Matches in SemOpenAlex for { <https://semopenalex.org/work/W3005557994> ?p ?o ?g. }
- W3005557994 endingPage "478" @default.
- W3005557994 startingPage "478" @default.
- W3005557994 abstract "Biochar can be an effective sorbent material for removal of nutrients from water due to its high specific surface area, porous structure, and high cation and anion exchange capacity. The aim of this study was to test a biochar reactor and to evaluate its efficiency in runoff water purification and consecutive nutrient recycling in clear-cut peatland forests. The goodness of the method was tested in a meso-scale (water volume thousands of liters) reactor experiment by circulating runoff water through wood biochar-filled columns and by determining water nutrient concentrations in the column inlet and outlet. The pseudo-first and second order kinetic models were fitted to the experimental data and the adsorption rate (Kad) and maximum adsorption capacity (Qmax) of the biochar reactor were quantified. The concentration of total nitrogen (TN) decreased by 58% during the 8-week experiment; the majority of TN adsorption occurred within the first 3 days. In addition, NO3-N and NH4-N concentrations decreased below the detection limit in 5 days after the beginning of the experiment. The maximum adsorption capacity of the biochar reactor varied between 0.03–0.04 mg g−1 biochar for NH4-N, and was equal to 0.02 mg g−1 biochar for TN. The results demonstrated that the biochar reactor was not able to adsorb TN when the water TN concentration was below 0.4 mg L−1. These results suggest that a biochar reactor can be a useful and effective method for runoff water purification in clear-cut forests and further development and testing is warranted. Unlike traditional water protection methods in peatland forestry, the biochar reactor can effectively remove NO3-N from water. This makes the biochar reactor a promising water protection tool to be tested in sites where there is the risk of a high rate of nutrient export after forest harvesting or drainage." @default.
- W3005557994 created "2020-02-24" @default.
- W3005557994 creator A5053758286 @default.
- W3005557994 creator A5058706227 @default.
- W3005557994 creator A5076035328 @default.
- W3005557994 creator A5088899927 @default.
- W3005557994 creator A5091889987 @default.
- W3005557994 date "2020-02-11" @default.
- W3005557994 modified "2023-09-27" @default.
- W3005557994 title "Purification of Forest Clear-Cut Runoff Water Using Biochar: A Meso-Scale Laboratory Column Experiment" @default.
- W3005557994 cites W1482867610 @default.
- W3005557994 cites W1537053633 @default.
- W3005557994 cites W1919706449 @default.
- W3005557994 cites W1958480095 @default.
- W3005557994 cites W1965026439 @default.
- W3005557994 cites W1972619769 @default.
- W3005557994 cites W1978665073 @default.
- W3005557994 cites W1995241111 @default.
- W3005557994 cites W1997255095 @default.
- W3005557994 cites W2007031380 @default.
- W3005557994 cites W2007933938 @default.
- W3005557994 cites W201921816 @default.
- W3005557994 cites W2024440022 @default.
- W3005557994 cites W2027268875 @default.
- W3005557994 cites W2030446133 @default.
- W3005557994 cites W2031063192 @default.
- W3005557994 cites W2031148508 @default.
- W3005557994 cites W2031720269 @default.
- W3005557994 cites W2032036213 @default.
- W3005557994 cites W2034696225 @default.
- W3005557994 cites W2034876680 @default.
- W3005557994 cites W2035235756 @default.
- W3005557994 cites W2040152771 @default.
- W3005557994 cites W2042846447 @default.
- W3005557994 cites W2043949326 @default.
- W3005557994 cites W2046031285 @default.
- W3005557994 cites W2051142023 @default.
- W3005557994 cites W2054996127 @default.
- W3005557994 cites W2055488867 @default.
- W3005557994 cites W2056107039 @default.
- W3005557994 cites W2059621438 @default.
- W3005557994 cites W2061536440 @default.
- W3005557994 cites W2063610322 @default.
- W3005557994 cites W2070915270 @default.
- W3005557994 cites W2072723157 @default.
- W3005557994 cites W2079956664 @default.
- W3005557994 cites W2084249279 @default.
- W3005557994 cites W2088566469 @default.
- W3005557994 cites W2090482351 @default.
- W3005557994 cites W2091302654 @default.
- W3005557994 cites W2092103619 @default.
- W3005557994 cites W2112017750 @default.
- W3005557994 cites W2118303705 @default.
- W3005557994 cites W2129623720 @default.
- W3005557994 cites W2164605793 @default.
- W3005557994 cites W2173402607 @default.
- W3005557994 cites W2213457400 @default.
- W3005557994 cites W2252298600 @default.
- W3005557994 cites W2312242920 @default.
- W3005557994 cites W2328874691 @default.
- W3005557994 cites W2341690451 @default.
- W3005557994 cites W2343086287 @default.
- W3005557994 cites W2397276008 @default.
- W3005557994 cites W2413187338 @default.
- W3005557994 cites W2498987500 @default.
- W3005557994 cites W2563892878 @default.
- W3005557994 cites W2608128965 @default.
- W3005557994 cites W2691642356 @default.
- W3005557994 cites W2699269396 @default.
- W3005557994 cites W2738059676 @default.
- W3005557994 cites W2748222156 @default.
- W3005557994 cites W2750125028 @default.
- W3005557994 cites W2761724631 @default.
- W3005557994 cites W2765160863 @default.
- W3005557994 cites W2765308007 @default.
- W3005557994 cites W2767430222 @default.
- W3005557994 cites W2789508523 @default.
- W3005557994 cites W2799571882 @default.
- W3005557994 cites W2805540964 @default.
- W3005557994 cites W2902443429 @default.
- W3005557994 cites W2905175642 @default.
- W3005557994 cites W2906554255 @default.
- W3005557994 cites W291301012 @default.
- W3005557994 cites W2952775085 @default.
- W3005557994 cites W585617943 @default.
- W3005557994 doi "https://doi.org/10.3390/w12020478" @default.
- W3005557994 hasPublicationYear "2020" @default.
- W3005557994 type Work @default.
- W3005557994 sameAs 3005557994 @default.
- W3005557994 citedByCount "10" @default.
- W3005557994 countsByYear W30055579942020 @default.
- W3005557994 countsByYear W30055579942021 @default.
- W3005557994 countsByYear W30055579942022 @default.
- W3005557994 countsByYear W30055579942023 @default.
- W3005557994 crossrefType "journal-article" @default.
- W3005557994 hasAuthorship W3005557994A5053758286 @default.
- W3005557994 hasAuthorship W3005557994A5058706227 @default.
- W3005557994 hasAuthorship W3005557994A5076035328 @default.