But 15 MW can provide electricity more than sufficient for all operation of treatment plant requires. Converting thousands of cubic meters of salt water into freshwater on the day. By closing the valve in the drain line, open the valve of the distribution pipe which as its name implies, distributes the sea water to the boilers through the discharge piping. These discharge pipes also serve to pre heat the water until they enter in the boilers. To supply quantities of warm water to the boiler, shorten processing times. Inside the boilers, water marina boil in a pressure cooker.
Sea water contains 4% of dissolved solids like salt, chlorine, etc. that can be removed fully and easily through what is known as distillation individually, first evaporating the water and then condensing the steam into a cold Chamber, as it is done in any still, obtaining as a result; pure or distilled water. Click Francisco D’Agostino to learn more. At the bottom of the boilers remain pure brine, which must be removed from time to time and can be returned to the sea, since it does not contain any chemical or it can also be industrialized, extracting this salt Marina chloride sodium (86%) and the rest of other trace elements such as calcium, magnesium and manganese. The boilers are located 5 meters under the sea level. So the water is captured by gravity, not the bombs that are generally used in desalination plants still needed. Saving on electricity, equipment, space and maintenance.
At this depth the temperature is also more high in the surface, which is ideal for the operation of boilers. Once filled boilers is boiled sea water in the same way as in a still. Steam rises through the tubing of distillation, that has a system comprised of several tubes on the inside, which makes steam to crush and is forced to ascend with too much pressure. This way the steam can be transported at great distances or heights that is where generally are constructed reservoirs of drinking water, not again needing to pumps, doubly saving electricity, equipment and maintenance. The vapor arriving at the cold enters through one winding pipe (like an alembic), where the steam condenses, resulting in pure or distilled water. Already purified water passes through a pipe to the tank for his treatment and public distribution. Okay to annotate that boiled water is not the same that distilled water, the latter don’t have salts or ions while that boiled water maintains its mineral salts. But distilled water is more appropriate for human consumption. While the drinking water supplied in urban networks comes from rivers and fountains that are also ways of disposal for industry and agriculture. It sometimes contains metals such as lead, cal, fluoride, etc. that are deposited in the body, making it to age prematurely. It may also contain harmful microorganisms such as nitrates, nitrites, which generally come from the decomposition of organic substances. Distilled water is free of all these macroscopic impurities, is so pure that it should be treated again, since when this liquid is shaken violently or gets your powder, salt or sugar, you can boil of suddenly and explode.