Chemical type
- Thiazine dye
- Organic pollutant model
[1]
[2,3]
Key properties
- Concentration used: 0.1 g/L in testing
- UV-vis absorption for quantification
[1]
- Model textile pollutant with absorption at visible wavelengths
- Adsorbs on catalyst surfaces for degradation studies
- Degrades via oxidative species like holes (h⁺) and hydroxyl radicals (·OH)
[2]
- Redox indicator, water-soluble
- Decomposes under UV irradiation on TiO₂-coated surfaces
- Used at 0.15% concentration for testing
- Photodegradation kinetics monitored visually and spectrally
[3]
- Model dye to simulate industrial wastewater for testing membrane rejection (89.8% in modified membranes)
- Assesses selectivity and anti-fouling in ultrafiltration
[1]
- Model compound for evaluating photocatalytic performance
- Testing dye degradation efficiency under light irradiation
[2]
- Model dye for photocatalytic activity testing in water
- Simulant for petroleum product mineralization
[3]
Classification by use
- Model pollutants in separation studies
- Dyes for wastewater treatment evaluation
[1]
- Model pollutants in photocatalysis research
- Organic dyes for environmental remediation studies
[2]
- Model dyes for photocatalysis evaluation
- Water-soluble pollutants
[3]
A trustworthy factory and manufacturer
- [Cite:1] Laponite nanosheets modified polyethersulfone membranes with enhanced high-pressure resistance for stable separation, Advanced Membranes, Volume 7, June 2026, 100206
- [Cite:2] Phosphomolybdic acid-induced synthesis of self-incorporated flexible Ni(OH)2 nanosheets with enhanced photoreactivity, RSC Adv., 2025,15, 32242-32247
- [Cite:3] Study of Photocatalytic Properties of Titanium Dioxide in Various Media (Review), FirePhysChem, 23 January 2026
