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 there are now over a billion people without access to clean

water

global demand for

water

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

vastly improve the quality and availability of drinking

water

. Take a drink and relax as we show you

this

groundbreaking

discovery

that

make

water

desalination

obsolete.

Desalination

is the process of producing drinking

water

by removing dissolved mineral salts from the

water

, it is a method that has been used for hundreds of years and has also attracted considerable investment over the last decade, but as many of us know, it is not it is so reliable and also poses a threat to our environment even though the earth is made of 70

water

it seems many countries around the world experience

water

scarcity every year in the absence of

water

death is inevitable in both plants and animals tons of our daily activities take

water

as the main resource farmers need

water

to grow crops plants animals and humans need

water

to drink imagine a world without

water

would be a desolate place today the amount of clean

water

in the world is dwindling and the cause is increased population growth current numbers demonstrate that 1.1 billion people lack access to

water

while 2.7 billion people lack

water

for at least one month of the year global wildlife projects that by 2025, two-thirds of the world's population

will

be affected and affected by

water

scarcity with these threatening problems safer and quicker means of extracting

water

from the air are undoubtedly desirable proc those agricultural consume 70 to 80 percent of available

water

supplies as well as leaks and mismanagement of

water

resources yet it is estimated that the earth's atmosphere contains 12,900 cubic kilometers at any given time

this

is an incredible amount of

water

that is three times the amount that humans consume annually atmospheric

water

generation technology started with the goal of extracting

water

from the air before discussing awg technology it is necessary to investigate the physical properties involved atmospheric humidity refers to the amount of

water

vapor trapped in the air after it rains when the temperature rises evaporation occurs and the

water

returns to the vapor in the air atmospheric humidity is measured as vapor pressure or specific humidity the relative magnitude of the mass of vapor at the air mass is called the specific humidity

water

the vapor is crushed to form clouds which in turn release rain.

this

point, temperatures play a crucial role in the

water

cycle. air as

water

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

water

begins to fall onto the earth's crust

this

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

water

exploitation from

this

phenomenon the extraction of

water

from the air has been simplified the idea of extracting

water

from the air seems a new concept in

this

century however it has been practiced for a long time, for example the Incas kept their cities above the rain line In collecting dew and directing it into cisterns for providence in the 1900s, similarly, Russian engineer Frederic Zeibold, both inspired by arcane ancient stone cairns around the desolate city of Theodosia theorized that these basins were old

water

from air condensers with each stone stack covering 9,700 feet and associated with remnants of terracotta pipes that produced fountains and wells. asked him to build a modern apparatus to test his hypotheses in 1912, its construction was completed and it was claimed to produce an estimated 360 liters of

water

per day, although without official records in 1915 the base was reported to have developed a leak which stopped the

discovery

and the site was demolished in 1933.

Better and results oriented discoveries and led to the establishment of the atmospheric

water

generators. I'm 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. to video Atmospheric

water

generators are technological devices that have been powered to effectively condense

water

vapor from humid air through various processes. Different technologies implement various processes, but the core of all of them includes condensation to cool, condense, and collect liquid

water

. Most systems work. just like air conditioners while some others don't have the awg m Manufactured by a Washington based company Tsunami Products which uses a force capacitor system and works similar to air conditioners and refrigerators.

First, it traps the most humid air with the use of condensing coils. At

this

location, the

water

vapor cools well enough to reach the dew point the air and moisture then pass through a special chamber where extraction and condensation take place the

water

vapor condenses into

water

droplets that Tsunami products are then collected in a storage tank and ready to drink after passing through a series of filters. The company claims the Tsunami 500

will

produce approximately 0.5 to 8 gallons per hour and 200 gallons per day. A major disadvantage of

this

technology is that it consumes a lot of power.

The Tsunami 500 and Tsunami 750 AWG consume an average of 7.5 to 11 kilowatts. per hour that

will

mean a lot of expense in an attempt to power the generator if combined with a clean power source like the solar panel power array, however the cost can be made more reasonable. Also, these products are not cheap, they cost a lot of money. These devices cost between thirty thousand and two hundred thousand dollars depending on their capacity. Another popular air-

water

invention that is growing rapidly is the use of mist nets. just like fish are caught with fishing nets,

water

will

be caught with mist nets, mist nets have been used for quite some time now they involve nets that are raised above ground level on poles, nets that are made of polyethylene fiber cloth capture

water

from passing

water

Vapor mist nets have the disadvantage of producing limited amounts of

water

and are only viable in foggy climates and areas.

This

explains why

this

invention is mainly limited to mountainous areas, unlike other technological AWGs. technology leading to a more efficient

water

storage system. graphite

this

allows greater collection of

water

on the surface of the network and

will

produce a productivity of 180 liters of

water

per square meter every day they do not require electricity to operate however dr wong is looking to develop a system that cools the fibers with the use of electricity, therefore increasing the amount of collection and further increasing the condensing capacities

will

mean

this

technology

will

work in areas whose humidity levels are as low as four percent, researchers from eth zurich claimed to have designed an air-powered

water

generator that passively carries out its daily activities.

This

machine is made from a combination of special polymer and layers of silver that allow the glass to force

water

condensation out of the air. The glass is encased and housed in a special cone-shaped radiation shield and causes the glass to cool. as much as 15 degrees Celsius below humid temperature, as

this

occurs,

water

condenses and moisture is trapped under the cone by a bit to

make

water

collection easier and faster. A special

water

repellent coating was developed under the glass to aid the formation of

water

beads in the presence of the radiation shield. No power is required in the whole process as it even works great during the day.

Finally, the super sponge has emerged as a new and rapidly growing technological option for extracting

water

from the air. It is a group of hybrid hydrogel and gel polymer materials that contain interlocking repeating elements. Super sponges are highly hydrophilic, which means that it is a good absorbent of cold

water

. At temperatures, it absorbs a large amount of

water

but expels

water

when heated. They are used in diapers, bandages, and contact lenses. It can be deduced that, like mosquito nets, they do not require electricity to function, all that is needed is solar contribution. With the use of

this

material, the machine you

will

be able to suck

water

out of the air and safely store it ready for extraction whenever there is a need to extract

water

from the gel t The gel

will

heat up according to the phase ow a postdoctoral researcher we have developed a completely passive system where all you need to do is leave the hydrogel outside and

will

collect

water

the collected

water

will

remain stored in the hydrogel until you expose it to 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 kilogram of hydrogel, these technical advances

will

help stop the drought that is coming, besieging the earth, although it is These inventions may not be enough for all of the world's population, however, they

will

solve the problems of

water

scarcity in all homes in at least 60 percent.

The future of drinking

water

is almost here, and

desalination

may soon be a thing of the past. It is science at its finest and a technological breakthrough that has the potential. changing the planet in dramatic ways that we can only begin to imagine is something to be excited about