Carbon Capture Technology Explained | Seachange
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- Опубликовано: 23 окт 2019
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Today, mankind’s collective activity deposits about 50 billion tons of carbon dioxide into the atmosphere each year. All of this carbon dioxide traps heat from the sun and warms the entire planet, creating new conditions that are changing life as we know it.
So scientists are suggesting Co2 extraction methods in an effort to become carbon neutral - a cycle in which we clean up as much carbon dioxide as we emit.
For the engineers who work on carbon removal at a large scale, the dream is to devise a closed-loop system in which the carbon released could be treated as a commodity or resource, rather than a waste product.
Now, a Canada-based company called Carbon Engineering is turning this dream into a reality, using cutting-edge carbon capture technology called "direct air capture" to clean the air.
See the full article on carbon capture here: www.freethink.com/videos/carb...
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What do you think about carbon capture technology?
I think it is a wonderful idea to help address climate change and it is great that research is being done... However I have a couple questions: The first, is how much energy does the plant use per ton of carbon removed. the 2nd question is where does that energy the plant is using come from, and the third question is based on the first two, would the energy that this plant is using be more efficiently used to directly power someone's home. For example assuming this plant is powered by 100% renewable energy would the amount of carbon saved by using the energy to power a house be greater then the amount of carbon that this plant removes. because my preconceived notion is that while carbon capture is an important part of our fight against climate change, I don't think we are yet at the stage where investing our energy resources in capturing carbon is a good idea when many of our buildings still use fossil fuels, and I was hoping this video would contain the information on the energy use of this plant to change that notion but it did not.
@@TobyCowles Great question! The nice thing is that since you can pull CO2 from the atmosphere anywhere and it will help lower overall levels, you can locate plants in places where zero-emissions power is abundant: sunny areas with large solar installations, by major hydropower installations, or even by nuclear plants.
That said, it would be interesting to know how much power is used by the plant to understand if it would make sense to have plants even in places where it would be powered by fossil fuel sources, or if it could even power itself using the CO2 based fuels it creates or if that would be inefficient. We'll look for an answer and follow up!
Freethink It's a waste of time because carbon is not a driver of temperature?
why try to emulate what nature has been doing wonderfully until we started meddling about with things we didn't understand the impact of in the name of human superiority and 'growth'? reforestation is a far better option
Can't wait till it's to scale 💪
Here after Elon Musk offered $100M for the best carbon capture technology to start with my research. Wish me luck.
lmao same
The race is on
Same
Never too late to start learning
Me too
i need that 100M $ .
@Pujan Dhungana It is possible
who is here after Elon musk put $100M price on best carbon capture technology.
Wtf me 2
Me 2
Now we have to fight to get that 100m
Is elon already inform about the detail of carbon capture tech?
ruclips.net/video/edqy2SUdiKA/видео.html&feature=share&fbclid=IwAR3b0jigMR53WiZxUV_zvqjMjEK-kIIMAck7vIHIVDCmqjLjXsCg7IgyLgs
Shellfish cultivation, micro algae bioreactors and aquatic reforestation for the win!
Big industrial polluters will love this tech cause it'll keep their business running for another 40 years...
Why not create a system where:
-Burn garbage and turn into energy
-Use carbon capture to collect the C02 emissions from the garbage incineration plant
-Turn the C02 into energy/fuel
-Use and recycle that fuel into the plant and burn more garbage
-Extra fuel could then be used for other plants which could use the same C02 capture methods and recycling of energy and fuel made from carbon capture
This would create a C02 neutral emissions system
In order to decrease current C02 levels:
-Plant more trees
-Conserve Farmlands and forests
-Use renewables for mass energy production.
-Reduce the need for farms that produce beef that burn Forest land and increase fish consumption and vegetarian lifestyles
burning garbage releases Dioxins which have an immediate effect on human health.
