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Titlebook: Organic Pollutants; Toxicity and Solutio M. Vasanthy,V. Sivasankar,T. G. Sunitha Book 2022 The Editor(s) (if applicable) and The Author(s),

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,Aldehydes’ Sources, Toxicity, Environmental Analysis, and Control in Food,nment sourced from the industrial, restaurant, and motor vehicular exhausts. Besides, aldehydes are thought to be a major cause of the photochemical smog in the air. Aldehydes are also present in rainwater and the surface water due to their washing away from the atmosphere owing to their high-water
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Development of Various Strategies for the Removal of Phenol Pollutant, environment that is added mainly through wastes waters of textile, pharmaceuticals industries, and automobile waste. Phenolic compounds in the aquatic system harm flora and fauna of water bodies and they also interfere with biotransformation. Various forms of phenolic compounds influence the ozone
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Bioremediation of Lindane-Contaminated Soil and Water Ecosystems: A Review,e widely used for destroying the pests that could affect the produce of the agricultural fields. One such organochlorine pesticide is lindane, which is widely employed all over the world. The pesticides and fertilizers applied to the fields with an intention to destroy the pests and to increase the
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A Review on Health Menace of Disinfectants and Its By-Products in Humans,se chemical compounds exterminate most of the pathogens excluding bacterial spores, a few will kill spores that lengthen the timing according to its vulnerability. Disinfectants were predominantly used in hospitals, industrial and institutional settings, but recently the usage of disinfectants reach
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Pharmaceutical Pollutants in Water: Origin, Toxicity Hazards, and Treatment,ions, including anti-inflammatories, antibiotics, antipsychotics, antihypertensives, antidiabetics, antihistamines, lipid regulators, anticonvulsant, β-blockers, stimulants and statins. This chapter is aimed to offer a brief overview on the origin of pollutants of antibiotic and anti-inflammatory me
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