As a child in science class, I always thought why don't we use Sea water & somehow transform it for our daily use and drinking ? Today, I came to know that this concept was there already. 😆 Wish I could open a Desalination plant one day.
Hope this comment finds the reporter in good health. The breathing of the reporter seems strained, hence the concern. Wion news is what all news outlets need to look up to. Huge respect to the entire team, keep up the good work. Wishing everyone at Wion news good health.
so they used oils engine to produce those electricity? clean the water but at cost of climate change, i bet that place will become hotter every year to come
Yup a lot of counties including India (somewhere in Chennai ) have them The main problem with them is that they require very high amount of energy to function so a country needs to be very energy self sufficient if they want to execute such programs at a huge scale
Nice. 👌 There are a few other methods of harvesting water out of thin air. Like chilled glass tubes clading high raised buildings or plain water harvesting plants.
You should not be happy about that. Right next door are India and China who are BOTH desperately low on water, you will be the absolute warzone when it comes
What Philippines only needs are only dams, irrgations and treatment plants all over the archipelago, since Philippines have lot of fresh water sources like rivers, lakes, streams, etc.. Desalination plant are way far more expensive
@@janemz2012 Water resources is not enough especially during summer/el nino in the big cities like Metro Manila and others.The water supply should be enough against to the consumers as it rising rapidly.Even water irrigation for ricelands is not enough due to not enough rains to fill the dams.For long run the govt.should look for other sources like desalination plant.Bottom lines here no rain no water at lakes,rivers and swamps or brooks.
Why cant the 'waste' water simply be piped out to the desert, way out where nothing is, and simply dump it in the sand? The actual water would be absorbed by the ground, the salt and minerals could then be recovered after it dries out. Simple stuff. The incentive? There should be a reasonable amount of gold floating around in that 'waste' product. Not to mention whatever else floats in the ocean. Do the homework.
Yeah I can see your point, I thought this too and I believe this would be okay will small amounts of brine, where the water would evaporate and salt would concentrate. However, with such vast quantities of brine it would eventually become groundwater and flow back to the ocean. Also, "gold floating around in that 'waste' product" gold is very dense and does not float even in brine. Haha, I know what you meant though.
Salty water goes into sea.....after that used water from cities should be cleaned and pumped back into sea....that can be helpful in not affecting the marine life.....we are just recycling...
One thing we need to do is move water from the ocean back inland to places we need it and if we can do that while generating clean energy we have a chance to mitigate climate change and still have a prosperous future. It is really, really hard but it is not impossible. The biggest idea I am trying to express is tunneling aqueducts from the coast, in this case the west coast of the USA inland to feed combination geothermal power and sea water desalination plants. The idea seems to be so big that no one has considered it possible but I believe it is not only possible but it is necessary. For over a century the fossil water contained in aquifers has been pumped out to feed agriculture, industry and municipal water needs. The natural water cycle cant refill fossil water deposits that were filled 10,000 years ago when the glaciers melted after the last ice age. Without refilling these aquifers there is not much of a future for the region of the United states. As a result ground levels in some areas of the San Joaquin Valley have subsided by more than 30 feet. Similar fossil water depletion is happening in other regions all around the world. TBM and tunneling technology has matured and further developments in the industry are poised to speed up the tunneling process and it's these tunnels that are the only way to move large volumes of water from the ocean inland. The water is moved inland to areas where it can be desalinated in geothermal plants producing clean water and power. In many cases the water will recharge surface reservoirs where it will be used first to make more hydro power before being released into rivers and canal systems. It's very important however to not stop tunneling at these first stops but to continue several legs until the water has traveled from the ocean under mountain ranges to interior states. Along the way water will flow down grade through tunnels and rise in geothermal loops to fill mountain top pumped hydro batteries several times before eventually recharging several major aquifers. What I am proposing is essentially reversing the flow of the Colorado River Compact. Bringing water from the coast of California first to mountaintop reservoirs then to the deserts of Nevada and Arizona and on to Utah, New Mexico, Colorado and Wyoming. This big idea looks past any individual city or states problems and looks at the whole and by using first principles identifies the actual problem and only solution. Thank you for your time, I would like the opportunity to explain in further detail and answer any questions. A better future is possible
@@ardhiconsults3780 There are many issues with my idea but I think one thing is important to take away from it and that is the production of clean energy and clean water need to be paired. Weather it is solar panels placed over reservoirs and canals the make electricity and prevent evaporation or it is the joining of geothermal power and desalination.