You can use it to make synthetic fuel
Burning garbage release much worse chemicals than CO2
@@carlgorski1749 a lot countries do that alr and they shouldnt think about spending a lot of money on climate change when there’s a lot more problems in this world like garbage and people polluting the world! If government keeps spending money to try to change the global warming it ain’t gon work because while they spend money mo people will keep trashing the work there working on different problems. Idk if thst make sense but I’m just watch a vid for my class n I came upon this lol.
@@Unknown-hs5km it's not climate change it's cancer
I love the idea but there are two main concerns: removing 1 megaton a year is barely anything. It sounds like a lot but we emit 50 gigatons of CO2e a year. You really need 500 megaton a year to be able to have a small impact (1%) annually. Also, the cost per ton was said to be "a little expensive". It is most likely an understatement since the cost of removing 1 megaton a year would be 200 million dollars a year. Imagine if fossil fuel companies use this technology to offset emissions, how many times would our month utility bill have to go up? I am passionate about climate change and finding solutions but this particular one does not sound very promising right now. I would really appreciate if we could talk more about how to bring the cost down especially in the area of carbon capture technology.
I know of gigaton level reduction tech but the corps and banks refuse to fund it and grassroots has been religated to marketing paid only.
How would one even get through the noise now? The corps don't want heros. They want zeros.
@@totempole8 Could you point where i can learn more about gigaton reduction tech ?
XPRISE CARBON CAPTURE
The heat loss from a smokestack can be forced into a large tank containing hot liquid microcrystalline petroleum wax. The heat will keep the wax at a molten state which facilitate the carbon to be absorbed when combined with the wax. Carbon when mixed with wax reacts like a dye. The wax-carbon amalgamation result in a black wax solution thereby making it impossible for the carbon to escape into the environment. Other toxic particles are also captured in the wax settling at the bottom of the wax holding tank forming into a sludge. A sludge release valve is located at the bottom of the tank. After the sludge is removed more wax is replaced in the vessel working something like a toilet. The sludge becomes a byproduct that can be used as an additive to asphalt for roads or used for cocooning nuclear waste materials for long-term safe burial. The entropy of the Earth has been increasing at a startling rate since the beginning of the industrial revolution caused mainly by the carbon that is released into the atmosphere. Government scientists have failed to stop and prevent carbon pollution from entering the environment. This problem can only worsen until a solution is found before this problem becomes irreversible. It has been discovered that formulated wax has been shown to be the only answer to this problem. William Nelson
It's not actually expensive(depends on if you're American or not).
If we just tax every liter of petrol with 75cent we will remove more C02 than the 1 liter of fuel would emit
Thank you for your kind opinion
Who's come here after Elon Musk tweet
i’m here cause of Elon
😂😂😂😂
same bruh
😂😂😂 same here
what people don't realise is that, while it helps reduce our carbon emissions, it also eliminates the need to conserve forests and ecosystems. Meaning deforestation will continue without the guilt.
XPRISE CARBON CAPTURE
The heat loss from a smokestack can be forced into a large tank containing hot liquid microcrystalline petroleum wax. The heat will keep the wax at a molten state which facilitate the carbon to be absorbed when combined with the wax. Carbon when mixed with wax reacts like a dye. The wax-carbon amalgamation result in a black wax solution thereby making it impossible for the carbon to escape into the environment. Other toxic particles are also captured in the wax settling at the bottom of the wax holding tank forming into a sludge. A sludge release valve is located at the bottom of the tank. After the sludge is removed more wax is replaced in the vessel working something like a toilet. The sludge becomes a byproduct that can be used as an additive to asphalt for roads or used for cocooning nuclear waste materials for long-term safe burial. The entropy of the Earth has been increasing at a startling rate since the beginning of the industrial revolution caused mainly by the carbon that is released into the atmosphere. Government scientists have failed to stop and prevent carbon pollution from entering the environment. This problem can only worsen until a solution is found before this problem becomes irreversible. It has been discovered that formulated wax has been shown to be the only answer to this problem. William Nelson
Yes what you are saying is important and very concerning.
Great content, very well editing, awesome music and sound effects - Subscribed!
