A guide to theory and practice of drinking water: PURE-H2O approaches

Year 2019, , 130 - 140, 30.09.2019

Neslihan Dogan-saglamtimur , Fehiman Ciner

https://doi.org/10.35208/ert.537341

Cited By: 1

Abstract

The quality of drinking water that
is essential for life is a powerful environmental determinant of health.
Engineering works in all fields have been constructed to distribute water from
places of abundance to places in need. All water sources contain suspended and
particulate inorganic/organic substances that must be dispelled during water
treatment process to yield pure water that is fit for drinking and any other
usage. Treatment procedures should be chosen in order to improve water
stability. Many treatment processes (sometimes called unit processes and unit
operations) are linked together to form a treatment plant in order to produce
water of the desired quality. Unit operations, which are physical and chemical
(aeration, adsorption, membrane processes, ion exchange, coagulation and
flocculation, chemical oxidation and water softening) and mechanical
(sedimentation and filtration) should be taken into consideration for producing
clean drinking water. Choosing the suitable treatment process is a critical step
in the procurement of safe, reliable, high quality drinking water at a
cost-effective price for green/sustainable engineering.

As a main part of the EU Project
titled as “Implementation of ECVET for Qualification Design in Drinking Water
Treatment Plants and Sanitation for Pure Drinkable Water-PUREH2O” that includes
environmental planning, training in the field of drinking water, sustainable
development, sound practices not only in the field of drinking water but also
affiliated treatment facilities, this study focuses on selection of the water
source, unit operations for drinking water and choosing water treatment
processes.

Keywords

Drinking water, environmental engineering, PURE-H2O project, sustainable development, unit operations

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