FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4321372614> ?p ?o ?g. }

• W4321372614 endingPage "793" @default.
• W4321372614 startingPage "793" @default.
• W4321372614 abstract "Clean water is very important for the good health of society. In South Africa, it is estimated that people need 20 to 50 litres of safe water daily for basic hygiene, drinking, and cooking. In recent times, water bodies have harboured harmful pollutants, including oil, heavy metal ions, and dyes. As a result, this has become a major global concern. Societies with limited clean water are often forced to utilise contaminated water or buy filtered water, which might be a problem for poor residents. The health consequences that are related to contaminated water include Guinea worm disease, dysentery, cholera, etc. The side effects associated with the utilisation of unclean water are gastrointestinal diseases such as cramps, vomiting, and diarrhoea. The wastewater disposed of by chemical industries contains toxic elements such as arsenic. Wastewater that is released directly without treatment causes serious damage to the environment. Chronic arsenic poisoning can lead to keratinisation of the skin and even cancer. Cellulose biomass materials have the potential to become the greatest bio-based materials used in wastewater treatment applications. There are two major reasons that validate this statement: firstly, cellulose is a low-cost material that is abundant in nature, and, secondly, cellulose is an environmentally friendly material. However, these are not the only reasons that validate cellulose as a good candidate for wastewater treatment applications. Cellulose has a unique structure a large surface area, good mechanical properties and is degradable, renewable, and biocompatible. Cellulose also has an abundance of hydroxyl groups on its surface. These hydroxyl functional groups allow cellulose to be chemically modified in various ways, which results in the fabrication of nanocomposites with tunable characteristics. Since arsenic pollution has become a serious global concern, this review uniquely provides a broad discussion of the work that has been accomplished recently on the fabrication of functionalised cellulose-based materials designed specifically for the removal of arsenic heavy metal species from wastewater treatment facilities. Furthermore, the functionalised cellulose materials’ arsenic adsorption capacities are also discussed. These adsorption capacities can reach up to a maximum of 350 mg/g, depending on the system used. Factors such as pH and temperature are discussed in relation to the adsorption of arsenic in wastewater. The removal of As(V) was found to be effective in the pH range of 3.0–8.8, with a removal efficiency of 95%. Moreover, the removal efficiency of As(III) was reported to be effective in the pH range of 6–9. However, the effective pH range also depends on the system used. The selective extraction of cellulose from various sources is also discussed in order to verify the percentage of cellulose in each source. Future work should be focused on how the chemical modification of cellulose affects the toxicity, efficiency, selectivity, and mechanical stability of cellulose materials. The use of cheaper and environmentally friendly chemicals during cellulose functionalisation should be considered." @default.
• W4321372614 created "2023-02-21" @default.
• W4321372614 creator A5007732752 @default.
• W4321372614 creator A5015773436 @default.
• W4321372614 creator A5017396624 @default.
• W4321372614 creator A5017982164 @default.
• W4321372614 creator A5051680218 @default.
• W4321372614 creator A5071959175 @default.
• W4321372614 date "2023-02-17" @default.
• W4321372614 modified "2023-10-16" @default.
• W4321372614 title "Recent Advances on Chemically Functionalized Cellulose-Based Materials for Arsenic Removal in Wastewater: A Review" @default.
• W4321372614 cites W1236365063 @default.
• W4321372614 cites W1980974825 @default.
• W4321372614 cites W1981761717 @default.
• W4321372614 cites W1985638411 @default.
• W4321372614 cites W1986714953 @default.
• W4321372614 cites W1987260287 @default.
• W4321372614 cites W1990220843 @default.
• W4321372614 cites W1996924997 @default.
• W4321372614 cites W1996974205 @default.
• W4321372614 cites W1999190601 @default.
• W4321372614 cites W1999648969 @default.
• W4321372614 cites W2002534659 @default.
• W4321372614 cites W2007486664 @default.
• W4321372614 cites W2008827791 @default.
• W4321372614 cites W2010514981 @default.
• W4321372614 cites W2012553303 @default.
• W4321372614 cites W2015644894 @default.
• W4321372614 cites W2015788034 @default.
• W4321372614 cites W2027504203 @default.
• W4321372614 cites W2037042511 @default.
• W4321372614 cites W2053199302 @default.
• W4321372614 cites W2059025637 @default.
• W4321372614 cites W2059705847 @default.
• W4321372614 cites W2066238972 @default.
• W4321372614 cites W2066598081 @default.
• W4321372614 cites W2067386619 @default.
• W4321372614 cites W2073272355 @default.
• W4321372614 cites W2075778272 @default.
• W4321372614 cites W2080793077 @default.
• W4321372614 cites W2081959342 @default.
• W4321372614 cites W2093423415 @default.
• W4321372614 cites W2109520483 @default.
• W4321372614 cites W2132836692 @default.
• W4321372614 cites W2136707087 @default.
• W4321372614 cites W2139413502 @default.
• W4321372614 cites W2145492248 @default.
• W4321372614 cites W2148010544 @default.
• W4321372614 cites W2150496093 @default.
• W4321372614 cites W2168296562 @default.
• W4321372614 cites W2213555309 @default.
• W4321372614 cites W2233509555 @default.
• W4321372614 cites W2250050916 @default.
• W4321372614 cites W2297157817 @default.
• W4321372614 cites W2302317846 @default.
• W4321372614 cites W2322719178 @default.
• W4321372614 cites W2329075919 @default.
• W4321372614 cites W2340756966 @default.
• W4321372614 cites W2415660556 @default.
• W4321372614 cites W2486451750 @default.
• W4321372614 cites W2508374004 @default.
• W4321372614 cites W2508845426 @default.
• W4321372614 cites W2510106472 @default.
• W4321372614 cites W2530413268 @default.
• W4321372614 cites W2575893849 @default.
• W4321372614 cites W2591009363 @default.
• W4321372614 cites W2595897838 @default.
• W4321372614 cites W2617160767 @default.
• W4321372614 cites W2618593278 @default.
• W4321372614 cites W2619077922 @default.
• W4321372614 cites W2626121216 @default.
• W4321372614 cites W2736542632 @default.
• W4321372614 cites W2752585518 @default.
• W4321372614 cites W2765256611 @default.
• W4321372614 cites W2765475506 @default.
• W4321372614 cites W2781967438 @default.
• W4321372614 cites W2784414546 @default.
• W4321372614 cites W2790504838 @default.
• W4321372614 cites W2791702969 @default.
• W4321372614 cites W2802108211 @default.
• W4321372614 cites W2804798197 @default.
• W4321372614 cites W2808987219 @default.
• W4321372614 cites W2888161003 @default.
• W4321372614 cites W2897618963 @default.
• W4321372614 cites W2903057244 @default.
• W4321372614 cites W2904357495 @default.
• W4321372614 cites W2909743940 @default.
• W4321372614 cites W2914614041 @default.
• W4321372614 cites W2915443992 @default.
• W4321372614 cites W2916661721 @default.
• W4321372614 cites W2944819467 @default.
• W4321372614 cites W2946323086 @default.
• W4321372614 cites W2963678286 @default.
• W4321372614 cites W2969284684 @default.
• W4321372614 cites W2978393382 @default.
• W4321372614 cites W2984475739 @default.
• W4321372614 cites W2990379454 @default.
• W4321372614 cites W2990940483 @default.

• next