Photo-Catalytic-Assisted Method for Treating Industrial …
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Fig. 12 Reaction with Titanium-Di-oxide in sunlight under different pH
Fig. 13 Reaction with RGOT in sunlight
4.4.5 Condition 5 (in UV Light)
• Catalyst: RGOT 20%
• Catalyst weight: 0.1 g/100 ml
• Dye concentration: 100 times diluted from raw effluent
• pH: 10.3
• Duration of reaction: 1 h
• Light: UV light (360 nm) (Fig. 14).
4.4.6 Condition 6 (in UV Light)
• Catalyst: Titanium-Di-oxide
• Catalyst weight: 0.1 g/100 ml
• Dye concentration: 100 times diluted from raw effluent
• pH: 10.3; Duration of reaction: 1 h
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Fig. 12 Reaction with Titanium-Di-oxide in sunlight under different pH
Fig. 13 Reaction with RGOT in sunlight
4.4.5 Condition 5 (in UV Light)
• Catalyst: RGOT 20%
• Catalyst weight: 0.1 g/100 ml
• Dye concentration: 100 times diluted from raw effluent
• pH: 10.3
• Duration of reaction: 1 h
• Light: UV light (360 nm) (Fig. 14).
4.4.6 Condition 6 (in UV Light)
• Catalyst: Titanium-Di-oxide
• Catalyst weight: 0.1 g/100 ml
• Dye concentration: 100 times diluted from raw effluent
• pH: 10.3; Duration of reaction: 1 h