Study on Efficient Application and Mechanism of New Environmental Materials in Pollution Control

Rui He

doi:10.62051/rxzgjj27

Authors

Rui He

DOI:

https://doi.org/10.62051/rxzgjj27

Keywords:

Environmental materials, Decoration materials, Pollution, Environmental protection.

Abstract

We believe that with the improvement of people's awareness of environmental protection and the emergence of more new environmentally friendly materials, the problem of pollution caused by building and decoration materials can be effectively alleviated. The advancement of polymer chemistry has made it possible to synthesize nonlinear polymers with star shaped, branched, branched, and cyclic structures. The use of natural minerals for environmental pollution prevention and ecological restoration reflects the characteristics of the natural environment's self purification function. The research on environmental materials has attracted widespread attention from governments around the world, and environmental materials are an important theme in national high-tech development plans.In addition to the mechanical properties of conventional polymer materials, advanced functional polymer materials also have chemical reactivity, photosensitivity, conductivity, catalysis, biocompatibility, bioactivity, pharmacological properties, selective separation and energy conversion etc., they have become an important cornerstone of modern industry and advanced technology. Therefore, this article studies the efficient application and mechanism of new environmental materials in pollution control, and looks forward to the research prospects.

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References

[1] Fan Yujie. (2023). Application practice of new building materials in urban ecological environment construction. Chinese Construction Metal Structure, 22(8), 71-73.

[2] Wu Jianbao, Cao Bo, Huang Xiaoling. (2023). Environmental pollution and prevention of polymer materials. Contemporary Chemical Engineering Research, (12), 60-62.

[3] Xiao Lu, Rong Qun, Bai Xi, et al. (2023). Research progress on ibuprofen adsorption materials for environmental pollutants. Daily Chemical Industry (Chinese and English), 53(12), 1437-1442.

[4] Li Haoxin, Tai Guoyu, Liu Qi, Wu Guangyu, Cai Zhangzhen, Han Jiangang, and Zhu Yongli. (2022). Research progress of biomass adsorption materials in environmental pollution control. Chemical Reaction Engineering and Technology, 38(5), 473-480.

[5] Ma Bing, Shao Shiwei, Sun Yaping, et al. (2022). Effects of different passivation materials and their combinations on the remediation effect of Cd and Pb contaminated soil and the growth of corn. Environmental Chemistry, 41(12), 10 .

[6] Wang Liuwei, Wang Huixia, Zhao Jinling, et al. (2023). Screening of matrix materials for stabilization of heavy metal complex contaminated soil. Journal of Environmental Science, 43(2), 309-316.

[7] Sheng Aimin, Li Zhong. (2022). Application of gold nanocomposites in catalyzing environmental pollutants. Shandong Chemical Industry, 51(14), 3.

[8] Liang Chao, Mo Qiang, Yang Tianyu, et al. (2023). Research progress of nanoscale zero-valent iron and its modified materials in the remediation of soil organic pollution. Environmental Pollution and Prevention, 45(5), 708-715.

[9] Wu Qiuchan, Wu Jizi, Zhao Keli, et al. (2024). Remediation of cadmium and arsenic composite contaminated farmland soil using biochar and iron-calcium materials. Environmental Science, (001), 045.

[10] Yang Jingmin, Liang Xinran, Jiang Na, et al. (2022). Passivation remediation of cadmium and arsenic composite contaminated soil by combined/modified materials. Journal of Agricultural Environmental Sciences, (002), 041.