Environmental Science
8 years ago

Revolutionary Process Removes 80% of Oil Content from Wastewater!

Environment and Natural Resources Research
COD Removal of Edible Oil Content in Wastewater by Advanced Oxidation Process
Aola Hussein Flamarz Tahir, Nagam Obeid Kariem, Shatha Abduljabbar Ibrahim

Paper Summary

Related papers

Theme background image
Social Sciences
a year ago

Healthy Habits in Schools Unlock Students' Full Potential

Education Trends
Digital Storytelling
Citizenship Education
3 views
Theme background image
Arts and Humanities
5 years ago

Diplomatic Discourse Reveals Intricate Temporal Dynamics, Shaping Global Negotiations

Language Discourse
Discourse Analysis
Lexicography
4 views
Theme background image
Arts and Humanities
7 years ago

Emotionally powerful music performances by the Susquehanna Chorale can deeply move and engage audiences of all ages.

Musical Theatre
Inclusive Education
Music's Impact
14 views

The researchers tested different methods to remove oily compounds from wastewater, focusing on reducing COD levels. They found that the Photo-Fenton process was the most effective, reducing COD by 80.59%. The optimal conditions for all processes were a pH of 3 and a temperature of 30°C for Photo-Fenton and UV/H2O2, and 20°C for Fenton. The best chemical reagents were H2O2 at 800 mg/l for Photo-Fenton, 1500 mg/l for Fenton, and 2000 mg/l for UV/H2O2, along with Fe2SO4·7H2O at 60 mg/l for Photo-Fenton and 100 mg/l for Fenton.