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Aug 15, 2024 · It is rich in organic contents. This polluted water can affect the growth of certain organisms as well as provide nutrients to other organisms.
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Feb 9, 2021 · One approach for the viable production of algal biomass is to couple its production with wastewater treatment plants, power and/or industrial plants.
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Mar 10, 2022 · The aim of this study was to investigate the potential of environmental pollution reduction of sugar beet processing factory wastewater by the biorefinery ...
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A huge amount of pollutant free water required for sugarcane processing industry to obtain sugarcane byproducts. It is estimated that approximately 1–2 m3 ...
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Discharging sugarcane industry wastewater into rivers contributes significantly to high water turbidity, which disturbs photosynthetic activity and creates an ...
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It promotes green technology for biofuel production, high nutrient recovery, and wastewater treatment through microalgae.
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Abstract -Present study was to evaluate the growth of green algae Chlorella sp in sugar process waste waters samples. Algae growth pattern was studied using ...
In this study we demonstrate, that dissolved sugars in wastewater from fruit‐salad production can be removed by heterotrophic growth of G. sulphuraria. Go to: 2 ...
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effluent and severely affected the environment and water bodies. The sugar industry effluent which is untreated highly toxic to plants and it is not permissible.
Converting algae as a waste into high-value bioproducts for use in algae-based bioplastics, industrial gums and chemicals, food products, and pharmaceuticals.