I’ve been selling solar with V3 electric for the past 4 years and watching this video just makes me feel good knowing there’s others out there fighting this fight and making an extraordinary positive impact. We can all come together and make a difference, 1 person can make a difference
I'm just curious, do you know how much coal the chinese burn to produce the said panels and where do all the non-recycable used up panels go?
Who’s here after Elon’s tweet?
me!!!!
@Brooks Broox is elon already inform about the detail of carbon capture tech?
Who is here after seeing Elon’s tweet?
Lmao same same🤯
😂😂😂
Yup. If someone comes up with a valuable idea it will be worth BILLIONS not 100 million dollars. You will be able to create atmospheric terra-forming systems in other planets.
+1
@@PeriNKinG That is right. the technology would be worth hundreds of billions, possibly even trillions. If Tesla has a market cap of almost 1trillion then this invention would be worth literally in the trillions
Its good that they're aiming for a carbon neutral output, but it said wee need to have a negative output. Carbon is one of the most versatile substances in the universe, there's got to be something better to do with it than to put it back in the air after you went through all the trouble to take it out.
Put It In The Damned Ground Where Trees And Other Vegetations Will Metabolize It And Use It As Food.
@@JB-pu6ek Plants get their carbon from the air. Fungi and other microorganisms do need it, though, but I don't think it's a big problem. I can't imagine it would be worth delivering anywhere for that purpose.
Plastics.
Plastics.
I feel like they could split it. Convert some of the CO2 to fuel and put the rest back in the ground. If they can sell some of the carbon neutral fuel, it could help fund the effort until the carbon levels are where they should be. It would also buy time to improve solar and other energy sources. Carbon neutral is still better than pumping fresh CO2 into the air.
Here trying to figure out a good design idea for Elons $100mill carbon contest.
Me too. Best of luck.
Everyone is here because of Elon's tweet.
@@Ashish-vk7lb I m from kerala heh
Me
Uhhhh noooooo
Yes I am ..but I'm not smart enough ..I just wanted to know what he meant lol
True
Am donating 100$ M for best carbon capture technology. - Elon Musk
Do nothing. Cost Free. Effect is that plants thrive on co2 and grow. Planet greens, more food, warmer nicer planet. WIN WIN WIN. Do I get 100M for stating the obvious?
@@damaliamarsi2006 it’s not that easy dum dum, the trees required to accommodate the increasing CO2 takes up a lot of space and resources which isn’t plausible with the growing population. Also trees aren’t the best way because you need a thousands of forests to even make a difference. If you say that we should reduce our carbon consumption then it’s not feasible cause many people will suffer because of it
@@damaliamarsi2006 Thanks for stating the obvious, but wrong answer. We need ways to store carbon quickly and planting more trees won't do that. Plus you seriously think people will comply with " Just plant more trees and put out less carbon dioxide lol " thing? If that worked then we wouldn't be talking about this...
@@MasterKey2004 no sir it is that easy (planting trees that is) there is no over population Elton Musk he must know about the ten thousand miles an hour UFOs that are operated by the US Armed Forces Generals if I know it he knows too . Nikola Telsa had a antenna remote control car in the beginning of 19 the century and waz slapping Wireless electricity around the world.. hello they can even captur DNA in the air too called eDNA...
@@ihaznoname6292 U NEED WATCH THE video AGIN BROTHER and it's not mankind releasing all this carbon is the big corporation manufacturing business plus people will comply due to there life depends on I'm those planted trees
A group of electrical,mechanical,chemical engineers can crack this deal if they work together !!!
I'm in! SCADA Systems Engineer focusing on Power Systems/Renewable Energy including Battery and Solar.
We're gonna need more of these.
Such a great idea! I hope more and more people reach this video. Through you, I will be able to have a really good research topic!
but what about the energy that the plant consumes? did no one ask them about that? great video nonetheless, quite interesting
Exactly !! To be truely carbon netrual/negative all the energy they use must come from renewable sources ! Also capturing CO2 from air is not really efficient, it is better to capture it directly from the emissions of industrial plants.