If the desal plants can produce salt from the brine it could be used for roadways in the winter which would eliminate the need to dump it back into the sea along with bringing in millions of gallons of treated water inland each year.
This kind of tech is very essential for the desert countries. During monsoon, many cities around the world floods. If we divert this flooded waters to those desert nations, similar way they do with oil and gas pipeline to inter-continent, it will be helpful.
You want to divert Monsoon water from south east asia, to places like Saudia Arabia, which in a straight line, is probably 3,600 miles away? Maybe we should just send this brine water into space and where it will evaporate.
Hello everyone in this forum, i will keep sharing my own experience with the world what Dr ALLEN has done for me, he cure my HIV/AIDS. i was suffering from HIV/aids for more than 3 years until i got the email of this great healer from the Internet and choose to give him a trial to see if he can really help me. to my greatest surprise this man help me with his herbal medicine and now my pains are all gone, i went to the hospital to do some test and the result came out negative. i am free from my HIV/aids sickness and i a very happy now, i will like you to help me thank this great healer Dr ALLEN on his email: drallenapalahabarhome@gmail.com You can reach him through his whats-app +2348120078169 truly here is a really healing home of all sickness. CAN AS WELL CURE THE FOLLOWING DISEASE:- 1. HIV/AIDS 2. HERPES 3. CANCER 4. ALS 5. Hepatitis 6 Diabetes 7 LOVE SPELL 8 IF YOU NEED YOUR EX LOVER BACK TO LOVE YOU AGAIN.
There is a very simple solution to this if you run an electric current through water it breaks down into hydrogen an oxygen and if recombined the same and add a electric spark you have pure water.
Well if you want to check out the science you could start with solar panels and then if you could get all the real information on hydrogen and it's properties, and you might want to check out the hydrogen powered vehicles that are used by UPS in CA, and you can also purchase a dual fuel BMW for about 80 grand , the truth is that hydrogen is renewable energy that can do the job and clean the air
@@morecowbell235 No it is quite a practical method for creating hydrogen which can be used in many applications however the large corporate world has been suppressing any type of practical usage of hydrogen for so long that people don't have a clue as to what you can do with hydrogen. The best part is that it is a renewable energy source, you use a electric current through water and you have hydrogen and oxygen, put them in a chamber and ad a spark and you get water. With power as a bi product of the process. In the US corporate oil companies have been against any use of hydrogen for the last six or seven decades and the first response is to show the Hindenburg destroying itself, claiming it blew up, actually it burnt until impact with the ground. If one gets past all the lies there's a lot of things that hydrogen can be used for as a energy source, but since it's so easy to actually make the corporate world doesn't want people to even think about it, look at the fuel for the Saturn 5 rocket's the ones used to put man on the moon liquid hydrogen and oxygen.
India needs to partner with Israel over these areas:- (1) Sea-water Desalination (2) Sea-water /Brine mining (3) Agriculture India must partner with Russia for:- (1) Construction & T-o-T of BN-800 FBRs (2) Strategic Uranium Reserves India must partner with Japan & South Korea for:- (1) Hydrogen FCEVs (2) Green & Pink-Hydrogen
The solution is basically thermal desillination using solar energy. This will be cheaper and also lead to various by-products. In addition waste-water management also needs to be improved to reduce the loss of water.
Try better water capture methods. Given the ample amounts of rain and flooding you keep seeing, you should be mobilizing to capitalize on the fresh water. It if free and only requires adequate storage and capture.
