2014
DOI: 10.5937/savteh1402116m
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New eco-composites for biosorbents immobilization: Technological processes and tests

Abstract: Konvencionalne metode za prečišćavanje voda karakterišu brojni nedostaci poput nepotpunog uklanjanja metala, visoka cena reagenasa, visoke energetske potrebe, stvaranje toksičnog mulja ili drugih nus proizvoda koji zahtevaju pažljivo rukovanje. Ovi nedostaci su bili imperativ za istraživanje novih ekonomski isplativih, tehnički lako izvodljivih i efikasnijih tretmana otpadnih voda. Biosorpcija je značajna alternativa konvencionalnim sistemima za uklanjanje raznih organskih i neorganskih polutanata iz industrij… Show more

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“…UV‐Vis absorption spectroscopy was used to characterise the obtained chlorophyll a in acetone solution and as a neat film (Figure 4). Two absorption peaks at 430 and 662 nm were observed for the chlorophyll a in acetone solution, which is in agreement with the literature [72] . The absorption spectrum of the neat chlorophyll a film exhibits a red shift of the absorption onset, and a large broadening of the absorption peaks, compared to the solution spectrum, with the absorption peaks located at 443 and 679 nm.…”
Section: Resultssupporting
confidence: 90%
“…UV‐Vis absorption spectroscopy was used to characterise the obtained chlorophyll a in acetone solution and as a neat film (Figure 4). Two absorption peaks at 430 and 662 nm were observed for the chlorophyll a in acetone solution, which is in agreement with the literature [72] . The absorption spectrum of the neat chlorophyll a film exhibits a red shift of the absorption onset, and a large broadening of the absorption peaks, compared to the solution spectrum, with the absorption peaks located at 443 and 679 nm.…”
Section: Resultssupporting
confidence: 90%