Journal
KOREAN JOURNAL OF CHEMICAL ENGINEERING
Volume 39, Issue 1, Pages 38-57Publisher
KOREAN INSTITUTE CHEMICAL ENGINEERS
DOI: 10.1007/s11814-021-0941-y
Keywords
Biocolloid; Particle Transport; Porous Media; Retention
Funding
- Universite de Technologe de Compiegne
- National Natural Science Foundation of China [41807120, U1904171]
- Fundamental Research Funds for the Henan Provincial Colleges and Universities in Henan University of Technology [2018QNJH01]
- Doctor Foundation of Henan University of Technology [2018BS003]
- Science Foundation of Henan University of Technology [2017RCJH09]
- Science and Technology Foundation of Henan Province [212102310026, 202102310208, 182102410092]
- Young Backbone Teachers Training Program Foundation of Henan University of Technology [2021GGJS-063]
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Considerable efforts have been made to investigate the transport and retention of biocolloids in porous media in order to protect surface and groundwater supplies from contamination and assess the risk of microbial groundwater contamination. This review provides an introductory overview of biocolloid transport and deposition in porous media, discussing the mechanisms, modeling, influencing factors, major findings, and research methods used in this field. It also suggests future research perspectives focusing on microscopic pore scale study.
In an effort to protect surface and groundwater supplies from contamination, to assess the risk of microbial groundwater contamination and for the purpose of soil bioremediation, considerable efforts have been made to investigate biocolloid transport and retention in porous media. The current work provides an introductory overview of biocolloid transport and deposition in porous media so as to have a better understanding of the environmental behavior of biocolloids. In this review, biocolloid transport and deposition in porous media are discussed with an emphasis on transport and deposition mechanisms, numerical modeling and influencing factors. Moreover, major findings with respect to the forces acting on biocolloid transport and deposition are addressed, and research methods used to study biocolloid transport and deposition in porous media are also presented. Finally, based on the reported results, future research perspectives considering the microscopic pore scale study for biocolloid transport and deposition in porous media are also suggested.
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