Desalination and Water Treatment
- ISSN:
- 1944-3986
1
h-index
4
Citations
10
Works
0.11
2-year mean citedness
Trust signals
1 of 3 signals presentIndependent positive signals — not a single “predatory/legitimate” verdict, but a converging picture.
- DOAJNo datadoaj.org
- OAK listNo dataOAK
- Valid ISSNPresentISSN
This is an information label, not an official ruling. A missing signal is not a penalty — a regional journal may simply not be in DOAJ.
Trends over time
Performance over time
Citation overview
Publications (bars) and citations (line) by year
- Publications
- Citations
Citation history
Publication history
h-index evolution
Cumulative h-index by year
Most-cited works
- Characterization and evaluation analysis of a crown ether as an effective sorbent for selective sorption of copper ions20231 citations
- Synthesis of novel Ag-doped ZnFe based-oxides nanocomposite for wastewater treatment, self-cleaning, and corrosion resistance20241 citations
- Enhanced Photocatalytic Performance of Cr/Ni/Mg/Al Layered Double Hydroxides against Methyl Orange in Aqueous Solution20241 citations
- Unlocking the power of enzymes: Comparative molecular docking analysis of Escherichia coli enzymes for disperse dye degradation and toxicity mitigation20251 citations
- Expanded polystyrene (EPS) waste upcycling and efficient oil/water emulsion separation with advanced EPS-cotton membranes20240 citations
- Cationite synthesis using anthracene extracted from pyrolysis resin by-products: A sustainable approach for production of efficient metal adsorbent20240 citations
- Sustainable transformation of cotton stalk waste as a biochar-based copper-silicon composite for chromium (VI) detoxification20250 citations
- Tailoring CuO-Fe₂O₃ nanocomposites via mechanochemical synthesis and calcination for efficient photocatalytic fluorescein removal20250 citations
- Corrigendum to “Unlocking the power of enzymes: Comparative molecular docking analysis of Escherichia coli enzymes for disperse dye degradation and toxicity mitigation” [Desalin Water Treat 324 (2025) 101429]20250 citations
- Cu-N-TiO₂/g-C3N4 photocathode-driven sediment microbial fuel cells for azithromycin degradation and enhanced bioelectricity generation20250 citations