I really don't understand why government aren't considering nuclear energy. The main problem of energy is batteries. Solar, Wind all have issues that they can't give constant energy.
For me I still think Nuclear and Hydro are the best green energy.
Perhaps because of "been there, done that", a couple of catastrophes and the afaik still unsolved issue of storing the waste for a couple of thousand years.
For all practical intents and purposes, nuclear waste is a solved problem. About 96% of spent nuclear fuel is recycled [0] and of the remainder, there's so little high level waste that so far most countries haven't found it cost effective to even build long-term storage facilities yet [1]: there's only one worldwide. There are ongoing projects to build more though, and the general approach is deep geological burial.
First thing: it's not being recycled. It's being reprocessed. A very expensive process which not everybody does. The US doesn't even have a plant for it and there isn't even a plan to do it because it makes no sense at all since you still need fresh fuel (which is cheaper) and can mix MOX to it and you end up with even more less radioactive waste you still have to store on site.
So no not 96% of spend fuel is recycled. It's 96% of the reprocessed fuel is being reprocessed.
And no, the main amount of the waste is still radioactive for generations and needs to be kept safe and watched over for a very long time. The reason almost all countries haven't been able to find a hole deep enough is nothing to be proud of. This stuff is and remains to be dangerous. It will fall to generations to keep it safe. No matter what and just think about it. Just a decade ago nobody would have taken you seriously if you'd say that Donald Trump would become the president of the USA. We don't know what will happen in the next decade or century. Meanwhile this dangerous dirt is out there. Most of the times on site.
Those "ongoing projects" are a wide understatement. Germany has been looking for decades and the one they've found turned out to be not so good after all because water started leaking into it only a few decades later: https://en.wikipedia.org/wiki/Asse_II_mine
And that's just nature issues. Human issues didn't come into play....yet.
Waste is far from being a "solved problem" and it will remain so as long as this lie is being kept alive by the radioactive Astro-Turf.
I'm from Poland - Chernobyl was not as bad as it looked
I dont know about Fukushima much
storing the waste? lol it's so small amount and the planet is gigantic. Meanwhile coal, smog cancer, oil and wars behind it, saudi arabia killing people; yemeni genocide happening now - '2021 holocaust' as I could even call it
all above is much better than small amount of radioactive trash
Cost. Have a look at the numbers and then it should make sense. Don’t get caught up in silly internet debates about safety and politics. It might soon be cheaper to install new wind and solar than to operate some existing nuclear plants.
Cost is a non-answer. The cost of nuclear plants has gone up about 5x since the 70's due to regulation, which is entirely in the hands of the government.
If your generator technology isn’t cost effective because of safety regulation, the problem is not regulation, it’s your generator technology.
China recently had a reactor that nearly had a radiological release from damaged fuel rods. Even recently built reactors from newer designs have significant challenges.
In what universe does this viewpoint square with regulatory capture where you saddle your competition with requirements under the guise of safety, environmentalism (or some other feel good thing it's easy to peddle to the useful idiots)?
We can all imagine a case where some locale that has a big steam turbine manufacturer who has successfully lobbied to get extraneous safety requirements slapped on windmills. Or some locale where oil is big so they regulate solar excessively. Remember, energy and other commodities have razor thin margins and make it up at scale. A handicap of a percent that's masquerading as Safety(TM) can massively affect adoption.
Regulation isn't the only problem. The steam turbine of a nuclear plant by itself is more expensive than solar today. This is a similar turbine to that in a coal plant. So if coal plants are more expensive than solar, so is nuclear, even if there are no regulations.
The problem isn't regulation, it's that any large infrastructure project in America is crazy expensive. Nuclear power plants are expensive because of regulation, but ev even more so for the same reason that bridges and subways are crazy expensive to build.
Solar & wind are built in factories and so don't have this problem. People are trying to build nuclear plants in factories, which might be the solution.
Cost is high because there is no mass production. Every new nuclear plant starts from scratch. France built almost all their nuclear power plants in one decade with tech from the seventies. They have 56 reactors.
There’s no reason we couldn’t do it again.
> Cost is high because there is no mass production.
Aside from reactor, everything else is shared with all other thermal powerplants. And think, "other thermal powerplants" also cost a ton to build, run, maintain, and decomission.
Reactors themselves are the most expensive single part in the nuclear powerplant, but they are far from being the deciding factor.
You cannot do much about the cost of reactors, with mass production, or without:
- Without mass production, you have to forge one giant pressure vessel to extremely high standard
- With mass production, you have to forge few dozen giant pressure vessels to extremely high standard
The capital cost of the reactor is considerable, but take just any reactor technology, it will not make much difference to the fact of reactors being giant, expensive pressure vessels.
Union's RBMK reactor design (one which blew up in Czernobil) tried to work around that by turning the pressure vessel into a huge pipe network, without much success:
- Such piping network still needed to be fabricated to an extremely high standard
- Such piping network still was gigantic
- Such piping network still had to use super expensive superalloys
- This giant pipe network was requiring even more inspection, and maintenance than one big boiler
- This giant pipe network obviously leaked way more than one big boiler
- Fixing the above leaks was taking enormous amounts of time, money, and manpower, and opportunity cost in lost generation hours
Yes, you are right, most of the cost is still outside of nuclear island.
