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• W3110368950 endingPage "101279" @default.
• W3110368950 startingPage "101279" @default.
• W3110368950 abstract "Biochar (B) addition is considered to be an effective optimization method for accelerating the composting process and improving the quality of the final compost. Many studies have focused on the use of B in sludge compost as additives. However, the optimal level of B in the composting process and the effect of greenbelts utilization after composting have not been explained yet. In this study, autocontrol composting reactors were constructed and the effects of different B concentrations on nutrient transformation and morphological changes of heavy metals in sewage sludge–corn cob (C) aerobic composting were carried out. The feasibility of lawn grass (Festuca arundinacea) planting in soil composed of garden soil and different concentrations of composting sludge (40%, 60%, and 80%) was analyzed. The results revealed that a longer high temperature period can be maintained when the ratio of sludge:C:B is 10:6:1 (v/v). The detection result of TN, TP and TK indicated that B plays a positive role in nutrient retention in sludge. The addition of B has a positive effect on the passivation of Cu, Zn, Pb, Ni, and Cr in sludge. After composting, the residual fraction of heavy metals increased and exchangeable fraction decreased. The bacterial community diversity and richness showed dynamic changes during composting process. The enriched microbial groups of different treatments were analyzed. The linear discriminant analysis effect size (LEFSe) results showed that enriched microbial groups were totally different between different treatments and more bacterial clades were enriched at treatment S2. The heavy metal concentrations in the leached water were safe for plant and groundwater. The best growth conditions for F. arundinacea was the addition of composting sludge with a ratio of sludge:C:B of 10:6:1 (v/v) under an addition rate of 40%." @default.
• W3110368950 created "2020-12-07" @default.
• W3110368950 creator A5008692185 @default.
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• W3110368950 creator A5063481044 @default.
• W3110368950 date "2021-02-01" @default.
• W3110368950 modified "2023-10-16" @default.
• W3110368950 title "Effect of biochar addition on sludge aerobic composting and greenbelt utilization" @default.
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• W3110368950 cites W1903241269 @default.
• W3110368950 cites W1947538135 @default.
• W3110368950 cites W1968464402 @default.
• W3110368950 cites W1973250909 @default.
• W3110368950 cites W1974949186 @default.
• W3110368950 cites W1975520996 @default.
• W3110368950 cites W1995691644 @default.
• W3110368950 cites W1998998127 @default.
• W3110368950 cites W2008487907 @default.
• W3110368950 cites W2009333345 @default.
• W3110368950 cites W2009975737 @default.
• W3110368950 cites W2015664952 @default.
• W3110368950 cites W2022269454 @default.
• W3110368950 cites W2023916941 @default.
• W3110368950 cites W2026347365 @default.
• W3110368950 cites W2030259435 @default.
• W3110368950 cites W2030807803 @default.
• W3110368950 cites W2035739212 @default.
• W3110368950 cites W2054919903 @default.
• W3110368950 cites W2060600699 @default.
• W3110368950 cites W2063444036 @default.
• W3110368950 cites W2063853070 @default.
• W3110368950 cites W2077198300 @default.
• W3110368950 cites W2087542093 @default.
• W3110368950 cites W2090632988 @default.
• W3110368950 cites W2091614528 @default.
• W3110368950 cites W2101125241 @default.
• W3110368950 cites W2105065235 @default.
• W3110368950 cites W2110912947 @default.
• W3110368950 cites W2142414345 @default.
• W3110368950 cites W2168280739 @default.
• W3110368950 cites W2179345568 @default.
• W3110368950 cites W2202612258 @default.
• W3110368950 cites W2205449471 @default.
• W3110368950 cites W2229134734 @default.
• W3110368950 cites W2323429677 @default.
• W3110368950 cites W2340448947 @default.
• W3110368950 cites W2391505786 @default.
• W3110368950 cites W2410033619 @default.
• W3110368950 cites W2573019802 @default.
• W3110368950 cites W2580116844 @default.
• W3110368950 cites W2592490302 @default.
• W3110368950 cites W2599612848 @default.
• W3110368950 cites W2604522740 @default.
• W3110368950 cites W2697969291 @default.
• W3110368950 cites W2735644278 @default.
• W3110368950 cites W2735871837 @default.
• W3110368950 cites W2738651272 @default.
• W3110368950 cites W2738759876 @default.
• W3110368950 cites W2752896336 @default.
• W3110368950 cites W2759346003 @default.
• W3110368950 cites W2760516739 @default.
• W3110368950 cites W2790194170 @default.
• W3110368950 cites W2803991783 @default.
• W3110368950 cites W2884758721 @default.
• W3110368950 cites W2887063908 @default.
• W3110368950 cites W2887097311 @default.
• W3110368950 cites W2887872590 @default.
• W3110368950 cites W2892048820 @default.
• W3110368950 cites W2897804261 @default.
• W3110368950 cites W2904655217 @default.
• W3110368950 cites W2912570481 @default.
• W3110368950 cites W2921852586 @default.
• W3110368950 cites W2944826745 @default.
• W3110368950 cites W2947990103 @default.
• W3110368950 cites W2959513741 @default.
• W3110368950 cites W2962983125 @default.
• W3110368950 cites W2976480377 @default.
• W3110368950 cites W2982446324 @default.
• W3110368950 cites W2984662885 @default.
• W3110368950 cites W2995548962 @default.
• W3110368950 cites W3002571581 @default.
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• W3110368950 doi "https://doi.org/10.1016/j.eti.2020.101279" @default.
• W3110368950 hasPublicationYear "2021" @default.
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