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How this seawater desalination technology will change the world

Aug 23, 2022

How this seawater desalination technology will change the world

water without it the life of a plant, an animal or a person is inconceivable ironically despite the enormous volumes of water on the planet access to fresh water is increasingly difficult every year in part

desalination

plants are designed to solve

this

problem but existing plants pollute nature and consume too much electricity and only recently a new

seawater

desalination

technology

emerged that can

change

the

world

thanks according to experts the volume of renewable freshwater is estimated at 40,000 cubic kilometers or 16 billion standard pools of

this

volume humanity takes only 10 percent and consumes only five percent of the water Where do the problems with drinking water come from?
how this seawater desalination technology will change the world
So it's all about the uneven distribution of

this

life-giving moisture, especially in the Latin American region almost 30 percent of the

world

's reserves are concentrated and in Asia, where another 25 percent is in Africa and the South of Asia, where more than 3 billion people live, have access to d Drinking water is seriously hampered by the lack of infrastructure for the extraction and distribution of such a valuable resource, but worst of all are the countries of the peninsula where there are huge oil deposits but there is practically no fresh water, so it is not surprising that it is there where the largest

seawater

desalination

plants in the

world

are concentrated, in Kuwait more than 254 million cubic meters are desalinated of water annually, more than 889 gigawatt hours are spent on

this

, which makes

this

resource quite expensive in the country and the region.
how this seawater desalination technology will change the world
The absence of large rivers and lakes exacerbates the problem with drinking water if it were not Because of oil revenue, it is unlikely that Kuwait would have been able to provide its entire population with a much-needed resource. Israel is another example. One of the largest

desalination

plants, Sorac, is located 15 kilometers from Tel Aviv using reverse osmosis

technology

, the unit collects

seawater

and passes it under pressure through a semi-permeable membrane making it suitable for daily use zurich's capacity is 624,000 cubic meters of water per day however there are plans to build a second soric 2 unit With a capacity of 548,000 cubic meters per day a larger

desalination

plant is being built in the United Arab Emirates located near the city of Umal Kawain The plant

will

surpass its Israeli rival in reverse osmosis

technology

with a capacity of 682,000 cubic meters of water per day work is expected to begin in the fall of 2022 The nearly 800 million dollar project is being built noise by the gajuba group, the Chinese international engineering company, however, Saudi Arabia has the most problems with water, as it has a large territory with many deserts, a scorching sun, and a small number of rivers and reservoirs, the country is doomed to carefully build its strategy of supplying water to the population and the economy, fortunately with its money and scientists, Saudi Arabia has been able to implement various plans to address

this

problem and scam. the construction of the innovative city of neom should be the apogee of the whole strategy the news of the creation of a fundamentally new neon city was announced by prince mohammed bin salman in 2017. the city called new future should become the first of the

world

in terms of the introduction of Innovative Technologies in all sectors energy education manufacturing Sports food and of course water the territory of the city complex

will

be an area of ​​26 500 square kilometers in the northwest of the country bordering Egypt Jordan and the Sea red two thirds of the allocated land

will

not be developed

this

is done so that nature is only a five minute drive from the metropolis the prince also promised that the neon

will

be independent of the existing state system and the energy

will

be fully renewable currently work is underway active on the planning of the initial construction of the city and the attraction of specialists, the estimated cost of the project is 500 billion dollars which has already been allocated by the go government the first part of the work is planned to be completed in 2025 and by 2030 the prince hopes that it

will

already be home to 1 million people without However, there is still a problem with access to drinking water Saudi Arabia is home to four of the 10 largest

desalination

plants with capacities ranging from 600,000 to 1 million cubic meters of water that meet fifty percent of the population's needs.
how this seawater desalination technology will change the world
The plants mainly use classical distillation technologies the conversion of water and slurry which is then condensed back into pure water the disadvantage of such technologies is the high demand for electricity therefore the largest facility of the company requires 2400 megawatts of installed capacity which is equal to two blocks of a nuclear power plant there is also an environmental problem for every Clean Water leader there are 1, 5 liters of brine a liquid contaminated with a high concentration of salts and minerals if we do not carry out the disposal process then

this

concentrate is capable of poisoning rivers, lakes and even seas destroying all living beings, but not in vain, neum has set itself the goal of using innovative technologies in all sectors.

change

the Arabian Peninsula and then the

world

the

technology

that is proposed to be used in neom like everything ingenious is quite simple and ingenious Engineers proposed to build huge spherical structures where sea water would be supplied solar concentrators placed around the sphere

will

capture the rays of the sun and direct them into the Dome by heating it, the hot Dome

will

vaporize the water which

will

then be extracted and condensed into a usable resource, in

this

case, the remaining salt concentrate

will

be extracted and processed to obtain useful substances such as lithium, the Prototype of such The installation is the Sun solar complex in Uzbekistan launched in 1987 the solar furnace was able to raise the temperature in the Tower process to 3000 degrees Celsius in just a few seconds at the same time the operation of the tower is completely harmless to nature and the level of temperature can be easily

change

d by diverting part of the mirror concentrates to the side without e However the project itself is entirely research and does not provide commercial benefits by creatively refining

this

idea Saudi Arabia was able to find more beneficial applications for the city of neom

this

technology

is of importance to Paramount by providing the population with clean drinking water free of harmful emissions neomes the water solution company goes further units provide an opportunity to obtain environmentally friendly hydrogen much needed for industry and oil refining a variety of salts and minerals from the brine

will

be used to create a mixture of nutrients to be used in hydroponics an example of such high tech farms of the future are already being implemented in full force in Sing Apore if the neon project is successful we

will

have a chance to slightly

change

the global drinking water problem for the better hopefully and let's hope.
how this seawater desalination technology will change the world
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