Seas and oceans are rising and the additional water added to the oceans is saltless, so wouldnt desalination and sea water rise simply offset each other?
That was my thinking as well but I think the concern is the localized concentration of brine water around the area where it is dumped back in before it is fully diluted back into the rest of the ocean.
60% of human body consists of water. While Earth consist of abt 70% water. Hence we shouldn't have problem to get water in this planet. It's only abt method/ technology.
But where do they put all that nasty salt that is taken out of the water... back into the sea? I hope not because that would kill marine life quicker than any plastic..
Why don't they just dilute the brine with the desalinated water, which exisists in abundance right there at the plant, before putting the mix back out to sea?
@@buildingwhisper Well then the dilution won't have so much salt in it for the next time it goes through the desalination plant, obviously. It's just so more efficient that way. It's sustainable!
Rohit Mahajan you don’t need a really huge infrastructure to dispose it. Especially, compared to what it takes to setup. Usually, the brine is disposed very close to shore. That’s why it’s more damaging to the ecosystem. The marine life along the shore is greatly different from deep inside. There could be some logistical challenges but again, you are right, if they could actually extract that salt as well, nothing beats it.
Rohit Mahajan No the pipeline can have holes to leak the Brine all the way through. Also, once you get into deeper waters, there is nothing like more salty. Shallow waters have problems.
@@pewdiepiearmy9508 Indias river is extremely polluted. People are getting sick because of it. The river is not a blessing if the people fail to maintain its cleanliness and purity.
@@barrysteakfry2359 From my personal experience with the canister style water filtration systems they offer to the granite industry, they typically have a tightly woven mesh material that absorbs so many things that it turns dark and needs to be replaced. You could spray it with a pressure washer and maybe get it to look a lot cleaner, but you'd be exploding the fibers with the water pressure and changing the filtration value. No matter what, it wouldn't be operating as well as a fresh one, and may not ever have satisfactory performance again. Recycling and downcycling might help the efficiency from a landfill perspective, but won't help to recover the production cost of fresh filters. My idea is to use metal filters that can be cleaned. But there's more than 1 way to skin a cat. The important part is designing a filter that is reusable and easy to clean and can be cleaned frequently without downtime.
They should use solar to do electrolysis to the brine & capture the chlorine & sodium hydroxide to treat the fresh water. One processes waste stream is always anothers raw material
Saudi is doing for its people to have water for all but what about india it's leaders failed to provide housing water electricity better transport and employment for all. India leaders are only good for politic but when come to economic they don't know many things.
it might be expensive for another country , but for SA one of the top petro country in the world , well lets say its better they are looking for alternatives to help their people , instead of arming the people and not building for the future of the country
Human body is 70% water, thats why we're running out of fresh water, as our global population grows. Desalination is a great way to get out of this issue.
then start using sea water .. and turning it in to fresh water.. sell salt and sand thats left over lol the fac tis desilotatiing .. places exist .. and there is a place some were in world that has been doing this since 1951
@@Sedna063 Point taken, but "energy intensive" seems a blanket term that would apply to all countries. And the Saudis could surely have plenty of "leftover" energy for any of their needs
@@Sedna063 They are not "just burning it". That would mean they pump oil from the desert sands and light it up lol. _There's nothing more important_ than water if you live in the desert.
All that fresh water they produce ends up back in the ocean. When you take a pis it evaporates goes into the atmosphere and eventually it rains back down. Every drop of water on this planet has been here from the beginning it's not going anyplace any time soon and it all for the most part goes right back into the ocean.
@@stoneyswolf its to get the salt and the last h2o also its to save the ocean man anything salter then the ocean doesnt mix that well but when its that salty it takes forever to mix back. So far the first brine from the first plant has mixed about 2% from the first month it was opened 10 20 years ago.
It is not and it will never be Arabian golf. Learn and understand that it is Persian golf. Use the correct name. Also, stop contaminating Persian golf with grime waste form your desalination plant.
