AWARD WINNING TECHNOLOGY PRODUCES FRESH WATER AT ZERO ENERGY COST!!!
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- čas přidán 2. 06. 2024
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00:00 Intro
00:38 How Desalination Works
02:31 The Problems
03:03 Oneka's Idea
04:40 Costs
05:06 Raft Sizes
06:42 Funding
If you’ve seen the news recently chances are you know just how bad global warming has gotten. With the increase in global warming water scarcity has become a huge issue. As of right now 1% of the world’s population relies on desalination for water. Desalination comes with a huge number of issues and with current estimates saying 10% of the global population is going to be using desalinated water by 2050, we are desperately in need of a breakthrough.
Luckily a canadian company Oneka has come up with a brand new way to desalinate water. Their method is insanely cheap, great for the environment and most importantly easily scalable.
How does this new technology work and when are we going to see it in action? Let’s dive right into it
How Desalination Works
Desalination generally works in two ways. The first and simpler one is boiling. Water from the ocean is boiled and the condensed water vapor is then used as fresh water. As you can probably guess, boiling sea water to get freshwater is neither easy nor cost effective. First of all water has an extremely high specific heat capacity meaning you need a large amount of energy to get it to boil. All this energy comes from fossil fuels which in turn leads to more global warming which then causes an increase in the amount of water that needs to be desalinated. You see where I’m going with this? It’s an endless cycle that’s just not sustainable. Even if we figure out a way to solve the energy problem associated with boiling sea water to get fresh water, the problem of ultra heated highly salinated leftover brine is still there. Most desalination plants dump out their brine directly back into the ocean.
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This is an issue of paramount importance, and zero energy costs for desalination is irresistable!
Another way for desalination is to use natural pressure from below sea surface to drive the RO process into a subsurface well at 1 bar ambient pressure. The only energy it takes is what we use to pump fresh water from the well. This way the brine byproduct remains under sea water in front of the RO filter.
Ah, the saline problem.
Very nice to hear someone come up with a solution to this rather large issue. Very well done, I like this distributed low/no energy solution.
i still am not understanding how the ONECA mechanicals work to produce lesser salinity brine than through the usual reverse osmosis method?
Can't the briny output be used for salt production - to reduce the release of all the higher salt concentration into the sea?
We have oceans of salt feilds in land that extract a gazillion ton of salt so we don't need to extract salt
We dont have a salt problem we have a water problem
@@knowledgeiswealth. i still am not understanding how the ONECA mechanicals work to produce lesser salinity brine than through the usual reverse osmosis method?
How is the water transported to shore?
Main problem is we dirty too much water.
Cleaning stations use 10 liters of clean water to produce one liter drinkable..
@@Oliveir51????? what? source pls? and its almost certainly a different yield percentage because its a different method
5:33 "it can be dissembled to fit inside" Dissemble means to hide one's beliefs or feelings. Disassemble means to take something apart
Definitely a promising idea and I can easily see this being a great tool for disaster relief efforts along the coastline!
I am curious what long term affects on a region would be as this idea scales up. Clearly small scale short-term use has no detectable effect, but what happens when enough of these are deployed to support a city for a decade or two?
Utilizing Nuclear power and collecting the salt from reverse osmosis we can keep the salt for use in food and other industries with out creating pollution. All problems solved.
Geo thermal power plants, at extreme depths we can make all the steam we want, anywhere we want and we can fill these old salt mines back up.
In some places, like Utah and Wyoming, geothermal could provide energy for a lot of desalination, just like Texas. Direct solar as an assist doesn't hurt either. Happy Holidays to you and yours! Stay safe.
Saw the gyrotron drill tech, did we? That stuff might really expand the viable range of geothermal plants.
@@lexslate2476 Thank you for your comment, and have an active and safe 2023! Sounds like a low-carbon 'fuel'.
@@cherylm2C6671 Extremely. I understand that there's a company planning to use gyrotron drilling to install geothermal boreholes at the sites of existing fossil fuel power plants, in order to repurpose their infrastructure with a new heat source. That would be a bit of a game-changer.
@@lexslate2476 If 'canned' geothermal is scalable, then no freeze or heat deaths from grid failure.
@3:13 "Oneka's ingeneous method utilizes no electricity whatsoever, and instead uses the mechanical energy of ocean waves to filter the water."
What is the advantage of using wave energy rather than using direct mechanical energy from a state-of-the-art wind turbine to filter water? (Or what is the advantage of wind power over wave power for generating electricity, and is the same advantage applicable to mechanical power for water filtration?)
Good idea! GO for it!
What if we remove salt from ocean and dump it outside the space
How often do the filters need replacing and what are they made of?
i dont like the presumptions in this video, why does the energy HAVE to come from fossil fuels?!
Hold on hold on! Isn't the brine output proportional to the fresh water output!? So, its misleading to say these machine would produce less brine ejection!
Sounds promising. How much for the smallest version ?
It is possible to make drinkable water of seawater at about 0,03 €/m³. Works day and night needing 1000 Watt. Soon it will be realized. No brine as by product. Each unit produces about 27.000 m³/day. Specialy designed for poor countries.
Water towers condense water from the air above the sea
BRAVO TO ONEKA. IT CAN SAVE HUMANITY FROM DYING OF THIRST. ITS WATER CAN ALSO BE USED FOR IRRIGATION TO PRODUCE CROPS.
i still am not understanding how the ONECA mechanicals work to produce lesser salinity brine than through the usual reverse osmosis method?
