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• W2974224424 endingPage "109568" @default.
• W2974224424 startingPage "109568" @default.
• W2974224424 abstract "Biochar, a recalcitrant carbon, is known to enhance organic matter degradation and improve physical properties. The objective of the study is to examine the probable effect of biochar addition during composting of a fibrous aquatic waste, i.e., water hyacinth though degradation kinetics and spectroscopic (FTIR and PXRD) analysis. Four dosages of biochar (0, 2.5, 5, and 10% w/w) were mixed to a mixture of water hyacinth, cow-dung and saw-dust comprising a total weight of 150 kg and composted using rotary drum composter for 20 days in batch mode. The study outcomes indicated that the amendment of biochar prolonged the duration of the thermophilic temperatures, reduced salinity, and promoted nutritional quality of compost. Moreover, biochar amendment enhanced the organic matter degradation with a rate constant of 0.029 day-1 and increased the total Kjeldahl nitrogen content up to 1.75% from an initial value of 1.10% in the reactor with 2.5% biochar amendment. Concurrently, biochar amendment aided in reducing Cu and Cr in the final product inferring 2.5% biochar is best suited for composting of water hyacinth. However, future studies are encouraged to decipher the microbial shifts and bioavailability of metals due to biochar dosage during composting for mitigating and managing the menace of such fibrous waste like water hyacinth by converting it to a soil conditioner." @default.
• W2974224424 created "2019-09-26" @default.
• W2974224424 creator A5023906707 @default.
• W2974224424 creator A5072665532 @default.
• W2974224424 creator A5088994463 @default.
• W2974224424 date "2019-12-01" @default.
• W2974224424 modified "2023-10-16" @default.
• W2974224424 title "Recalcitrant carbon for composting of fibrous aquatic waste: Degradation kinetics, spectroscopic study and effect on physico-chemical and nutritional properties" @default.
• W2974224424 cites W1957527758 @default.
• W2974224424 cites W1962216619 @default.
• W2974224424 cites W1975520996 @default.
• W2974224424 cites W1986727015 @default.
• W2974224424 cites W1990365810 @default.
• W2974224424 cites W1992761259 @default.
• W2974224424 cites W2001168022 @default.
• W2974224424 cites W2001694630 @default.
• W2974224424 cites W2002521677 @default.
• W2974224424 cites W2003173554 @default.
• W2974224424 cites W2005010820 @default.
• W2974224424 cites W2013637859 @default.
• W2974224424 cites W2019733464 @default.
• W2974224424 cites W2023916941 @default.
• W2974224424 cites W2028292283 @default.
• W2974224424 cites W2031720269 @default.
• W2974224424 cites W2037698785 @default.
• W2974224424 cites W2038175134 @default.
• W2974224424 cites W2045054405 @default.
• W2974224424 cites W2045556317 @default.
• W2974224424 cites W2045558523 @default.
• W2974224424 cites W2045700795 @default.
• W2974224424 cites W2055637686 @default.
• W2974224424 cites W2065238543 @default.
• W2974224424 cites W2066357374 @default.
• W2974224424 cites W2079318126 @default.
• W2974224424 cites W2088361226 @default.
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• W2974224424 cites W2092433581 @default.
• W2974224424 cites W2094217273 @default.
• W2974224424 cites W2142414345 @default.
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• W2974224424 cites W2210521083 @default.
• W2974224424 cites W2211433095 @default.
• W2974224424 cites W2219169253 @default.
• W2974224424 cites W2229134734 @default.
• W2974224424 cites W2255722002 @default.
• W2974224424 cites W2258798525 @default.
• W2974224424 cites W2288696871 @default.
• W2974224424 cites W2351535518 @default.
• W2974224424 cites W2391505786 @default.
• W2974224424 cites W2401884969 @default.
• W2974224424 cites W2416360169 @default.
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• W2974224424 cites W2589259547 @default.
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• W2974224424 cites W2609614952 @default.
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• W2974224424 cites W2739764287 @default.
• W2974224424 cites W2759346003 @default.
• W2974224424 cites W2775993446 @default.
• W2974224424 cites W2783930060 @default.
• W2974224424 cites W2790619420 @default.
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• W2974224424 doi "https://doi.org/10.1016/j.jenvman.2019.109568" @default.
• W2974224424 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31539698" @default.
• W2974224424 hasPublicationYear "2019" @default.
• W2974224424 type Work @default.
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• W2974224424 hasAuthorship W2974224424A5088994463 @default.

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