As a child in science class, I always thought why don't we use Sea water & somehow transform it for our daily use and drinking ? Today, I came to know that this concept was there already. 😆 Wish I could open a Desalination plant one day.
Omg same
kid scrap this project.. governments made it a nonprofitable business.. be a lawyer or a banker you will live the rich life
Same bro
You need a partner I got an idea 😂✊🏾
Hope this comment finds the reporter in good health.
The breathing of the reporter seems strained, hence the concern.
Wion news is what all news outlets need to look up to. Huge respect to the entire team, keep up the good work.
Wishing everyone at Wion news good health.
Wtf
LOL WION anchor White Knight
SIMP
Hahahaa wtf simp?
I will use this info in my UPSC answers of environment and ecology 😅😅
All the best for your exams.
Hope you get selected! All the best brother!
@@TegraZero moron
so they used oils engine to produce those electricity? clean the water but at cost of climate change, i bet that place will become hotter every year to come
These plants these exist also in Israel, Australia and now in South Africa.
Yup a lot of counties including India (somewhere in Chennai ) have them
The main problem with them is that they require very high amount of energy to function so a country needs to be very energy self sufficient if they want to execute such programs at a huge scale
@@ujjwalgandhi951 We have two large desalination plants in Chennai and at least one more is in the process of being set up.
@@ujjwalgandhi951 The plant in Saudi is the biggest in the world.
@@Emsyaz yes agreed
This is the only type of water we have in maldives.
They can actually produce common salt using that brine.
A small revenue isn’t an objective
So the point is, once you desalinate water, then hold onto that water and recycle it indefinitely so you don't have to distill again.
not worth it
brine
Nice. 👌 There are a few other methods of harvesting water out of thin air. Like chilled glass tubes clading high raised buildings or plain water harvesting plants.
Brian is highly concentrated saltwater and also the raw material for the caustic chemical plant we can use it instead of throwing it away
There is no huge need for all the power to desalinate. Use the sun. You are in the middle of the desert!!!
Bravo!!
It’s like you saw the future, they are working on it now and brine won’t be pumped back to the sea
Desalination Plants are the Future
Thank god, India has many rivers and lush green forests.
Polluted water tho* by the people and industries.
@Luv Kumar Some researchers say the oil will last only a few decades, while our rivers will always be there.
@@ashish00007 May be Ganges and Yammuna. Not all rivers are polluted.
@Luv Kumar that's cause water is technically free and considered a human right. Imagine water being sold at 85 rs a litre.
@@gogadev they are the most. Yes. Others not to that extent. Have to set up proper monitoring or else people will take advantage of that.
They put salt back into Persian gulf and change the ecosystem
Salt water and bore water is one of the major reason for health issues such as headache,fever, heart ,and kidney disease etc
Most of the world's biggest biggest desalination plant is in Saudi Arab, UAE and Israel
Can the brine be distilled and the salt repurposed to prevent it from being put back into the ocean
Watching from world second richest water resources country, Nepal😌♥
The only achievement you can be proud of
You should not be happy about that. Right next door are India and China who are BOTH desperately low on water, you will be the absolute warzone when it comes
This is the most expensive way to process sea water to potable water.We hope someday the Philippines can put-up deasalination plant.
What Philippines only needs are only dams, irrgations and treatment plants all over the archipelago, since Philippines have lot of fresh water sources like rivers, lakes, streams, etc.. Desalination plant are way far more expensive
@@janemz2012 Water resources is not enough especially during summer/el nino in the big cities like Metro Manila and others.The water supply should be enough against to the consumers as it rising rapidly.Even water irrigation for ricelands is not enough due to not enough rains to fill the dams.For long run the govt.should look for other sources like desalination plant.Bottom lines here no rain no water at lakes,rivers and swamps or brooks.
Why cant the 'waste' water simply be piped out to the desert, way out where nothing is, and simply dump it in the sand? The actual water would be absorbed by the ground, the salt and minerals could then be recovered after it dries out. Simple stuff. The incentive? There should be a reasonable amount of gold floating around in that 'waste' product. Not to mention whatever else floats in the ocean. Do the homework.
