Nanofiltration in Transforming Surface Water into Healthy Water: Comparison with Reverse Osmosis

Нанофильтрация при превращении поверхностной воды в полезную для здоровья воду: сравнение с обратным осмосом
L. D. Naidu, Subbarayan Saravanan, M. Chidambaram, Mukesh Goel, Ashutosh Das, J. Sarat Chandra Babu
2015-01-01

nanofiltrationreverse osmosissurface water treatmenttotal dissolved solidswater flux
The natural surface water, especially available through rivers, is the main source of healthy water for the living beings throughout the world from ancient days as it consists of all essential minerals. With the advent of industrialization, gradually even the most prominent rivers have been polluted in all parts of the world. Although there are lots of technologies, nanofiltration (NF) has been chosen to transform river water into healthy water due to its unique advantages of retaining optimum TDS (with essential minerals required for human body), consuming of lower energy, and no usage of any chemicals. The prominent parameters of surface water and macro/microminerals of treated water have been analyzed. It is shown that NF is better in producing healthy water with high flux by consuming low energy.
1
Compared with reverse osmosis, nanofiltration retains optimal total dissolved solids and essential minerals needed by the human body.
2
Nanofiltration achieves high water flux while consuming less energy than reverse osmosis.
3
Nanofiltration is presented as a treatment method for converting polluted river water into healthier drinking water.
4
The process requires no chemical usage, providing an operational advantage for surface-water treatment.
5
The study analyzes surface-water quality parameters and macro- and microminerals in the treated water.

river surface water treated by nanofiltration and reverse osmosis

comparison of nanofiltration and reverse osmosis in producing healthy water, focusing on mineral retention, permeate flux, and energy consumption

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Publication Date
2015-01-01
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Authors
L. D. Naidu
Subbarayan Saravanan
M. Chidambaram
Mukesh Goel
Ashutosh Das
J. Sarat Chandra Babu
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