It's figured into the calculation.
Nuclear energy can do this. Only nuclear energy can do this at scale, in time. Also Iceland is experimenting with using their Geothermal to drive this effort.
in a 2018 article, they said they used hydropower to make the plant work and used hydrogen from hydrolysis of water.
The amount of energy this plant uses is insignificant to the good this does. Are you saying we shouldn't take carbon out of the atmosphere because this plant uses power?
After Getting the Air from the atmosphere through the Fan, you said it is reacting with some of the chemical to captures the co2 out of the air. Can I know which chemical is used to capture that excess co2 from the Air?
Good and Great idea, thanks for sharing.
Love this idea. The G7 meetings need to talk more about this technology.
Elon sent me here to study the best carbon capture technology.. Air capture is oneway it seems
Good job
We are all here for that 100 million lol
This is beautiful!!
Fascinating.
This is amazing. More people need to work on this.
ruclips.net/video/SfuipeT0MUU/видео.html
I've seen this sometime okay. I like the idea but it's like he said it doesn't remove enough carbon to be proactive. Even trees can't remove enough in time. I even tried looking at ocean water algae but even the biggest algae bloom can only uptake .005 percent. So now I work on an algae and yeast highbreed.
Well, this is essentially version 1 of the technology. It may not solve all our problems today, but innovation and demand might drive the price down and efficiency up. Look at solar and wind - they were far from solving our problems in the 1970's. People even argued that it was a waste of time. Now, the price and effiency is at the same point as coal.
We need to explore every possible solution.
"CCS technology comprise a leading candidate for capturing carbon dioxide emissions for industrial sources, and can also be deployed in fossil fuel power plants. Due to its pivotal role in multiple sectors, CCS is deployed aggressively in 1.5°C and 2°C scenarios within global climate and energy system models." Rogelj J et al 2018.
I always wondered why we haven't pushed for more than current attempts and efforts when it comes to this amazing scientific feat to the point of frustration - though some challenges are clear to me, I have a hard time understanding these matters (perhaps because I am naïve and a wishful thinker) and so I looked up some scientific articles with detailed analysis and collected data to help me better understand. The contributors of one particular scientific article that I found most interesting "[analyzed] the full universe of CCS projects attempted in the U.S. that have sufficient documentation (N=39) -- the largest sample ever studied systematically". They analyzed relevant data to show the variations in CCS (carbon capture and storage) project outcomes; as there is no single literature focused on CCS, they compiled information in a complex system integration of components that better painted the picture regarding my personal issue of actual investment in CSS not keeping pace with the large role for the technology, which was a specific point that they made. They stated how CCS systems sit firmly in the ~valley of death~, being "stuck between a small number of early demonstrations that have received government support and later mass deployments that would stand on their own financial merit." They showed data regarding variations in CCS project outcomes, attributes comprising existing literature for CCS projects, areas where there are diverging agreements regarding the most consequential project attributes after collecting experts' thoughts during a workshop where they focused on the variables impacting CCS projects and future developments -- important attributes concluded during the workshop were 1) the credibility of incentives, and 2) policy (if designed explicitly to address credibility). "The history of CCS development so far is tied to pre-commercial projects that experiment with a diverse range of revenue streams and incentives. Near-term deployments will likely continue this trend, comprising additional data points on the learning curve to technological maturity. In such an environment, understanding decision makers' perceptions of the viability of these different experiments becomes even more important." Not only did they address the important roles played by credibility of incentives and regulatory challenges, the authors employed extensibility and utility of the methods by building an adjustable framework, bringing expert elicitation and statistical modeling to assess credibility in a more structured manner, ultimately improving representation of CCS deployment through their large energy system models -- this sort of information, analysis, and data integration had not much theory or evidence as a guide previously.