Yeah I can see your point, I thought this too and I believe this would be okay will small amounts of brine, where the water would evaporate and salt would concentrate. However, with such vast quantities of brine it would eventually become groundwater and flow back to the ocean. Also, "gold floating around in that 'waste' product" gold is very dense and does not float even in brine. Haha, I know what you meant though.
Just a thought.
There is a lot more to it than what you are thinking of.
Salty water goes into sea.....after that used water from cities should be cleaned and pumped back into sea....that can be helpful in not affecting the marine life.....we are just recycling...
That salt can be used. I don't understand why they can't make a salt manufacturing iodizing plant close by.
Our equipment worked for this plant construction
One thing we need to do is move water from the ocean back inland to places we need it and if we can do that while generating clean energy we have a chance to mitigate climate change and still have a prosperous future. It is really, really hard but it is not impossible.
The biggest idea I am trying to express is tunneling aqueducts from the coast, in this case the west coast of the USA inland to feed combination geothermal power and sea water desalination plants. The idea seems to be so big that no one has considered it possible but I believe it is not only possible but it is necessary. For over a century the fossil water contained in aquifers has been pumped out to feed agriculture, industry and municipal water needs. The natural water cycle cant refill fossil water deposits that were filled 10,000 years ago when the glaciers melted after the last ice age. Without refilling these aquifers there is not much of a future for the region of the United states. As a result ground levels in some areas of the San Joaquin Valley have subsided by more than 30 feet. Similar fossil water depletion is happening in other regions all around the world. TBM and tunneling technology has matured and further developments in the industry are poised to speed up the tunneling process and it's these tunnels that are the only way to move large volumes of water from the ocean inland. The water is moved inland to areas where it can be desalinated in geothermal plants producing clean water and power. In many cases the water will recharge surface reservoirs where it will be used first to make more hydro power before being released into rivers and canal systems. It's very important however to not stop tunneling at these first stops but to continue several legs until the water has traveled from the ocean under mountain ranges to interior states. Along the way water will flow down grade through tunnels and rise in geothermal loops to fill mountain top pumped hydro batteries several times before eventually recharging several major aquifers. What I am proposing is essentially reversing the flow of the Colorado River Compact. Bringing water from the coast of California first to mountaintop reservoirs then to the deserts of Nevada and Arizona and on to Utah, New Mexico, Colorado and Wyoming. This big idea looks past any individual city or states problems and looks at the whole and by using first principles identifies the actual problem and only solution.
Thank you for your time, I would like the opportunity to explain in further detail and answer any questions.
A better future is possible
Brilliant.
@@ardhiconsults3780 There are many issues with my idea but I think one thing is important to take away from it and that is the production of clean energy and clean water need to be paired. Weather it is solar panels placed over reservoirs and canals the make electricity and prevent evaporation or it is the joining of geothermal power and desalination.
If the desal plants can produce salt from the brine it could be used for roadways in the winter which would eliminate the need to dump it back into the sea along with bringing in millions of gallons of treated water inland each year.
I drove by this plant in July. It's insanely hot and humid in Al Jubail
Excellent. If i am not wrong, it seems they employ "MSF" technique? Thanks.
0:43 This is Persian Gulf . Be careful .
This kind of tech is very essential for the desert countries.
During monsoon, many cities around the world floods.
If we divert this flooded waters to those desert nations, similar way they do with oil and gas pipeline to inter-continent, it will be helpful.
And prohibitively expensive
And prohibitively expensive
And prohibitively expensive.
You want to divert Monsoon water from south east asia, to places like Saudia Arabia, which in a straight line, is probably 3,600 miles away?
Maybe we should just send this brine water into space and where it will evaporate.
It affects marine ecosystem
Just build a underground Aqueduct system where there's rainfall.
