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2022, vol. 63, br. 2, str. 183-202
Biljni materijali kao inhibitor zelene korozije za odabrane legure gvožđa - pregled
aMorgan State University, Civil Engineering Department, Baltimore, Maryland, USA + Federal University of Technology, Chemical Engineering Department, Owerri, Imo State, Nigeria
bMorgan State University, Civil Engineering Department, Baltimore, Maryland, USA
cMichael Okpara University, Chemistry Department, Umudike, Umuahia, Abia State, Nigeria + Morgan State University, Chemistry Department, Baltimore, Maryland, USA

e-adresaIfeyinwa.Ekeke@morgan.edu
Ključne reči: meki čelik; ugljenični čelik; korozija; biljni ekstrakti; zeleni inhibitori korozije
Sažetak
Značaj studija korozije stavlja u prvi plan ekonomske gubitke, štete i bezbednosna pitanja propadanja metala u građevinskoj industriji i privredi. Iako izbor materijala i upotreba inhibitora mogu doprineti njegovoj otpornosti na ponašanje korozije u okolini, strukturno propadanje metala može biti pogoršano u uslovima rada. U ovom pregledu daju se istaknuti nalazi istraživanja objavljenih u poslednjih pet godina o upotrebi biljnih materijala kao inhibitora korozije za varijante čelika: ugljenični čelik, meki čelik, nerđajuc'i čelik. Razjašnjava značenje zelenih inhibitora i njihove vrste. Takođe, predstavlja metode koje se koriste da bi se utvrdila efikasnost inhibicije navedenih biljaka/delova biljke i parametri koji se razmatraju u analizama inhibicije korozije. Glavne praznine ili ograničenja identifikovana u prijavljenim nalazima istraživanja uključuju eksperimentisanje na konstantnim temperaturama i kratkim periodima potapanja za legure. Zbog činjenice da bi, ako bi se ovi ekstrakti koristili za industrijsku upotrebu, bili izloženi opasnijim uslovima, kao što su više temperature, pritisci, itd., ovaj rad predlaže da se njihova istraživanja kao potencijalni inhibitori u laboratoriji/pilot skala se izvodi na višim temperaturama i dužim vremenima potapanja što kao takvo može pružiti sveobuhvatnije znanje o ekološkim/klimatskim zahtevima za njihovu primenu. Takođe, predlažu se dodatne strategije poboljšanja. Spisak izvoda, međutim, nije konačan.
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O članku

jezik rada: engleski
vrsta rada: naučni članak
DOI: 10.5937/zasmat2202183E
primljen: 19.01.2022.
prihvaćen: 10.02.2022.
objavljen u SCIndeksu: 18.06.2022.
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