In my dream world (when it comes to the logical/technological pursuits for the human race), I hope that costs and incentives -- variables focusing on benefitting one party's pockets as much as possible despite the evident potential to bring upon such positive and beneficial technological advancements for us and our decaying world -- won't be such a heavily-weighted factor when it comes to bettering our world whilst simultaneously advancing in science and technology. I long for a world where we push for such projects and support those that dedicate their lives in such pursuits without the burden of money... The frustration, sorrow, and repulsion that I feel is because I will never experience such a world, yet my wishful nature soothes me when my mind and heart wanders to hopeful thinking that someone, someday in the future, may live in such a world because of a carbonaceous orthopedic implant, or because we managed to support nature in regulation before we meet our demise, as most parasites do. Again, this is just a the dream world of a naïve, wishful thinker and STEM enthusiast.
If any of you guys are interested, the article that I found most interesting and addressed the topics I stated above was 'Explaining successful and failed investments in U.S. carbon capture and storage using empirical and expert assessments' by multiple contributors, published 29 December 2020. You can read it fully and for free on the iopscience organization website. It is a very informative read and I applaud the authors for their diligence in addressing these matters and ultimately improving CCS knowledge and data to the point where it might (I hope) change the world. I wish there was a place where you can talk to authors of such articles; where you can converse with them regarding their findings and share your mutual interest in the subject at hand.
Thank you for coming to my TED Talk.
I hope this kind of plant succeeds, because here in Philippines its almost the end of june yet it is still very hot and the storms are getting more intense every year.
Sorry to have to say but this is not going to help us with fixing the climate. It's just a distraction, as Simon Nicholson points out: first, we must stop putting geologically-sourced carbon gases in the air. This is tough to do but not impossible -- but there are many corporations looking for sneaky ways to delay having to deal with it. DAC is one such attempt, imo.
so true
I agree, even our weather here is moody 😅 I wake up, it's sunny so I decide to do the laundry, after I finished everything, the clouds gets darker, after a minute heavy rain falls 😅
Could the carbon that you capture be used to make carbon fiber products?
…technically, but you’d waste energy and money doing it
Thankyou so. Much for your sacrifice sir. Where we can put these machines. Sir can we put these kind of machines in the vehicles directly and in factories.
This is so cool . There should be smaller plants to place it across the city . For ex : Delhi is one of the most polluted could need about 100 to 200 smaller plants across the city.
Superb
sick edit
@Freethink what chemical acts as a catalyst to capture the 80% of CO_2 from the air? Honestly interested in fixing things up.
Just plant some house plants
Good video. How much CO2 you are capturing per day? How much CO2 you are creating / putting out to the atmosphere, by running the plant per day?
Remove the loud background music on this video for a better viewing experience
Can the size of CC modules be put on electric cars so as they drive they capture carbon. Huge volumes of capture potential air pass by a moving automobile. If all cars could capture some C02 then it could be upscaled.
Thanks for an enlightening video.
Cool! The subscribe button lights up
This gives me hope for the Earth and it's future
I can use some of that Co 2
For welding
Please Provide the Link for one to field a license to build on of these extraordinary Plants.
Where do I invest? Fabulous--we can do it folks!
Do what? Destroy the western economies and handover the world to the CCP? Because that's all that's really being promoted here.
@@illuminated2438 How?
Aker Carbon Capture
I want to know what music you are using for the background?
This could be game changer and could be like oil wells without boring for well!
I am here because of kurzgesagt , this look so interesting and hopefully a lot of other industries invest in this
Awesome, and cheers to Kurzgesagt!
i have a question here
Can we use separation methods on flue gases from industries that are still using conventional energy sources and use it instead of collecting a very small percentage per ton of CO2 from the atmosphere?
Can a small carbon capture fan be put on every roof top of every house with a carbon capture replacement canister, i don't think that should be too expensive to run it, plus we all have to pay.
This is a great idea!
gotta lovit....the noise/music louder than the speech avoid
what happens to entropy when you use solar PV how is carbon absorbed how much entropy can you absorb and do you want to
Promising tech but remember CO2 is not the only greenhouse gas. It has the least global warming potential compared to CH4, NO2, H20, and synthetic gases such as CFCs, HCFCs and potentially HFAs. So overall, they can slow down the rate of climate change but I don't see them playing a significant role in reversing Climate change, which should be our biggest concern. And don't forget emissions are caused by cement manufacture too.
