This NEW Discovery Will Make Us Forget About Water Desalination!

Water

is truly a precious commodity and

water

scarcity is reaching critical levels in many parts of the world. Over 1 billion people now have no access to clean

water

. Global

water

demand is expected to increase dramatically in the coming years due to population growth, energy shortages and pollution problems, however, a new breakthrough has been made that

will

greatly improve the quality and availability of drinking

water

. Have a drink and relax as we show you

this

innovative

discovery

that eliminates the need for

water

desalination

by removing dissolved mineral salts in

water

, a method that has been used for hundreds of years and has also attracted significant investment over the past decade but as many of us know, it's not all that reliable and also poses a threat to us Environment Although the earth is made up of

water

, many countries around the world seem to suffer from

water

scarcity ge every year without

water

is death both in both plants and animals inevitably tons of our daily activities use

water

as our main resource farmers need

water

to grow plants animals and people need

water

to drink imagine a world without

water

would be in a desolate place currently the amount is increasing clean

water

in the world and the cause is that increase in population growth.

Current figures show that 1.1 billion people do not have access to

water

, while 2.7 billion people do not have access to

water

for at least one month a year by 2025, two-thirds of the world's population

will

be affected by

water

shortages with these threatening issues safer and faster Ways to get

water

from the air are undeniably useful Agricultural practices consume 70 to 80 percent of available

water

supplies as does leakage and mismanagement of

water

resources, but it's estimated that the Earth's atmosphere holds 12,900 cubic kilometers at any given time An insane amount of

water

, which is three times as much as people consume annually.

Atmospheric

water

generation technology began with the goal of extracting

water

from the air, the amount of

water

vapor held in the air after rainfall when the temperature rises, evaporation occurs and

water

returns to the vapor of the air. Humidity is measured as vapor pressure or specific humidity. The relative amount of vapor mass to air mass is called specific humidity.

Water

vapor is squeezed into clouds, which in turn release rain. At

this

point, temperatures play a crucial role in the

water

cycle. At zero degrees Celsius there is little or no

water

in the air, but as the temperature rises more

water

can be held in the air, as

water

is stored in the air it reaches a point it can no longer hold, and

water

begins to drip onto the earth's crust

this

is known as the dew point the peak at which the atmosphere is saturated with

water

exploiting

this

phenomenon the extraction of

water

from the air has been simplified the idea of extracting

water

from the air appears in

this

Century to be a new concept, however it was For a long time, the Incas, for example, practiced their cities above the rain line by collecting dew and channeling it into cisterns for providence in the 1900s.

Likewise, Russian engineer Frederic Zeibold, both inspired by ancient cairns around the desolate city of Theodosia, theorized that these cairns were ancient

water

from air condensers, each cairn covering 9,700 feet and connected with remains of terracotta pipes leading to Fountains and fountains led Zeibold to stress that in the past there must have been some way of collecting

water

this

inspired him to build a modern apparatus to prove his hypotheses, in 1912 its construction was completed and it was claimed to be producing about 800 gallons (360 liters) of

water

per day, although with no official record, it was reported in 1915 that the base developed a leak that halted

discovery

, and the site was demolished in 1933.

However, the site was rediscovered and renovated, but yielded less

water

than previously stated, prompting scientists to

make

better and more result-oriented discoveries and leading to the establishment of the Atmospheric

Water

Generators. Still not excited about AWG. Wait until you hear about the various AWG technologies that have been developed before. Don't

forget

to like and subscribe for more content. Getting back to the video Atmospheric

water

generators are technological devices that operate to effectively condense

water

vapor from moist air through various processes. Different processes are used by different technologies, but central to all of them is condensation for cooling condensed

water

and collecting liquid

water

Most systems work just like air conditioners, while some others don't have the AWG M One made by a Washington-based company Tsunami Products that uses a forced condenser system and works similar to the air conditioner and refrigerator. First, it captures the wettest air using condensing coils where

water

vapor is cooled well enough until it is cooled until it reaches the dew point, air and moisture then flow through a special chamber where extraction and condensation take place. The

water

vapor is condensed into

water

droplets which are then collected in a storage tank and after passing through a series of filters the Tsunami products are ready to drink day

will

produce.

A major disadvantage of

this

technology is that it consumes a lot of electricity. The Tsunami 500 and Tsunami 750 AWG use an average of 7.5 to 11 kilowatts per hour,

this

means a lot of expense to power the generator when running on a clean energy source like the solar panel power array but the Co. paired is st can be made more reasonable also these products are not cheap they cost a lot of money these devices cost around thirty thousand to two hundred thousand dollars depending on capacity another popular

water

-from-air invention that is growing fast is the use of fog nets like fish fished with fishing nets fog nets catch

water

fog nets have been in use for a long time these are nets that are hung on poles above the ground the nets made of polyethylene fiber fabric catch

water

from running

water

steam fog nets have the disadvantage of being limited Produce quantities of

water

and viable only in foggy weather and in foggy areas s ind.

This

explains why, unlike other technological AWGs,

this

invention is mainly limited to mountainous areas. Recently, researchers at the University of Akron Ohio were rewarded with breakthrough technology leading to a more efficient

water

storage system. Nets made from electrospun polymers have become tangled around parts of the expanded material Graphite allows for more

water

accumulation on the net surface and

will

achieve a productivity of 180 liters of

water

per square meter per day. They don't need electricity to run, but dr strom increases the amount they collect an additional increase in the ability to condense

will

mean that

this

technology

will

also work in areas where the humidity level is only four percent eth zurich researchers are said to be able to air generator that goes about its daily activities passively

This

machine consists of a combination of special polymer and silver layers that allow the glass to displace the condensation of

water

from the air 15 degrees Celsius below the humid temperature while

this

occurs,

water

condenses and moisture is trapped under the cone in a short time.

make

water

collection easier and faster, a special hydrophobic coating has been developed under the glass to help

water

bead formation, as the presence of the radiation shield does not absorb energy throughout process needed because it works great even during the day Sponge has emerged as a new and rapidly growing technology option for extracting

water

from the air. It is a group of hydrogel and gel-polymer hybrid materials that contain repeating elements that repeat temperatures, absorb large amounts of

water

but release it when heated, and are used in diapers, bandages and contact lenses From

this

it can be deduced that like the fog nets they do not require electricity to work, only solar radiation is required, if

this

material is used the machine

will

be able to suck

water

from the air and keep it safe whenever

water

from which the gel has to be extracted The gel is heated in phases.

A postdoc has developed a completely passive system where you just leave the hydrogel out and it collects

water

. The collected

water

remains stored in the hydrogel until you expose it to the sunlight after about five minutes under natural sunlight the

water

is released from the test of

this

innovative technology 50 liters of

water

were extracted per kilo of the hydrogel these technical advances

will

help combat the impending drought on earth, while these inventions may not be enough for all of the world's population, they

will

solve the problem of

water

shortages in every household by at least 60 percent the future of drinking

water

is almost here and

desalination

may soon be a thing of the past it's science at its finest and a technological breakthrough that has the potential to dramatically change the planet in ways we can only begin to imagine is something to be excited about