Safe water means water that will not harm you if you come in contact with it. The most common use of this term applies to drinking water, but it could also apply to water for swimming or other uses, as H 2 O, but another way to consider the formula is HOH, where a positively charged hydrogen ion H + is bonded to a negatively charged hydroxide ion OH – . This means water has properties of both an acid and a base, where the properties essentially cancel each other out.
H+ + (OH)- = HOH = H2O = water
Safe water is the water which is the USEFUL WATER for any applications. Water should not contain arsenic, high fluorine , mercury & lead. There are a variety of trace elements present in virtually all potable water, some of which play a role in metabolism.
Yes, Safe water is the one as useful water provided if they do not have toxic elements like arsenic, lead, mercury and non dissolvable pollutions.
Free from Toxic pollutions and non dissolvable metal salts.
if the water is drinkable or having soft in nature i.e., less than 7 microns & pH less than 8.
Safe water is the water which is even drinkable under 400 TDS, Also its pH less of 8. Rest of Water will be Hard. Hard water which does not give lather on soap solution. But soft make more soap lather once you mix.
Of course, Salts are the minerals for some of our applications. Safe water should have calcium, magnesium for human. The quantity of minerals is suppose to be minimum under 6 microns.
Yes, Safe water contains chloride even small magnesium in 5 micron in that particle size it is USEFUL
Earlier The water is not Drinkable and useful to most of the applications .But its hardness is high makes plenty of softener needed to make more safe on applications to remove scales, pollutions, algae, bacteria.. after IWC its completely changed to soft.
Any water by reducing its Hardness it can be changed to Safe water.
We can use safe water only by converting it in to USEFUL water without removing necessary minerals from its strength redacting the particle size to become soft water.
Where ever the safe water available in the form of soft water with lesser micron under 5, can be usable as safe water/
The definition of a scale is an outer protective layer made up of flat, rigid, overlapping plates, in Water usage area its stated as Undissolved metallic salts embedded in inner surface of the water application area or line. May have very thick not removable by normal solvents.
From the outflow of water, by cut section of pipeline, or efficiency of flow rate reduction at end location or pollutions coming out from the line.
scales form in layers as calcite form or as Aragonite form which is the influences of salts majorly like calcium carbonate, magnesium.etc.,
Since, the adhesive nature of salts, metal, mineral properties to stick at surface as layer over layer to bond un removal by normal solvents.
Its occurring in pumps also in Agriculture lands, boilers, cooling plants..anywhere where the un dissolvable salts acts with adhesive in its properties.
on Any surfaces where the hardness of water particles are beyond 5microns sticks over bonding as adhesive with calcite form
Depends on application location from the water it may be grey, yellow or brownie
Spoils the life of the product, reduces efficiency of application area, lose of energy and huge expense to gadget maintenances… Many more…
Less productive at product, loss of energy, not efficiently workable, high cost.
Yes, it is harmful.
Reduces productivity efficiency of the products and its application result.
Scale may harm even to level of break downs of products increase, reduction in flow, energy lose.etc.,
Give solution of scales should remove permanently from surfaces by involving instant cleared by IWC or by RO with solvents. Preferably the equipment which wishes to give multiples of solutions.