Where is the background score music used in the end
why scrub from air, why it not choose to get the co2 from the oil refineries?
Does the carbon fuel for the car, work with a regular petrol car?
So its like a catalytic converter-ish?
Maybe similar tech can be used at oil refineries, steel mills, autos, etc.
That'll be neat.
I am doing my PhD research on CCU and want to couple it with AI. Can we do that?
Props to these amazing scientists... It just feels like there are too many of our species on this planet and we are running out of ways to hide from that. One question... what negative impacts could the buried solid pellets of carbon have long-term?
Zero negative impact
Someone has some pretty genocidal thoughts, hm? 'It just feels like there are too many of our species on this planet'
...What do you propose we do, then?
@@fufy3820 send an email to Thanos?
@@jiingder Might as well, find someone like him.
The elites want 1 billion of their own creatures inhabiting our planet, where do you stand? You going to make the cut?
Let's get on it real quick.
I am NOT here because of Elon musk's Tweet... I am here because I research Carbon Capture Technology as a hobby!
I wonder if there is a way to use oil that isn't plastic or fuel, and that can be used for electronics or other things that might help to slow or stop climate change, as that would be a investment that many oil companies and countries would be interested in.
Anirudh Sharma of India has made the machine 3 year ago n the carbon has put to use in making ink 4 various propose like printing clothes, cover etc
Could you burn the carbon based fuel to generate power? I can see a lot of potential if you could.
Its a very good technology here by these times.
Saw on Sky news about the new carbon capture they just open. The excited woman who was interviewed said about the expensive facility, that if it works.
What's the chemical?
Very interesting: In my opinion, the best way to make it viable is to offset the cost on the price of the fuel.. the Govs need to subsidise the carbon capture, it only makes sense!
They should reuse hydroelectric plants to power stations like these, while moving the grid towards Nuclear energy. Also, to those in the comments section berating carbon capture technology, I would point out that no amount of trees is going to capture all the carbon we burned from deposits in which it was stored safely for millennia. One plant over a short period of time won’t fix the problem, but it’s a start.
XPRISE CARBON CAPTURE
The heat loss from a smokestack can be forced into a large tank containing hot liquid microcrystalline petroleum wax. The heat will keep the wax at a molten state which facilitate the carbon to be absorbed when combined with the wax. Carbon when mixed with wax reacts like a dye. The wax-carbon amalgamation result in a black wax solution thereby making it impossible for the carbon to escape into the environment. Other toxic particles are also captured in the wax settling at the bottom of the wax holding tank forming into a sludge. A sludge release valve is located at the bottom of the tank. After the sludge is removed more wax is replaced in the vessel working something like a toilet. The sludge becomes a byproduct that can be used as an additive to asphalt for roads or used for cocooning nuclear waste materials for long-term safe burial. The entropy of the Earth has been increasing at a startling rate since the beginning of the industrial revolution caused mainly by the carbon that is released into the atmosphere. Government scientists have failed to stop and prevent carbon pollution from entering the environment. This problem can only worsen until a solution is found before this problem becomes irreversible. It has been discovered that formulated wax has been shown to be the only answer to this problem. William Nelson
Why don't they just draw in the air with fan suction, pass the air through a cryo-chamber filled with dehydrator crystals, and recyle the air back into the atmosphere. The byproduct can be used as carbon-based fuel.
Why do politicians never talk about carbon capture tech? They readily dismiss it when mentioned as well.
How many CO2 are used to collect 1 ton of CO2?
Where in Texas is this first plant being built ?
Luv it. I even like the circular process of injecting it in the car again. Better than electric.
