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Titlebook: Sustainable Environment; Proceedings of NERC Deepmoni Deka,Subrata Kumar Majumder,Mihir Kumar P Conference proceedings 2023 The Editor(s)

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楼主: 贪吃的人
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Removal of Methylene Blue Dye from Textile Industry Wastewater Using Plantain Pith mills is directly released into water bodies which reduces the quality of the water bodies. Plantain pith, a natural and sustainable adsorbent, is experimented for the elimination of a cationic dye present in textile effluent in this paper. The maximum removal efficiency was found by conducting tes
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Enhancement of Biomass and Lipid Production via Algal-Bacteria Consortia by Treating Rubber Wastewatixed culture of a new microalga strain named, . sp. DDVG I and indigenous bacteria that were readily available in rubber wastewater (RWW) were cultivated for concomitant bioremediation of RWW and enhanced lipid production of the biomass. Initially, individual cultures of . DDVG I and indigenous bact
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Assessment of Water Quality Parameters of Three Tributaries of the Brahmaputra River System Flowing rried out. These three rivers have been considered for the study because these rivers flow through urban agglomerations and industrial clusters. The assessment has been made in terms of Water Quality Index (WQI) parameters namely pH, Biochemical Oxygen Demand (BOD), Dissolved Oxygen (DO), and Fecal
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Fluorescent Carbons Dots from Bio-Wastes Immobilized on Mesoporous Silica as an Affordable Next-Gene . (paan), and peel of . (grape fruit) through pyrolysis and microwave process. The dynamic light scattering measurements show the size of the C-dots within the range 8.9–1.8 nm, all having negative zeta potentials within the range −13.4 to −18.9. The negative zeta potential is due to the presence o
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Numerical Analysis of Particulate Matter 2.5 to Get the Diffusion Model of North-East India Using An2.5) has gained a lot of attention in India. Such pollutants cause foggy weather and acute health issues, thus being an urgent environmental issue. It has therefore become necessary to precisely predict PM2.5 concentrations and formulate their diffusion models to accurately monitor and control air p
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