Matches in SemOpenAlex for { <https://semopenalex.org/work/W4310684680> ?p ?o ?g. }
- W4310684680 endingPage "105544" @default.
- W4310684680 startingPage "105544" @default.
- W4310684680 abstract "Heavy metal pollution is insidious, long-term and irreversible, which seriously endangers the environment and human health. Compared with physical and chemical remediation techniques, microbial mineralization technology has been widely studied in the remediation of heavy metal contaminated soil and water due to wide occurrence. This paper mainly reviews the mechanisms, application examples and influencing factors of microbial-induced carbonate precipitation (MICP), microbial-induced phosphate precipitation (MIPP), and microbial-induced sulfide precipitation (MISP). It was found that MICP is more widely studied, but the mineralization products formed by the MIPP process are more stable in the natural environment. Besides, MISP is more suitable for use in anaerobic environments. In addition to various types of bacteria, the biomineralization effects and mechanisms of algae which are more environmentally friendly and fungi which are more abundant and have better tolerance to heavy metals should be intensively studied subsequently. We also summarized the recent research progress of these three mechanisms for biomineralization of heavy metals and radionuclides and analyzed the influencing factors including microbial characteristics, environmental factors, and engineering application processes. Finally, the subsequent research directions that need to be continued in depth for the remediation of heavy metal pollution by microbial mineralization were proposed, so as to promote the large-scale application of microbial mineralization technology in the remediation of heavy metal-contaminated soil and water bodies." @default.
- W4310684680 created "2022-12-15" @default.
- W4310684680 creator A5058636315 @default.
- W4310684680 creator A5066289602 @default.
- W4310684680 creator A5075572037 @default.
- W4310684680 creator A5083581319 @default.
- W4310684680 date "2023-03-01" @default.
- W4310684680 modified "2023-10-14" @default.
- W4310684680 title "Mechanisms, application advances and future perspectives of microbial-induced heavy metal precipitation: A review" @default.
- W4310684680 cites W1555053135 @default.
- W4310684680 cites W1968220175 @default.
- W4310684680 cites W1983899470 @default.
- W4310684680 cites W2010331043 @default.
- W4310684680 cites W2015454822 @default.
- W4310684680 cites W2024357228 @default.
- W4310684680 cites W2034062592 @default.
- W4310684680 cites W2040650768 @default.
- W4310684680 cites W2048223125 @default.
- W4310684680 cites W2053452699 @default.
- W4310684680 cites W2063637031 @default.
- W4310684680 cites W2069767415 @default.
- W4310684680 cites W2117780865 @default.
- W4310684680 cites W2123754051 @default.
- W4310684680 cites W2159727241 @default.
- W4310684680 cites W2200906698 @default.
- W4310684680 cites W2290592891 @default.
- W4310684680 cites W2294033738 @default.
- W4310684680 cites W2316116826 @default.
- W4310684680 cites W2414165082 @default.
- W4310684680 cites W2443330048 @default.
- W4310684680 cites W2462882907 @default.
- W4310684680 cites W2529143263 @default.
- W4310684680 cites W2541035757 @default.
- W4310684680 cites W2549567211 @default.
- W4310684680 cites W2562567566 @default.
- W4310684680 cites W2576077683 @default.
- W4310684680 cites W2691538684 @default.
- W4310684680 cites W2765542118 @default.
- W4310684680 cites W2768829662 @default.
- W4310684680 cites W2773712192 @default.
- W4310684680 cites W2789678222 @default.
- W4310684680 cites W2790620520 @default.
- W4310684680 cites W2790834180 @default.
- W4310684680 cites W2793958299 @default.
- W4310684680 cites W2800025754 @default.
- W4310684680 cites W2802943592 @default.
- W4310684680 cites W2803708333 @default.
- W4310684680 cites W2804877603 @default.
- W4310684680 cites W2805143737 @default.
- W4310684680 cites W2810174411 @default.
- W4310684680 cites W2810359930 @default.
- W4310684680 cites W2862941871 @default.
- W4310684680 cites W2885196605 @default.
- W4310684680 cites W2888339811 @default.
- W4310684680 cites W2888463045 @default.
- W4310684680 cites W2888465356 @default.
- W4310684680 cites W2889662175 @default.
- W4310684680 cites W2893161983 @default.
- W4310684680 cites W2893214477 @default.
- W4310684680 cites W2902643080 @default.
- W4310684680 cites W2903139441 @default.
- W4310684680 cites W2904954126 @default.
- W4310684680 cites W2906597762 @default.
- W4310684680 cites W2908626247 @default.
- W4310684680 cites W2909236043 @default.
- W4310684680 cites W2914570238 @default.
- W4310684680 cites W2915162579 @default.
- W4310684680 cites W2921179509 @default.
- W4310684680 cites W2921486709 @default.
- W4310684680 cites W2924904550 @default.
- W4310684680 cites W2925533383 @default.
- W4310684680 cites W2928125052 @default.
- W4310684680 cites W2934624601 @default.
- W4310684680 cites W2938345818 @default.
- W4310684680 cites W2941180416 @default.
- W4310684680 cites W2944132508 @default.
- W4310684680 cites W2944331840 @default.
- W4310684680 cites W2948966942 @default.
- W4310684680 cites W2954987539 @default.
- W4310684680 cites W2963752787 @default.
- W4310684680 cites W2969588253 @default.
- W4310684680 cites W2978948483 @default.
- W4310684680 cites W2991358550 @default.
- W4310684680 cites W2993788233 @default.
- W4310684680 cites W2995138788 @default.
- W4310684680 cites W3001216110 @default.
- W4310684680 cites W3002116345 @default.
- W4310684680 cites W3004808341 @default.
- W4310684680 cites W3004898188 @default.
- W4310684680 cites W3007545848 @default.
- W4310684680 cites W3009051837 @default.
- W4310684680 cites W3012513456 @default.
- W4310684680 cites W3013180416 @default.
- W4310684680 cites W3022603880 @default.
- W4310684680 cites W3024719290 @default.
- W4310684680 cites W3033023011 @default.
- W4310684680 cites W3035533988 @default.
- W4310684680 cites W3037872898 @default.