Best
It can give us all a better happy future
DIRECT AIR CAPTURE sounds like the key point of this video in that it means a plant can be constructed anywhere...but certainly in remote locations for nuclear powering...and around renewable sources with good hydro/wind and solar coverage...desserts etc...With the recovered carbon, microbes can probably be gmo'd then introduced that produce hydrogen in the recovered carbon..allowing gasoline to be made..lowering gasoline prices and making drilling less necessary...Direct air carbon capture is massively important technology..It's fine to even use unrefined crude oil for carbon capture if that efficiently captures even more. It needs to be a major industry due to the many applications gmo'd microbes can have to the recovered carbon. It's a REAL free market model that does not deplete national resources.
this doesnt go into much detail....... any videos that actually show the process? how u turn it into pellets? what temp you gotta cook it to get it to release the c02?
carbon capture & storage CCS
한글영상 ruclips.net/video/nB7yaduijjk/видео.html
영문영상 ruclips.net/video/WXtxb06d37s/видео.html ruclips.net/video/cRvylyED4kU/видео.html
Does this mean can keep gas cars, formula 1, and other motorsports.
We need to create a device which accepts carbon and produce something regularly usable stuff for the society with that carbon from the air !!!!
so you mean to say a tree. A tree takes the carbon dioxide in the air and expells Oxygen which we use!!!
Step one: switch all power plants to nuclear
Step two: develop carbon capture technologies
Step three: profit!
Umm.. yeah about that . . .
I think you’re overestimating the near-term potential of Nucleur fusion mate.
Nuclear Power Plants are preferable resource for the environment and create jobs. However, there's a cheaper alternative like wind or solar energy. Meaning, there's a trade off.
@@franciscoe1182 nuclear fission are cheaper than wind and solar per kwh produced
@@stenmgandersen Maybe, but the nuclear waste issue is far more deadly than any other energy source.
@@sushithareddy9576 nuclear fission waste has a very hazzardous potential, but i think it over exagerated as statistically speaking it has proven to be very safe. (Until now atleast). I have seen some fail safe designs that i hope get more attention.
Regarding the original comment, if we can develope a cheap carbon neutral power gereration and improved DAC technologies (12usd/ton CO2) then it will require 0.5% of world gdp to get carbon neutral each year. And i think thats doable as energy consumption is a large factor in this equation.
People on the internet: it’s not efficient
People with brains on the internet: it will get more efficient
People with 5heads: it’s getting more efficient, it’s new
People with galaxy head: trap it in soil too
The BG music is not only unnecessary but far too loud interfering with the narration. On the topic - To stop adding more is far easier and cheaper than taking out what is already in the air. This is in keeping with the old advice that an ounce of prevention is worth a pound of cure, but is not in keeping with the generally practiced and profitable way of keeping on keeping on while hoping thatsy that some new or perfected technology will save the day.
Not grasping the concept of trying to remove Co2 from the air and putting it into the gas tank of your car and putting it back in the air so that we are still in the same cycle of not getting anywhere instead of burying it
By recycling atmospheric CO2 it will be destroyed at an equal rate in which it is created. Yes, when you burn the sequestered carbon it ends up back into the atmosphere but then it is collected again (so long as we have enough carbon capture plants) so it is a cyclical process rather than an enrichment of CO2 concentrations in the atmosphere. Think about animals exhaling CO2 and then plants consuming CO2 for energy being in equilibrium, this is the same mechanism but with industrial technology.
They are trying to increase the profitability of what they are doing in order to make it politically feasible. You might be right though.
This is to prevent more benign CO2 from enriching the atmosphere. Basically stopping “fresh” CO2 from burning coal or fossils being released into atmosphere. To use the already present CO2 in the atmosphere to create fuel and keep recycling that amount of CO2 only.
