| Title | Natural calcium phosphates from circular economy as adsorbent phases for the remediation of textile industry waste-waters |
|---|---|
| ID_Doc | 3324 |
| Authors | Falini, G; Basile, ML; Gandolfi, S; Carella, F; Guarini, G; Degli Esposti, L; Iafisco, M; Adamiano, A |
| Title | Natural calcium phosphates from circular economy as adsorbent phases for the remediation of textile industry waste-waters |
| Year | 2023 |
| Published | Ceramics International, 49, 1 |
| Abstract | Adsorption is one of the most important techniques for the remediation of textile industry wastewaters containing high concentrations of toxic dyes. Calcium phosphates (CaPs) have been advocated among the most promising adsorbent phases in virtue of their high dye adsorption potential, low production cost, and possible recovery from circular economy sources. In this paper, we investigated the application of synthetic CaPs (CaP-S) and two CaPs extracted from food by-products, namely from bone meal (CaP-BM) and fish bones (CaP-FM) for the removal of a model dye, copper phthalocyanine tri-sulfonic acid, also known as acid blue 185 (AB-185). All the materials were characterized from the physical-chemical point of view and used for the study of adsorption kinetic and isothermal adsorption of AB-185 at neutral, acidic and basic pH values. The best adsorption capacity was obtained for CaP-S, followed by CaP-BM and CaP-FM. Nonetheless, results showed that all the materials can be employed for removing AB-185 from wastewaters of textile industry, and we correlated dye removal efficiency to the adsorbent phase specific surface area (SSA) and.-potential, as well as to dye concentration and pH of wastewaters. Finally, as the process used to produce the studied CaPs affects their main final physical-chemical parameters and performance in terms of dyes removal, it is important to consider the variables of CaPs production process (e. g., temperature, time of treatment, grinding etc.), especially when CaPs are recovered from circular economy sources by thermal treatments of food-byproducts. |
| https://doi.org/10.1016/j.ceramint.2022.08.337 |
Similar Articles
| ID | Score | Article |
|---|---|---|
27805
|
de Assis, RB; Baptisttella, AMS; de Araujo, CMB; Fraga, TJM; de Paiva, TMN; de Abreu, CAM; Sobrinho, MAD Removal of textile dyes by benefited marine shells wastes: From circular economy to multi-phenomenological modeling(2021) | |
| 14870
|
Chouaybi, I; Moujahid, E; Bettach, M From waste to clean water: Effective removal of Acid Red 97 dye using green synthesized hydrocalumite from phosphogypsum and aluminum foils(2023) | |
| 28635
|
Kar, S; Santra, B; Kumar, S; Ghosh, S; Majumdar, S Sustainable conversion of textile industry cotton waste into P-dopped biochar for removal of dyes from textile effluent and valorisation of spent biochar into soil conditioner towards circular economy(2022) | |
| 5988
|
Taqui, SN; Syed, UT; Mir, RA; Syed, AA; Ukkund, SJ; Deepakumari, HN; Al-Mansour, AI; Alam, S; Berwal, P; Majdi, HS A practical approach to demonstrate the circular economy in remediation of textile dyes using nutraceutical industrial spent(2024)Rsc Advances, 14, 36 | |
| 12257
|
Oliveira, RVM; Maia, HB; Costa, JAS; Romao, LPC Chitosan-based magnetic bioadsorbent beads from eucalyptus sawdust waste for the Direct Violet-51 dye remediation: Eco-friendly strategy and statistical optimization(2024) | |
| 12350
|
Gubitosa, J; Rizzi, V; Fini, P; Nuzzo, S; Cosma, P Kiwi peel waste as a recyclable adsorbent to remove textile dyes from water: Direct Blue 78 removal and recovery(2024)Physical Chemistry Chemical Physics, 26.0, 13 | |
| 28326
|
Hossain, MA; Sultana, R; Moktadir, MA; Hossain, MA A novel bio-adsorbent development from tannery solid waste derived biodegradable keratin for the removal of hazardous chromium: A cleaner and circular economy approach(2023) | |
| 10252
|
Parmakoglu, EU; Cay, A; Yanik, J Valorization of Solid Wastes from Textile Industry as an Adsorbent Through Activated Carbon Production(2023)Aatcc Journal Of Research, 10, 3 | |
| 24994
|
Kothari, MS; Hassan, AA; Tegenaw, A; Sahle-Demessie, E; El-Dieb, A; El-Hassan, H; Al-Anazi, A Sustainable synthesis of carbide slag waste derived hydroxyapatite and its application for cationic dye adsorption(2024) | |
| 24317
|
Jorge, AMS; Athira, KK; Alves, MB; Gardas, RL; Pereira, JFB Textile dyes effluents: A current scenario and the use of aqueous biphasic systems for the recovery of dyes(2023) |