Contaminant transport in wetland flows over bottom-layer absorption subject to wind effect

Ecological decomposition and bottom-layer absorption are omnipresent and greatly influence pollutant mass transport in natural and modeled wetland flows. In addition, it considers the force of wind that blows on the wetland’s surface. The present work analytically explores the two-dimensional and lo...

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Vydáno v:	Modeling earth systems and environment Ročník 11; číslo 2; s. 91
Hlavní autoři:	Mondal, Buddhadeb, Barman, Krishnendu, Saha, Shuvendu, Mazumder, Bijoy S.
Médium:	Journal Article
Jazyk:	angličtina
Vydáno:	Cham Springer International Publishing 01.04.2025 Springer Nature B.V
Témata:	Absorption Approximation Chemistry and Earth Sciences Computer Science Contaminants Decomposition Dispersion Drag Earth and Environmental Science Earth Sciences Earth System Sciences Ecological effects Ecosystems Emission analysis Environment Flow velocity Fluid flow Free surfaces Homogenization Mass transport Math. Appl. in Environmental Science Mathematical Applications in the Physical Sciences Momentum Momentum equation Original Article Physics Pollutants Pollution dispersion Pollution transport Statistics for Engineering Surface wind Two dimensional analysis Two dimensional flow Velocity Vertical distribution Wetlands Wind effects Ecological decomposition Bottom-layer absorption Multi-scale analysis Contaminant transport Dispersion Wetlands Wind drags
ISSN:	2363-6203, 2363-6211
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Abstract	Ecological decomposition and bottom-layer absorption are omnipresent and greatly influence pollutant mass transport in natural and modeled wetland flows. In addition, it considers the force of wind that blows on the wetland’s surface. The present work analytically explores the two-dimensional and longitudinal mean concentrations under the effects of ecological decomposition, bottom-layer absorption, and wind drag force based on Mei’s homogenization technique up to third-order approximation. The flow velocity is computed from the basic momentum equation under the free-surface wind effect to understand the mechanism behind the pollutant mass transport in wetland flows. Also, from the results it seems that as wind intensity increases, it typically exerts a greater force on the fluid, enhancing the downstream flow velocity. As an extension of the Taylor dispersion model, Mei’s homogenization technique up to third-order approximation is employed for the environmental dispersion processes for the above three factors jointly considered in wetland flows. For large-time scale investing in 2-D concentration distribution, it reveals that 2-D concentration distribution is not uniform in the vertical direction. Moreover, it is concluded that the concentration of pollutants flowing through a wetland is decreased with the increase of bottom-layer absorption parameters. Also, it is seen that when decomposition rate ( ) increases, the pollutant is removed more rapidly, leading to a decrease in the longitudinal mean concentration. For pollutant emission into wetlands, this work is also analytically derived for a critical length and duration of a region influenced by pollutants.
AbstractList	Ecological decomposition and bottom-layer absorption are omnipresent and greatly influence pollutant mass transport in natural and modeled wetland flows. In addition, it considers the force of wind that blows on the wetland’s surface. The present work analytically explores the two-dimensional and longitudinal mean concentrations under the effects of ecological decomposition, bottom-layer absorption, and wind drag force based on Mei’s homogenization technique up to third-order approximation. The flow velocity is computed from the basic momentum equation under the free-surface wind effect to understand the mechanism behind the pollutant mass transport in wetland flows. Also, from the results it seems that as wind intensity increases, it typically exerts a greater force on the fluid, enhancing the downstream flow velocity. As an extension of the Taylor dispersion model, Mei’s homogenization technique up to third-order approximation is employed for the environmental dispersion processes for the above three factors jointly considered in wetland flows. For large-time scale investing in 2-D concentration distribution, it reveals that 2-D concentration distribution is not uniform in the vertical direction. Moreover, it is concluded that the concentration of pollutants flowing through a wetland is decreased with the increase of bottom-layer absorption parameters. Also, it is seen that when decomposition rate () increases, the pollutant is removed more rapidly, leading to a decrease in the longitudinal mean concentration. For pollutant emission into wetlands, this work is also analytically derived for a critical length and duration of a region influenced by pollutants. Ecological decomposition and bottom-layer absorption are omnipresent and greatly influence pollutant mass transport in natural and modeled wetland flows. In addition, it considers the force of wind that blows on the wetland’s surface. The present work analytically explores the two-dimensional and longitudinal mean concentrations under the effects of ecological decomposition, bottom-layer absorption, and wind drag force based on Mei’s homogenization technique up to third-order approximation. The flow velocity is computed from the basic momentum equation under the free-surface wind effect to understand the mechanism behind the pollutant mass transport in wetland flows. Also, from the results it seems that as wind intensity increases, it typically exerts a greater force on the fluid, enhancing the downstream flow velocity. As an extension of the Taylor dispersion model, Mei’s homogenization technique up to third-order approximation is employed for the environmental dispersion processes for the above three factors jointly considered in wetland flows. For large-time scale investing in 2-D concentration distribution, it reveals that 2-D concentration distribution is not uniform in the vertical direction. Moreover, it is concluded that the concentration of pollutants flowing through a wetland is decreased with the increase of bottom-layer absorption parameters. Also, it is seen that when decomposition rate ( ) increases, the pollutant is removed more rapidly, leading to a decrease in the longitudinal mean concentration. For pollutant emission into wetlands, this work is also analytically derived for a critical length and duration of a region influenced by pollutants.
ArticleNumber	91
Author	Mondal, Buddhadeb Barman, Krishnendu Saha, Shuvendu Mazumder, Bijoy S.
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SubjectTerms	Absorption Approximation Chemistry and Earth Sciences Computer Science Contaminants Decomposition Dispersion Drag Earth and Environmental Science Earth Sciences Earth System Sciences Ecological effects Ecosystems Emission analysis Environment Flow velocity Fluid flow Free surfaces Homogenization Mass transport Math. Appl. in Environmental Science Mathematical Applications in the Physical Sciences Momentum Momentum equation Original Article Physics Pollutants Pollution dispersion Pollution transport Statistics for Engineering Surface wind Two dimensional analysis Two dimensional flow Velocity Vertical distribution Wetlands Wind effects
Title	Contaminant transport in wetland flows over bottom-layer absorption subject to wind effect
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