There is a large coal plant in North Dakota that has a new buyer that has made promises to converge with carbon capture methods. I believe it was rainbow or something who bought out Falkirk mine. One of the best in the world
XPRISE CARBON CAPTURE
The heat loss from a smokestack can be forced into a large tank containing hot liquid microcrystalline petroleum wax. The heat will keep the wax at a molten state which facilitate the carbon to be absorbed when combined with the wax. Carbon when mixed with wax reacts like a dye. The wax-carbon amalgamation result in a black wax solution thereby making it impossible for the carbon to escape into the environment. Other toxic particles are also captured in the wax settling at the bottom of the wax holding tank forming into a sludge. A sludge release valve is located at the bottom of the tank. After the sludge is removed more wax is replaced in the vessel working something like a toilet. The sludge becomes a byproduct that can be used as an additive to asphalt for roads or used for cocooning nuclear waste materials for long-term safe burial. The entropy of the Earth has been increasing at a startling rate since the beginning of the industrial revolution caused mainly by the carbon that is released into the atmosphere. Government scientists have failed to stop and prevent carbon pollution from entering the environment. This problem can only worsen until a solution is found before this problem becomes irreversible. It has been discovered that formulated wax has been shown to be the only answer to this problem. William Nelson
what would happen if the carbon stored underground was to some how leak or escape
???
Where do they get the hydrogen from?
Oh just build thousands of new nuclear power plants and hydrolyse water. No problem.
@@philipocarroll Modular LFTRs can make this a reality.
Why not put one of these plants right on the output from say a coal power plant. Having the high C02 exhaust fumes fed straight into a carbon capture plant would surely be beneficial.
there are actually projects that do what you say
just look for post combustion carbon capture
Exactly what I was thinking!
Exhaust fumes is carbon minoxide (death) C02 is dioxide (Life)
@@tesherwa4528 it produces both gases.
There are already several natural gas plants in the US that do this and are entirely carbon neutral. Many people don’t realize that this technology exists.
AMAZING
When you remove the carbon, how do you stop outgassing of CO2 from the oceans to reestablish the equilibrium concentration of CO2. The levels of CO2 in our atmosphere are pretty low to begin with. Not sure spending the kind of dollars to remove such a relatively small amount of CO2 makes sense given that most of the heating associated with the increase of CO2 as already occurred.
Why not start the process at TPP's, gas/coal plants, cement factories etc? Why not start at the source?
this is so weird , why go this route when a simpler route would be just use algae biofuel and have a same outcome.It does not need power plant as it runs on solar and no need for pure hydrogen much simpler and to make carbon negative just pump oil underground and we know it will stay there as it was already there for millions of year
"Intractable problems have been encountered in terms of the energy balance of lipid extraction, maintaining suitable growing conditions in open ponds, and the immense volumes of water, CO₂ and fertiliser required to allow the algae to photosynthesise fast enough at large scales.
'Simulations of microalgal biofuel production show that to approach the 10% of EU transport fuels expected to be supplied by biofuels, ponds three times the area of Belgium would be needed', wrote Swansea University marine biologist Professor Kevin Flynn in 2017. 'And for the algae in these ponds to produce biofuel, it would require fertiliser equivalent to 50% of the current total annual EU crop plant needs'."
Right now, Algae biofuels is dead in the water, economically and politically. Too many lobbyists pushing corn instead.
@@ardalla535 yes true but if all U want to do is trap Co2 this is the easiest option heck don't even bio engineering it let nature do it for use and all would U need is pond or transparent pipe if U are low on water and output does not need to refined just basic oil and done can be done on limited power
We need to go to carbon levels from before industrial era, algae biofuel alone won't solve that.
How far have these came in the passed year since they made this video as they seem on point with there set up on co2
Management
Surly they got the money
From the tweet
I only came to learn
that $100M will be mine
A mobile Carbon Capture Plant would be more efficient and take it to near the Co2 Source.
This seems to be part of the approach - they are also working with natural gas/oil production facilities to capture the carbon they produce.
From carbonengineering.com/about-dac/ :
"DAC plants are location-independent and so can be co-located with an oilfield operator for enhanced oil recovery (EOR). With appropriate reservoir engineering, this process permanently sequesters CO2 in oil reservoirs during production. Utilizing atmospheric CO2 for oil recovery in this way greatly reduces the net addition of CO2 to the atmosphere from oil production and fuel use. It opens a pathway to producing fully carbon-neutral or even net-negative fuels."
Who are here after elon musks tweet