FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2783253330> ?p ?o ?g. }

• W2783253330 endingPage "16" @default.
• W2783253330 startingPage "1" @default.
• W2783253330 abstract "Abstract Contamination of water bodies such as rivers, lakes, aquifers, oceans, and groundwater has led to a serious problem of water pollution. The various reasons for this threat constitute both anthropogenic and non‐anthropogenic factors including population explosion, industrialization, and globalization, which lead to the addition of toxic metals, dyes, and organic and inorganic compounds in water. Consumption of these toxic metals for longer time may cause various disorders in the human body including decreased immunological defenses, disabilities associated with malnutrition, and high rate of upper gastrointestinal cancer. Remediation of water includes the elimination of contaminants for a pollution‐free environment. Attention has also been focused on developing green sustainable technologies that must be esthetic, eco‐friendly, socially acceptable, and economical. Water remediation using green technologies has been divided into two groups; bioremediation, that is decontamination using plants, fungi, algae, bacteria, and other microorganisms and second remediation method is through natural products or modified natural products. Bioremediation is the use of plants and microorganisms for the breakdown of contaminants to nontoxic or less harmful products. It is used to purify groundwater, soil, sludge‐carrying pesticides, hydrocarbons, and other organic chemicals for detoxification. Bioremediation consists of phytoremediation through which detoxification is carried out through green plants and their biomass. It helps in the removal of toxic metals by complexation. Periphyton biofilms composed of bacilli and cocci for the treatment of aquatic ecosystem remove COD, UV254 nm matter, and toxic metals; algal biomass is used for the removal of harmful dyes from wastewater. Natural products also emerge as potential compounds to remediate toxic metals from industrial effluents. Some of the natural products used for this purpose are polysaccharides, crab shell, papaya wood, etc.; modified natural products such as zeolites having selectivity for ammonia, transition metals, bacteria, and radioactive elements; functionalized silica gel for removing metals; nanomaterials as potential antimicrobial agents and to remove metals and organic contaminants; ionic liquids as excellent solvent for the extraction of various heavy metals; surfactant modification for removal of oxo ions such as chromate, oxalate, etc.; and inorganic–organic hybrid polymeric materials for water purification. The use of such materials will lead to a better and more sustainable way of treating polluted water." @default.
• W2783253330 created "2018-01-26" @default.
• W2783253330 creator A5023205701 @default.
• W2783253330 creator A5058968406 @default.
• W2783253330 date "2016-09-15" @default.
• W2783253330 modified "2023-10-16" @default.
• W2783253330 title "Sustainable Water Remediation" @default.
• W2783253330 cites W1071170335 @default.
• W2783253330 cites W1481251525 @default.
• W2783253330 cites W1967458916 @default.
• W2783253330 cites W1967592830 @default.
• W2783253330 cites W1968666510 @default.
• W2783253330 cites W1973902137 @default.
• W2783253330 cites W1975996441 @default.
• W2783253330 cites W1976005601 @default.
• W2783253330 cites W197819609 @default.
• W2783253330 cites W1988147477 @default.
• W2783253330 cites W1989426235 @default.
• W2783253330 cites W1991144288 @default.
• W2783253330 cites W1991270676 @default.
• W2783253330 cites W1992008232 @default.
• W2783253330 cites W1992790479 @default.
• W2783253330 cites W1993946638 @default.
• W2783253330 cites W1996923780 @default.
• W2783253330 cites W1997505702 @default.
• W2783253330 cites W1998640380 @default.
• W2783253330 cites W1998678158 @default.
• W2783253330 cites W2000565938 @default.
• W2783253330 cites W2002345866 @default.
• W2783253330 cites W2002718948 @default.
• W2783253330 cites W2003253860 @default.
• W2783253330 cites W2003425138 @default.
• W2783253330 cites W2012270576 @default.
• W2783253330 cites W2012485357 @default.
• W2783253330 cites W2012869604 @default.
• W2783253330 cites W2013245051 @default.
• W2783253330 cites W2016200724 @default.
• W2783253330 cites W2017768989 @default.
• W2783253330 cites W2019988022 @default.
• W2783253330 cites W2022197302 @default.
• W2783253330 cites W2022524854 @default.
• W2783253330 cites W2024735957 @default.
• W2783253330 cites W2027624111 @default.
• W2783253330 cites W2031668613 @default.
• W2783253330 cites W2036373214 @default.
• W2783253330 cites W2039477638 @default.
• W2783253330 cites W2043277608 @default.
• W2783253330 cites W2044206818 @default.
• W2783253330 cites W2045056710 @default.
• W2783253330 cites W2049911544 @default.
• W2783253330 cites W2052366102 @default.
• W2783253330 cites W2052973400 @default.
• W2783253330 cites W2054997209 @default.
• W2783253330 cites W2056215260 @default.
• W2783253330 cites W2059253508 @default.
• W2783253330 cites W2059268738 @default.
• W2783253330 cites W2060433373 @default.
• W2783253330 cites W2068147919 @default.
• W2783253330 cites W2068759120 @default.
• W2783253330 cites W2069700844 @default.
• W2783253330 cites W2073357649 @default.
• W2783253330 cites W2075657188 @default.
• W2783253330 cites W2079125675 @default.
• W2783253330 cites W2080135497 @default.
• W2783253330 cites W2080839567 @default.
• W2783253330 cites W2081121924 @default.
• W2783253330 cites W2081130717 @default.
• W2783253330 cites W2081782163 @default.
• W2783253330 cites W2082234821 @default.
• W2783253330 cites W2083338969 @default.
• W2783253330 cites W2084993821 @default.
• W2783253330 cites W2086052704 @default.
• W2783253330 cites W2091911478 @default.
• W2783253330 cites W2094001223 @default.
• W2783253330 cites W2095474447 @default.
• W2783253330 cites W2097399953 @default.
• W2783253330 cites W2103474203 @default.
• W2783253330 cites W2108179792 @default.
• W2783253330 cites W2108248360 @default.
• W2783253330 cites W2108604681 @default.
• W2783253330 cites W2113934321 @default.
• W2783253330 cites W2123891803 @default.
• W2783253330 cites W2125266999 @default.
• W2783253330 cites W2125966592 @default.
• W2783253330 cites W2129233090 @default.
• W2783253330 cites W2136239632 @default.
• W2783253330 cites W2138420090 @default.
• W2783253330 cites W2138765842 @default.
• W2783253330 cites W2145875183 @default.
• W2783253330 cites W2147316654 @default.
• W2783253330 cites W2154447506 @default.
• W2783253330 cites W2156072408 @default.
• W2783253330 cites W2168743201 @default.
• W2783253330 cites W2324509108 @default.
• W2783253330 cites W2485776945 @default.
• W2783253330 cites W56473614 @default.
• W2783253330 cites W588071635 @default.
• W2783253330 doi "https://doi.org/10.1002/9781119951438.eibc2431" @default.

• next