We remove solid particles from the water by passing it through several filters of various sized stones/pebbles and sand.
We use osmotic filters to remove salts and chemicals from the water.
We treat the water with a chlorine or other substance to kill any potentially harmful bacteria that may be in the water or will grow in the water.
What they do is to force water through a huge series of very fine membranes.
It's essentially ultra-filtering
The older process was the same as distillation, which boiled the water to steam, and collecting the steam as it condensed. The 'yucky' from the water wouldn't turn into steam, obviously, and what you were left with was extremely pure water.
The reason they developed the membrane method was because it allowed more water to be processed at a time, the older process was rather slow.
The problem with the 'cleaned' water is now not that it's dirty, but that it's too clean.
All the salts, and minerals are removed from the water using this process and they need to be re-added if the water is to be used for drinking or plant-growing.
Waste water is treated by septic systems. Water runs from underground septic tanks inside which solids and oils separate from water.
The treatment itself is very simple the company simply filters the water clean. You can find out more about this process at the website en.wikipedia.org/wiki/Sewage_treatment -.
Drinking water helps treat a UTI or urinary tract infection.
by only drinking water
Drinking water and sweating it back out.
They don't treat it nicely at all. Infact they have no water and drink their own wee.
drinking water
Michigan Lake
to improve the taste,smell and qulity
septic tank
Eating, drinking, breathing and passing waste. (Nutrition, water, oxygen, and removal of waste products)
Water Conservation means to save fresh water. Use water sparingly. Water recycling, on the other hand means to treat and clean waste water. Recycled water, however, is not fit for drinking. Given below is a link to a great section on how to conserve water, by BewaterWise.com. Check it out.
Ultraviolet (UV) radiation is commonly used to treat waste water. UV radiation in the germicidal range (between 200-300 nanometers) is effective in destroying harmful microorganisms present in the water. This process helps to disinfect the waste water before it is released into the environment.
Because if any of the toxic waste seeps through into the ground it can get into the water table which connects to our drinking water