What happens to rest of the 120% salinity does that mean that even after RO, the water retains more salinity than in normal RO plant??
the brine isn't reduced to such a low level of water to reach the +100% salinity, as in it's not sucking out every last drop of water from the sea water that's pulled into these devices. They are only pulling as much out as the energy they are producing lets them extract, then resetting to pull in new sea water. Plus the temperature being ambient for the process would not let the water get super saline.
Too good to be true!
Not at zero cost. It requires capital expenditure.
Any guess how long it will take to implement this system around the world?
This technology has no household application. The result being that the company will charge out the nose, like Nestle. If you think your water bill is high now, wait until these guys have a monopoly on where it comes from. I want something that I can use at home, without paying the water company.
Salt brine think batteries made from salt
Zero energy cost. Bahaha
In all desolinasation processes all brain should be kept on the ground for oveporation and becomes very reliable material
30% less saline is still not potable.
Can Australia create clean water from ocean to create green hydrogen?and farm land and ammonia use back and forth. Hydrogen splitting .
Industry s?.
No it's opposite if is warmer there is bigger oveporation and more water to fall down
Is Oneka a public or private company?
Make a video on quantum generator patent..
Brine should not be dumped in the ocean by the generic desalination plants. They should get the salt out of it since it is a high in demand resource too.
No ....just no, they do that will ponds of evaporated sea water already and it is not worth much at all,
so wrong on two counts.
Those look like solar panels which create electricity! Do the pumps use that electricity? You should say it uses no grid power or fossil fuel! Also the amount of saline removed from ocean salt water is the same for each volume of drinking water. So, a liter of water desalinated at a slower rate produces less desalinated water AND less brine per unit of time. This seems to be a bunch of double talk! Kudos to the unit but be clear about it!
It also sounded shady to me, the way they kept saying "no electricity *whatsoever*".
I agree there is no zero cost in this world always there is a cost, but great invvention anyway, it just clickbaity
Oh fer gosh sakes! Get over your conspiracy hunting!
Those little solar panels are CLEARLY only big enough to run a small instrument / communication system. You seem to have NO IDEA of how much power it would take to run RO desalination at the output rates of these rafts! Those little 150 watt solar panels are TOTALLY irrelevant. 😊😊
What? You think that 1/2 kw solar panel is producing the fresh water?? Clearly just instrument communication, maybe nighttime buoy light.
Zero emission would be a better description. Clearly, there is energy being used even if most of that energy comes from waves.
OTEC, Oceanic Thermal Energy Conversion is capable of desalination.
CO2 is the gas of life
Electricity free...Great they're using salty water to make fresh water, it makes sense somehow but animation would have been nice.
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✅ SCIENTISTS JUST MADE HYDROGEN OUT OF NOTHING BUT AIR!!!
czcams.com/video/dPfIU27RGow/video.html
No they didn't. They used energy, and a lot more energy than they will get from using the hydrogen.
forget climate. Its all about water. Brine dilution is easy
I remember when I was a kid and my father came up with a simple idea to not need any gasoline for his car. Just put much larger tires on the back than on the front thus you are always going down hill and an coast everywhere.
This sounds EXACTLY like that idea.
What about when one has to go uphill?
@@evelynb1325 not a problem if the rear tires were big enough, it would still be down hill no matter how steep the hill.
The machinery will RUST and be useless in 5 years, I hope your backers
didn't use widows and orphans money. This will end up costing just as much
as a nuclear powered desalination plant over 30 years.
In future we may have a brain poeple who will build nuclear, unlimited energy
You casually throw in “fossil fuels lead to global warming…..” 🤦♂️
First why do a environmental hit piece that alienates half of your potential buyers to sell your product? Dont you think existing desalination plants would like to add your system to their current Water Production to expand their currant plants output. Your idea is an Improvement over current water desalination techniques, but a 100% clean water technology already exists. Installing offshore Atmospheric water generators that use wind, solar and if they add slow speed underwater turbines called Waterotors that work in tidal areas they could make drinking water day and night unlike wind and solar alone.
Why is this idea better? Offshore at sea level the humidity in the air is at 100% just off the surface to maximize atmospheric water generation. This system has no saline or salty brine problems that plague all existing systems to one degree or another. The second big bonus is this system can sell both drinking water and electrical power back to shore. This system can supply fresh drinking water to cities large and small. Search these ideas on CZcams and see for yourself.
The dumping of high saline water seems like an easy engineering problem.
Condense it to block salt and put it on a solar powered float and let exposure to wind, rain and wave erode the salt block down over weeks and months as the solar powered float travels across the coast 100s of miles so release of salts is dispersed. Use GPS to track the float!!
Another one of the free lies. What is the build cost and maintenance cost? How many million tons of carbon to produce the materials?
30% saline compared to 150% saline.
So what your saying, is that you a 5 times less efficient than current reverse osmosis tech???
efficiency comes from only taking out water from what energy you collect allows for. The energy to get sea water to levels to allow 150% salinity is astronomically more than an ocean wave pushing water through a system to discharge only 30% saline water.
This is laughable.
Oh please, here we go with the global warming myth again…
Check out IX water in Golden Colorado
what are the solar cells for? no elctricity..?😂