Titlebook: Microbial Technology for Sustainable E-waste Management; Prasenjit Debbarma,Saurabh Kumar,Ravindra Soni Book 2023 The Editor(s) (if applic

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Bioleaching: A Sustainable Resource Recovery Strategy for Urban Mining of E-waste,or metal recovery and are emerging as sustainable and environment-friendly methods. Bioleaching involves microbes for facilitating leaching of minerals and is more economical in comparison with conventional metallurgic treatments owing to lower operational and energy demand. Thus, this chapter provi

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Association of Algae to Water Pollution and Waste Water Treatment,oms and mitigating their consequences in particular river systems. The structure and richness rates of algal communities are heavily impacted by physicochemical changes in the climate. Wastewater is a plentiful resource that may be used to promote algae growth. Chemical techniques for algal bloom co

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E-waste and Its Management by Using Algae,microbial algae activities. Additionally, it highlights recent developments in the recovery of metals in sediments by algae as well as future possible applications and drawbacks, and it emphasises the significance of contemporary modern biotechnology and strategies in enhancing microbial activities’

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,Plant–Bacteria Interaction in the Recovery of Metals from Electronic Waste, with modified Long Ashton nutrient solution. Then, 1 g of computer PCB were added to the . L. plants and 6 mL of .. . (10. CFU), while 1 g of cell phone PCB and 6 mL of .. . (10. CFU) were added to the .. . plants. After 20 days in the greenhouse, the plants were harvested to determine their biomas

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Book 2023and communication is constantly evolving due to scientific research and development.Concurrently, the production of new electrical and electronic equipment also thus uplifting in this era of revolution. These technological advancements certainly have problematic consequences which is the rise of hug

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Genetically Modified Microbes in E-waste Management: A Perspective, microbes play essential role and use of genetic engineering has now raised the interest in generating microbes with multiple features/traits with improved efficiency. This chapter sheds light on the prospects of using genetically engineered microbes and provides comprehensive information about microbial e-waste management process.