摘要
双碳目标下研究流态固化土回填技术在建筑领域中绿色施工的运用,旨在处理传统施工方式导致的资源浪费以及环境污染问题。凭借理论分析与实证探究,以福建省厦门市海沧区的某一基坑工程作为实例,阐释该技术从材料选取直至施工工艺的质量把控整个流程,揭示出其相较于传统办法所具有的成本优势以及环境友好特点。实验结论显示,流态固化土回填技术极大地提高了施工效率,降低了碳排放量与资源消耗量,在经济和环境效益方面都要优于传统模式。不过,研究也指明该技术在适用范畴以及标准化上依然存在局限性。给出优化建议与政策支持的方向,突出其在推动建筑行业朝着低碳化转型过程中的重大价值。
Under the dual carbon goals,this study explores the application of fluidized solidified soil(FSS)backfill technology in green construction within the building sector,aiming to address resource waste and environmental pollution caused by traditional construction methods.Through theoretical analysis and empirical research,a foundation pit project in Haicang District,Xiamen,Fujian Province,is used as a case study to illustrate the entire process of this technology,from material selection to quality control in construction techniques.The study reveals its cost advantages and environmental friendliness compared to conventional methods.Experimental results indicate that FSS backfill technology significantly enhances construction efficiency,reduces carbon emissions and resource consumption,and demonstrates superior economic and environmental benefits over traditional approaches.However,the study also identifies limitations in its applicability and standardization.Optimization recommendations and policy support directions are provided,highlighting the significant role of this technology in promoting the low-carbon transition of the construction industry.
作者
苏伟明
SU Weiming(Xiamen Municipal Engineering Co.,Ltd.,Xiamen 361000,China)
出处
《黑龙江水利科技》
2025年第10期118-121,共4页
Heilongjiang Hydraulic Science and Technology
关键词
双碳目标
流态固化土
绿色施工
基坑工程
可持续发展
dual carbon goals
fluidized solidified soil
green construction
foundation pit engineering
sustainable development