Whoever is seeing this, I just want you to know that you're wonderful ❤️❤️
Haan pata hai chal,apne baap ko mat bata
Don't spam
Wtf is wrong with you
@@BUDBAKKK 😂
Hello everyone in this forum, i will keep sharing my own experience with the world what Dr ALLEN has done for me, he cure my HIV/AIDS. i was suffering from HIV/aids for more than 3 years until i got the email of this great healer from the Internet and choose to give him a trial to see if he can really help me. to my greatest surprise this man help me with his herbal medicine and now my pains are all gone, i went to the hospital to do some test and the result came out negative. i am free from my HIV/aids sickness and i a very happy now, i will like you to help me thank this great healer Dr ALLEN on his email: drallenapalahabarhome@gmail.com You can reach him through his whats-app +2348120078169 truly here is a really healing home of all sickness. CAN AS WELL CURE THE FOLLOWING DISEASE:-
1. HIV/AIDS
2. HERPES
3. CANCER
4. ALS
5. Hepatitis
6 Diabetes
7 LOVE SPELL
8 IF YOU NEED YOUR EX LOVER BACK TO LOVE YOU AGAIN.
There is a very simple solution to this if you run an electric current through water it breaks down into hydrogen an oxygen and if recombined the same and add a electric spark you have pure water.
Well if you want to check out the science you could start with solar panels and then if you could get all the real information on hydrogen and it's properties, and you might want to check out the hydrogen powered vehicles that are used by UPS in CA, and you can also purchase a dual fuel BMW for about 80 grand , the truth is that hydrogen is renewable energy that can do the job and clean the air
It is very much inefficient though... Heating water or forcing it through a membrane is much more efficient than breaking hydrogen bonds.
My assumption is that the energy needed to break those bonds makes this method impractical.
@@morecowbell235
No it is quite a practical method for creating hydrogen which can be used in many applications however the large corporate world has been suppressing any type of practical usage of hydrogen for so long that people don't have a clue as to what you can do with hydrogen. The best part is that it is a renewable energy source, you use a electric current through water and you have hydrogen and oxygen, put them in a chamber and ad a spark and you get water. With power as a bi product of the process. In the US corporate oil companies have been against any use of hydrogen for the last six or seven decades and the first response is to show the Hindenburg destroying itself, claiming it blew up, actually it burnt until impact with the ground. If one gets past all the lies there's a lot of things that hydrogen can be used for as a energy source, but since it's so easy to actually make the corporate world doesn't want people to even think about it, look at the fuel for the Saturn 5 rocket's the ones used to put man on the moon liquid hydrogen and oxygen.
Brine I thought I can be used for batteries
India needs to partner with Israel over these areas:-
(1) Sea-water Desalination
(2) Sea-water /Brine mining
(3) Agriculture
India must partner with Russia for:-
(1) Construction & T-o-T of BN-800 FBRs
(2) Strategic Uranium Reserves
India must partner with Japan & South Korea for:-
(1) Hydrogen FCEVs
(2) Green & Pink-Hydrogen
I think with vast desert empty spaces, ocean salination will generate billion. But anyone forgot the largest rainforest with 20% fresh water untapped.
Persian gulf ,sir
1.5 ltr of brine for 1 ltr of fresh water?
How ma?
solution for Kaveri dispute b/w Karnataka and Tamil Nadu
Absolutely
The solution is basically thermal desillination using solar energy. This will be cheaper and also lead to various by-products. In addition waste-water management also needs to be improved to reduce the loss of water.
I don’t understand why they’re going to pour the brine into a hole in the Desert
So it doesn't harm the sea life if they throw it into the sea and the brine is hard to take advantage of so throwing it away is the best decision.
1,400,000,000 letters a day 🤯
In Islam rain is seen as blessing. ,😶😶
Anywhere dry and arid, it is a blessing.
In Numa rain is seen as a blessing
stupid
i am from jubail........ who else here???
Me
Ur mom
2:15 There's no Arabian Gulf, it's Persian Gulf.
