of man and nature.
机译:木制品的碳储存估计是国际气候变化的重要方向之一。作为生态可持续发展的建筑材料,木材结构建筑具有许多优点,其性能优于许多方面的其他结构。林产品可持续。如果森林产品来自可持续管理的森林,如果他们遵循可持续管理的一些原则,那么木材,作为日常生活中木制品的材料和产品,比其他材料更可持续,从建筑物到家具。本文简要介绍了木材结构建筑。在此基础上,阐述了木结构产品碳流在森林碳储存中的作用以及对环境的影响,指出了未来相关研究发展的方向。结果如下:木材对整个生命周期和超越的气候影响几乎没有影响,其生命周期中的碳排放远低于传统建筑材料的碳排放。用木材建筑材料构造的木结构建筑的性能优于节能,地震阻力,环保和耐用性方面的钢筋混凝土结构。外部生态环境具有一定的积极影响,促进社会的可持续发展和人与自然的和谐共存。

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