Surface Water Treatment Pilot using Micro Hydraulic Technology Combining Ozone and Activated Carbon

  • Phong NGO Faculty of Environment and Labour Safety, Ton Duc Thang University
  • Linh NGUYEN Green Energy Technology Research Group, Ton Duc Thang University
Keywords: water treatment, micro hydraulic, activated carbon filtration, oxidation tower, ozone

Abstract

The technological line proposed in the research process is a combination of Micro Hydraulic reaction technology combined with Ozone and activated carbon filtration. The processing line will be simulated by a test model with a capacity of 5 cubic meters per hour. Installation location at Nhi Thanh Water Supply Plant, Long An Province. The Pilot will operate in 9 different stages, in order to comprehensively evaluate the Pilot.
The results of water quality analysis after the operation showed that the DO index increased from 3ppm to 7ppm, the pH remained stable at 7, turbidity (NTU) after treatment is always very low and averages at 0.01 NTU, Permanganate index after treatment is lower than 2 mg/l, average iron content is 0.05 mg/l, average manganese content is lower than 0.2 mg/l. Most of the water quality indicators are within the allowable limits according to QCVN 01-1: 2018/BYT, National technical regulation on Domestic Water Quality. This result will be compared with the quality of clean water after treatment at the Nhi Thanh water supply plant. Thereby, we can see the advantages and disadvantages when comparing the two water treatment technologies.

Published
2023-01-30
How to Cite
NGO, P., & NGUYEN, L. (2023). Surface Water Treatment Pilot using Micro Hydraulic Technology Combining Ozone and Activated Carbon. Test, 1(2 (50), 115–120. https://doi.org/10.29227/IM-2022-02-14