Breadcrumbs Section. Click here to navigate to respective pages.
Chapter
![pero xide is approximately 97-99%. Figure 5. Variations of COD in the paper processing wastewater. Experimental condition: the rate of aeration is 31/min. Hydrogen peroxide oxidation : [H20 2] = 10,000 mg/l. Fenton oxidation : [H20 2] = 10,000 mg/l, [Fe2+] = 2,000 mg/l. Figure 6. Variations of pH in the paper processing wastewater .](https://images.tandf.co.uk/common/jackets/crclarge/978156676/9781566766623.jpg "pero xide is approximately 97-99%. Figure 5. Variations of COD in the paper processing wastewater. Experimental condition: the rate of aeration is 31/min. Hydrogen peroxide oxidation : [H20 2] = 10,000 mg/l. Fenton oxidation : [H20 2] = 10,000 mg/l, [Fe2+] = 2,000 mg/l. Figure 6. Variations of pH in the paper processing wastewater .")
Chapter
pero xide is approximately 97-99%. Figure 5. Variations of COD in the paper processing wastewater. Experimental condition: the rate of aeration is 31/min. Hydrogen peroxide oxidation : [H20 2] = 10,000 mg/l. Fenton oxidation : [H20 2] = 10,000 mg/l, [Fe2+] = 2,000 mg/l. Figure 6. Variations of pH in the paper processing wastewater .
DOI link for pero xide is approximately 97-99%. Figure 5. Variations of COD in the paper processing wastewater. Experimental condition: the rate of aeration is 31/min. Hydrogen peroxide oxidation : [H20 2] = 10,000 mg/l. Fenton oxidation : [H20 2] = 10,000 mg/l, [Fe2+] = 2,000 mg/l. Figure 6. Variations of pH in the paper processing wastewater .
pero xide is approximately 97-99%. Figure 5. Variations of COD in the paper processing wastewater. Experimental condition: the rate of aeration is 31/min. Hydrogen peroxide oxidation : [H20 2] = 10,000 mg/l. Fenton oxidation : [H20 2] = 10,000 mg/l, [Fe2+] = 2,000 mg/l. Figure 6. Variations of pH in the paper processing wastewater .
Click here to navigate to parent product.
ABSTRACT
peroxide is approximately 97-99%.
