Assessment of Water Quality and Power Consumption in Small Size Reverse Osmosis Water Treatment Units

Authors

  • Khan Md. Rabbani Rasha

  • Quazi Hamidul Bari

Keywords:

reverse osmosis, water quality, power consumption, removal efficiency, maintenance

Abstract

This study is based on comparative study of different water quality parameters such as pH turbidity electrical conductivity EC chloride total solids TS total dissolved solids TDS hardness color dissolved oxygen DO total coliform TC fecal coliform FC and total chlorine for both raw water and reverse osmosis treated water from four different locations Most of the water quality parameters tested for raw water was above the permissible limit according to World Health Organization WHO with the exception of turbidity and total chlorine All the contaminants had a removal efficiency more than 90 except hardness 57 71 and turbidity 22 50 for treated water The water quality index WQI shows that raw water from all four locations belongs to the poor water category and treated water belongs to the excellent water category The highest monthly cost for the electricity being monitored is 38 1 Tk 0 45 The maximum water production was noticed for the month of october at 1021 liters and the per cubic meter water production cost for RO water treatment system was at 27 Tk 0 32

How to Cite

Khan Md. Rabbani Rasha, & Quazi Hamidul Bari. (2021). Assessment of Water Quality and Power Consumption in Small Size Reverse Osmosis Water Treatment Units. Global Journals of Research in Engineering, 21(C1), 39–50. Retrieved from https://engineeringresearch.org/index.php/GJRE/article/view/2138

Assessment of Water Quality and Power Consumption in Small Size Reverse Osmosis Water Treatment Units

Published

2021-01-15