Ther is Arabian Sea However
Yes Persian Gulf
there's only Indian ocean
Try better water capture methods. Given the ample amounts of rain and flooding you keep seeing, you should be mobilizing to capitalize on the fresh water. It if free and only requires adequate storage and capture.
Wait what? Do you realise that it’s a desert? which means no rain or rivers
Better switch To solar and treat used water. Plus que brune for hydroxyde.
why they do desalination of seawater, isn't they always said that zam-zam is never dry and overflow (blessed water)
Yes but it's not enough for million of people around the country
oil money ~ water production
so once oil stops, I mean
Water stops...but oil =water
Oil stops = we all gonna get back to stone and caves houses my friend
Wrong, it's Persian gulf.
(And it always will be) 😙
Would hate to bathe in water polluted from Fukushima 😢
Why not put the brine in massive evaporation ponds in the desert. Then u could mine the salt deposits
It would be more expensive than just releasing it into the ocean. It’s all about the money to these people.
Seas and oceans are rising and the additional water added to the oceans is saltless, so wouldnt desalination and sea water rise simply offset each other?
That was my thinking as well but I think the concern is the localized concentration of brine water around the area where it is dumped back in before it is fully diluted back into the rest of the ocean.
Does anyone know the
Conversion rate of saltwater to drinking water??
From what I've seen in general processes it is said that 40% of the seawater treated becomes freshwater after treatment.
They have oil but no water god bless everything show that their money can be wasted in water😀😀😀
?
Why you happy??
@@amritsingh9643 Saudi Arabia is the country which finance terrorist and I want their money should be finished very early
@@divyanshdwivedi9751 Saudi Arabia is thriving.
Even if oil runs out, they have other sources of income.
@@Emsyaz but a major portion will be lost
60% of human body consists of water.
While Earth consist of abt 70% water.
Hence we shouldn't have problem to get water in this planet. It's only abt method/ technology.
Four days later
Turkey : money is discovered 😎
Turkish : wow 😀
But what about wasted 60% high TDS water
you mean Persian gulf but yeah nice work
Added company factory equipment brands in India🇮🇳 added
Wouldn’t UNICEF have to take a case of every newly erected desalination for offshore time sake testing?
But where do they put all that nasty salt that is taken out of the water... back into the sea? I hope not because that would kill marine life quicker than any plastic..
Why don't they just dilute the brine with the desalinated water, which exisists in abundance right there at the plant, before putting the mix back out to sea?
mix water that you just spent a lot of energy desalinating with salt again? That's insane and makes no sense.
@@buildingwhisper Well then the dilution won't have so much salt in it for the next time it goes through the desalination plant, obviously. It's just so more efficient that way. It's sustainable!
So you want to take desalinated water, then mix it with the very water that you extracted it from?
I don’t get it. Just don’t dump the Extremely salty water in one spot. Run several pipes with several openings deeper and farther into the sea.
Rohit Mahajan you don’t need a really huge infrastructure to dispose it. Especially, compared to what it takes to setup. Usually, the brine is disposed very close to shore. That’s why it’s more damaging to the ecosystem. The marine life along the shore is greatly different from deep inside. There could be some logistical challenges but again, you are right, if they could actually extract that salt as well, nothing beats it.
Rohit Mahajan No the pipeline can have holes to leak the Brine all the way through. Also, once you get into deeper waters, there is nothing like more salty. Shallow waters have problems.
How they speak
Sad to say indian politician never done this type of work for his people s
We dont need this type of huge desalination plants. We are blessed by God with plenty of river just keep river health and flowing.
Brother there are two desalination plants in tamil nadu
@@pewdiepiearmy9508 Indias river is extremely polluted.
People are getting sick because of it.
The river is not a blessing if the people fail to maintain its cleanliness and purity.
Instead of using distilleries and disposable micron filters, they should make metal filters that can be cleaned constantly.
Micron fibres can't be recycled or downcycled?
