秘鲁大型工程中基于光催化的可持续混凝土减少环境影响的综述

IF 1.3 Q4 ENGINEERING, INDUSTRIAL Journal of Project Management Pub Date : 2023-01-01 DOI:10.5267/j.jpm.2022.12.002
Rosmery Aylin Tineo Alcantara, Carlos Javier Canchuricra Blanca, Kebin Luis Díaz Rivera, Eduardo Manuel Yarango Serrano
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引用次数: 2

摘要

这种文献回顾使我们能够清楚而简洁地了解光催化混凝土应用于轨道或道路以及建筑物的使用和有效性。本研究通过使用VOSviewer软件工具对Scopus科学库中发表的文章进行收集和审查,分析了基于光催化的可持续混凝土,以减少大型工程对环境的影响。该软件工具分析了一组调查的大量数据,本研究从2000年到2022年的出版物进行。从数据库分析中获得图形,所有分析组中对“混凝土”、“光催化”、“环境”和“工作”的兴趣最高。所获得的结果使我们能够理解基于光催化的混凝土创新,以减少空气污染,因为这种需求在全世界都是当前的,在全球化和快速增长的国家更是如此,秘鲁的分析没有发现与该主题相关的研究,也没有与减少空气污染相关的大型工程,但有改善秘鲁首都利马空气质量的建议。然而,这种贡献很小,无法对空气产生积极影响。还分析了基于光催化的混凝土的制造工艺和材料,可视化了基于光催化的混凝土的优点和缺点,添加了其他额外的成分,以提高混凝土的耐久性和可行性。适用于大型工程。本研究的目的是介绍基于光催化的混凝土的应用,制造,优缺点的总体观点,重要的是在秘鲁国家补贴的大型工程中开发和应用它,因为这些可以对社会和环境产生积极的影响。
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Review of sustainable concrete based on photocatalytic to reduce the environmental impact in large works in Peru
This bibliographical review allows us to know clearly and concisely the use and effectiveness of photocatalytic concrete applied to tracks or roads, and in buildings. This study analyzes sustainable concrete based on photocatalytic to reduce the environmental impact in large-scale works through the application for the collection and review of articles published in the scientific base of Scopus using the VOSviewer software tool that analyzes a large amount of data from a group of investigations, this research is carried out from the publications of the year 2000 to the year 2022. Graphs were obtained from the database analysis with the words “Concrete”, “Photocatalytic”, “Environmental” and “Work” with the highest interest in all analysis groups. The results obtained allow us to understand the innovation of concrete based on photocatalytic in order to reduce air pollution since this need is current throughout the world, more so in globalized and rapidly growing countries, the analysis in Peru is not found no research related to the subject and there are no large-scale works related to reducing air pollution, but there are proposals to improve air quality in Lima, the capital of Peru, however this contribution is minimal to be able to positively impact the air . The manufacturing process and the materials to implement for the manufacture of concrete based on the photocatalytic were also analyzed, visualizing the advantages and disadvantages of this concrete based on the photocatalytic, adding other additional components to improve the durability of the concrete application and being viable. to apply to large-scale works. This research has the purpose of presenting a general view of the application, manufacture, advantages and disadvantages of concrete based on photocatalytic, it is important to develop and apply it in large-scale works subsidized by the Peruvian state, since these can generate a positive impact on society and the environment.
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来源期刊
CiteScore
3.70
自引率
5.90%
发文量
16
审稿时长
16 weeks
期刊最新文献
Bounded dynamic programming approach to minimize makespan in the blocking flowshop problem with sequence dependent setup times Review of sustainable concrete based on photocatalytic to reduce the environmental impact in large works in Peru Development of a robust multi-objective model for green capacitated location-routing under crisis conditions The effect of tourism village development project on economic sustainability through tourism villages based on natural and cultural potentials Structural equation modeling of critical success factors in the programs of development regional
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