Titlebook: Bioremediation and Green Technologies; Sustainable Approach Prashanthi Devi Marimuthu,Rajakumar Sundaram,Thama Book 2021 The Editor(s) (if

RLS898

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Case Experience on WIN WIN Approach Towards Industrial Pollution Control-Economic and Environmental and environmental benefits like energy in kWh per year, water in liters per year and other recycling process like “Add-on” and “Process change” technologies are taken in consideration. The main objective is to focus on the cost aspects between the two technologies, conventional and cleaner technolo

Melodrama

Breach

Creating an Inclusive Innovation Climate factors lead to the increase in heavy metal concentration in both hydrosphere and lithosphere. The extreme use of chemical fertilizers in agricultural field possesses a major threat to human and animal health and also causes various environmental hazards. The utilization of the chemical fertilizers

Hallmark

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Developing a Global Innovation Culturen the sugar industry which in turn is responsible for the overall development of the state. The discharge of this effluent into water bodies or on the soil causes serious problem of water pollution resulting in severe damage to the flora and fauna and further environmental degradation. The study foc

Nerve-Block

https://doi.org/10.1007/978-1-4939-2050-1ng biosorption. Ni (II) ions were adsorbed using seeds of . The seeds showed maximum adsorption activity without activation. Optimization studies were carried out to achieve maximum removal efficiency. The parameters included in the study were pH, contact time, metal ion concentration, RPM, adsorben

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Jessica L. Wildman,Richard L. Griffithcrobial products which possess many applications over traditional methods. Hence biosurfactants can be widely used for bioremediation process. In this study, a novel biosurfactant- rhamnolopid was applied for bioremediation of heavy metals, environmental toxic pollution removal and stain decolorizer