Purity Water Production Technique with Multi Power Resources

Secure drinkable water is decisive and fundamental in order to increase the welfare of current generations and beyond. A new design study represents, small, and portable system for production high-purified drinking water depends on several sources of electric power with nanotechnology principles by...

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Veröffentlicht in:IOP conference series. Materials Science and Engineering 2020-11, Vol.928 (2), p.22093
Hauptverfasser: Jawad, Raid Salih, Khalid, Waleed, AbdulJabbar, Safaa Nayyef
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creator Jawad, Raid Salih
Khalid, Waleed
AbdulJabbar, Safaa Nayyef
description Secure drinkable water is decisive and fundamental in order to increase the welfare of current generations and beyond. A new design study represents, small, and portable system for production high-purified drinking water depends on several sources of electric power with nanotechnology principles by using nano-membranes. This system can purify the water from rivers, lakes and marshes wells, as well as any tap water, with the lowest level of water source, this system can work by depending on both AC, and DC power. Tests carried out on the filtered water samples showed that the well water hardness before filtering was 2783.2 mg/L and decreased to 431.2 mg/L, and the pH ratio increased slightly from 7.1-7.3 and this elevation was considered ineffective. TSS decreased from 15 to 11 mg / l, also TDS, Mg+2, and Na+2 were all reduced as follows (4420-290), (414.03-21.46), (120-32) respectively, and for tap water TSS, Hardness, TDS, Mg+2, Na+2, and pH were all reduced as follows (6-4), (421-98), (430-127), (52.33-16.04), (27-6), (7 -7.1). These data where compared to the World Health Organization (WHO), which showed the efficiency of the system in obtaining water within the natural specifications necessary for human use.
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subjects Alternating current
Drinking water
Lakes
Nano-membranes
Nanotechnology
tap water
Water hardness
Water purification
Water sampling
water treatment
title Purity Water Production Technique with Multi Power Resources
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