@@barrysteakfry2359 From my personal experience with the canister style water filtration systems they offer to the granite industry, they typically have a tightly woven mesh material that absorbs so many things that it turns dark and needs to be replaced. You could spray it with a pressure washer and maybe get it to look a lot cleaner, but you'd be exploding the fibers with the water pressure and changing the filtration value. No matter what, it wouldn't be operating as well as a fresh one, and may not ever have satisfactory performance again.
Recycling and downcycling might help the efficiency from a landfill perspective, but won't help to recover the production cost of fresh filters.
My idea is to use metal filters that can be cleaned. But there's more than 1 way to skin a cat. The important part is designing a filter that is reusable and easy to clean and can be cleaned frequently without downtime.
There is no Arabian gulf in geography ! Its Persian gulf
They should use solar to do electrolysis to the brine & capture the chlorine & sodium hydroxide to treat the fresh water.
One processes waste stream is always anothers raw material
It's Persian Gulf ✅
And dumping the salt back at the sea..
Hey Alison 👋
I went swimming at Adelaide beach, and the water was so salty. Isn't the salt melting the ice? Salt melt ice doesn't it?
You better be joking because no one is this dumb.
No you're wrong. Salt infact slows the melting of ice and increases its melting point
you dont need to give other people some news, it is better to increase your knowledge first. It is Persian Gulf , not that crazy name you called
TH-cam sucks too much adds
Nice
We wont wathe-rr...
My frri-end..
Saudi is doing for its people to have water for all but what about india it's leaders failed to provide housing water electricity better transport and employment for all. India leaders are only good for politic but when come to economic they don't know many things.
it might be expensive for another country , but for SA one of the top petro country in the world , well lets say its better they are looking for alternatives to help their people , instead of arming the people and not building for the future of the country
Human body is 70% water, thats why we're running out of fresh water, as our global population grows. Desalination is a great way to get out of this issue.
then start using sea water .. and turning it in to fresh water.. sell salt and sand thats left over lol the fac tis desilotatiing .. places exist .. and there is a place some were in world that has been doing this since 1951
it is named persian gulf not arabian😂
It's Arabian, cope.
PERSIAN Gulf 🤌🌏🌍
Arabian golf????
Persian Golf if correct
Persian gulf
Arabian’s gulf
It seems that "Energy intensive" should not be such an issue for the Saudi government
Actually it is. It uses a lot of oil that could be exported...
@@Sedna063
Point taken, but "energy intensive" seems a blanket term that would apply to all countries. And the Saudis could surely have plenty of "leftover" energy for any of their needs
@@donarthiazi2443 Sure, but this is costly, even for them. There are much better uses for their oil than just burning it.
@@Sedna063
They are not "just burning it". That would mean they pump oil from the desert sands and light it up lol.
_There's nothing more important_ than water if you live in the desert.
Can't you jest send that extremely salty water to a concrete pool and let the sun cook away the rest and lala salt to eat or is that wishful thinking.
All that fresh water they produce ends up back in the ocean. When you take a pis it evaporates goes into the atmosphere and eventually it rains back down. Every drop of water on this planet has been here from the beginning it's not going anyplace any time soon and it all for the most part goes right back into the ocean.
@@stoneyswolf its to get the salt and the last h2o also its to save the ocean man anything salter then the ocean doesnt mix that well but when its that salty it takes forever to mix back.
So far the first brine from the first plant has mixed about 2% from the first month it was opened 10 20 years ago.
@see yahahaha.
then Africa should invest too because there dry as well but yes.
My the salt gods be with you or dry out trying lol
That would be so much salt...
Jubail, Nakhal ha al kahmoon menjakarbet. Ma kha al khalaim bahooja khurdoi kha nisheh vadawasoum shikortekh nigooroyat al amoon.
muslim no muslim redue water consumption
I'm the first ever
Its persian gulf
Persian for ever gulf
It is not and it will never be Arabian golf. Learn and understand that it is Persian golf. Use the correct name. Also, stop contaminating Persian golf with grime waste form your desalination plant.
Jai Shree Ram.
.js
British water works with saudi flag on itg
India must build your won toilets.