Matches in SemOpenAlex for { <https://semopenalex.org/work/W3119386064> ?p ?o ?g. }
- W3119386064 endingPage "415" @default.
- W3119386064 startingPage "391" @default.
- W3119386064 abstract "Millions of tons of dyes, agrochemicals, and pharmaceuticals are produced globally per year and a substantial part is released in the environment. Several chemicals persist and accumulate in the environment and exhibit detrimental effects on organisms. They also lead to the development of carcinogenicity, endocrine disruption, antimicrobial resistance in pathogenic microorganisms, causing a great threat to health of humans. Chemicals present in the environment are removed by various biological and chemical processes. Among them, adsorption is better suited owing to its effectiveness, low cost, ease of operation. A number of adsorbates such as natural clay, charcoal, carbon nanotubes, and biochar have been utilized. Biochar is a carbonaceous material formed from plant biomass, when it is heated in limited supply of oxygen. It has porous structure, charged surface, and functional groups, which help in adsorption of vast array of pollutants. In this chapter, we have reviewed recent trends in biochar-based removal of dyes, agrochemicals, and pharmaceuticals. We have also discussed the mechanisms behind the adsorption and future prospects of this approach in abatement of these pollutants." @default.
- W3119386064 created "2021-01-18" @default.
- W3119386064 creator A5019465373 @default.
- W3119386064 date "2020-01-01" @default.
- W3119386064 modified "2023-09-26" @default.
- W3119386064 title "Recent Advances in Biochar-Based Mitigation of Dyes, Agrochemicals, and Pharmaceutical Pollutants" @default.
- W3119386064 cites W1104281562 @default.
- W3119386064 cites W1657412191 @default.
- W3119386064 cites W1785290486 @default.
- W3119386064 cites W1922730584 @default.
- W3119386064 cites W1964071916 @default.
- W3119386064 cites W1976955078 @default.
- W3119386064 cites W1983777603 @default.
- W3119386064 cites W1987639201 @default.
- W3119386064 cites W1994719960 @default.
- W3119386064 cites W1997425623 @default.
- W3119386064 cites W2002756146 @default.
- W3119386064 cites W2023935971 @default.
- W3119386064 cites W2025337786 @default.
- W3119386064 cites W2027624111 @default.
- W3119386064 cites W2042708886 @default.
- W3119386064 cites W2044131544 @default.
- W3119386064 cites W2048059718 @default.
- W3119386064 cites W2053491738 @default.
- W3119386064 cites W2061120126 @default.
- W3119386064 cites W2069364442 @default.
- W3119386064 cites W2072543965 @default.
- W3119386064 cites W2082416125 @default.
- W3119386064 cites W2093774009 @default.
- W3119386064 cites W2094739036 @default.
- W3119386064 cites W2097457893 @default.
- W3119386064 cites W2106421545 @default.
- W3119386064 cites W2117175437 @default.
- W3119386064 cites W2155220629 @default.
- W3119386064 cites W2162088419 @default.
- W3119386064 cites W2169668194 @default.
- W3119386064 cites W2171287219 @default.
- W3119386064 cites W2178640296 @default.
- W3119386064 cites W2193298043 @default.
- W3119386064 cites W2205705582 @default.
- W3119386064 cites W2261967475 @default.
- W3119386064 cites W2295190702 @default.
- W3119386064 cites W2328987210 @default.
- W3119386064 cites W2338417484 @default.
- W3119386064 cites W2344135061 @default.
- W3119386064 cites W2345863336 @default.
- W3119386064 cites W2355001993 @default.
- W3119386064 cites W2396182728 @default.
- W3119386064 cites W2516296879 @default.
- W3119386064 cites W2529839515 @default.
- W3119386064 cites W2546758752 @default.
- W3119386064 cites W2547381711 @default.
- W3119386064 cites W2551060395 @default.
- W3119386064 cites W2553964255 @default.
- W3119386064 cites W2590227807 @default.
- W3119386064 cites W2591564181 @default.
- W3119386064 cites W2599108977 @default.
- W3119386064 cites W2726901679 @default.
- W3119386064 cites W2746144867 @default.
- W3119386064 cites W2748755707 @default.
- W3119386064 cites W2761649548 @default.
- W3119386064 cites W2781291659 @default.
- W3119386064 cites W2781711172 @default.
- W3119386064 cites W2782115557 @default.
- W3119386064 cites W2782290972 @default.
- W3119386064 cites W2782848117 @default.
- W3119386064 cites W2791855448 @default.
- W3119386064 cites W2806576906 @default.
- W3119386064 cites W2806701820 @default.
- W3119386064 cites W2809973605 @default.
- W3119386064 cites W2886106256 @default.
- W3119386064 cites W2888394300 @default.
- W3119386064 cites W2900914358 @default.
- W3119386064 cites W2904992077 @default.
- W3119386064 cites W2907661592 @default.
- W3119386064 cites W2908878643 @default.
- W3119386064 cites W291301012 @default.
- W3119386064 cites W2913542218 @default.
- W3119386064 cites W2920769774 @default.
- W3119386064 cites W2940322484 @default.
- W3119386064 cites W2947063520 @default.
- W3119386064 cites W2951207036 @default.
- W3119386064 cites W2989234201 @default.
- W3119386064 cites W2995595286 @default.
- W3119386064 cites W2997150132 @default.
- W3119386064 cites W2998153857 @default.
- W3119386064 cites W2999091840 @default.
- W3119386064 cites W3004165014 @default.
- W3119386064 cites W3004375590 @default.
- W3119386064 cites W3009135305 @default.
- W3119386064 cites W3014055492 @default.
- W3119386064 cites W3017303052 @default.
- W3119386064 cites W3022373791 @default.
- W3119386064 cites W3024526878 @default.
- W3119386064 doi "https://doi.org/10.1007/978-981-15-9593-6_15" @default.
- W3119386064 hasPublicationYear "2020" @default.
- W3119386064 type Work @default.
- W3119386064 sameAs 3119386064 @default.