But the single costliest part would still be a reactor, despite it itself being a small part of the plant cost.
Turbines may've been more expensive than reactors for gigawatt scale plants decades ago, but large steam turbines went down in price considerably exactly because of mass manufacturing.
Have you been able to find reliable pricing information for large steam turbines? I've been looking for quite a while and haven't managed to find a good source, especially for historical data.
Have you been able to find reliable pricing information about the turbines in the tens of megabucks range? Those are the ones that matter for the cost of grid power, I think.
Mass production means experienced teams so no costly delays because of inexperience. It also means the flaws in the design have been corrected after a couple iterations. An EU wide team working to build 100 nuclear plants in Europe in 10 years will be a lot faster and cost a lot less than each country going at it alone with different designs.
The problem isn’t technological or cost, it’s political. There is no political willingness to even try.
1. It will not do anything about material costs — reactor superalloy use will still be dwarfed by superalloy use by the rest of power generation industry, and marine
2. It will not do anything to the extremely expensive tooling needed to forge reactor vessels. If you want 10x production, you basically need 10x of these huge forging plants.
3. It will not do much about capital cost, as anything of this scale is never done for cash.
4. The extreme high quality standard needed can't be worked around. If you got a single cavity in the whole 10 meter piece, you scrap that whole 10 meter piece. This is unavoidable as the underlying physics.
5. The extreme level of defectoscopy, and manpower needed. It may be cheapened, and automated, but it wouldn't be much of a reduction of already small part of cost.
6. Logistic costs of the whole reactor vessel delivery can't go down by much either. Road closures are expensive.
7. Insurance cost for the reactor in transit... may go down, but it also is not much.
If you believe economies of scale are truly the key to success, then certainly wind, solar and battery power will be the long term winners. We can scale up to put solar panels on every roof in the world, and batteries in every car. Do you envisage a realistic scenario of having billions of tiny nuclear reactors in every home and car, to achieve similar economies of scale?
Costs aren't static though, have we reached the limits of how much we can improve on nuclear tech? If we were having this discussion a couple of decades ago, this reasoning would lead you to believe solar and wind have insurmountable costs compared to nuclear.
“Sorry kids. We had the solution to limitless clean energy but it was just a bit more expensive than others, so we passed. Too bad about the devastation. Lol.“
Renewables backed by storage are cheaper than fossil fuels and nuclear in most of the world. Even with a lower cost it’s taking too long to roll out, but some of that is incumbent inertia. The change will come.
In India, nuclear power is part of the country's energy policy. A decade or two after independence, India was one of the few countries that focused on nuclear energy with the support of the US, and went on to build nuclear power plants. In fact, after the US-India Civil Nuclear Agreement in 2005, and the subsequent NSG waiver to India in 2008, India also signed deals with many countries to build new, safeguarded nuclear power plants. Currently India has 22 nuclear reactors in 7 nuclear power plants - https://en.wikipedia.org/wiki/Nuclear_power_in_India
I guess the reason it is not popular is because once you master the technology to build a nuclear reactor, you are one more step closer to build a nuclear bomb. And the powers be do not want any more country to have nuclear bombs.
And you are absolutely right - the weak point in home solar power generation is the battery. They are a huge recurring expense.
I believe India recieved a lot of technology from Russia for it's nuclear plants. Agreements with US were mostly about "allowing" them to import nuclear fuel and not be subjected to sanctions, which India was subjected to after they tested nuclear bombs (in a race with Pakistan).
Of late there has been a lot of local resistance to build nuclear plants and there's been accusations of protest organizers being US funded to prevent more contracts going out to Russia.
Also heard similar accusations for why thorium reactors aren't being developed properly even through India has massive reserves - foreign interference.
So yeah, the main reason nuclear isn't all that attractive is that it invites a lot of interference from powerful countries with interests in controlling the technology and fuel - military dominance is threatened.
Solar, wind power and battery technology do not face these issues.
You can see similar dynamics play out in aviation, especially jet engine tech.
Russia did help India a lot in developing its nuclear capabilities - both for peaceful purposes and for its military. From what I remember reading on the subject, the US actively helped us in the beginning, in the 60's, and even gave us some nuclear reactors. However, after we used and processed the Uranium from it for our nuclear weapons program, they were pissed and were in the forefront in imposing sanctions on us. They blocked access to a lot of science and tech to hamper our nuclear program, for decades.
That is when the Russians increased collaboration on nuclear tech with us. They went even further than the US and even helped us develop nuclear tech for the military - for example, by leasing us a nuclear submarine to our navy (which helped us to build our own nuclear submarines).
So yes, Russia has definitely contributed more to India than the US. (And they have done so in a lot of other fields too - India does owe a lot to Russia).
The main problem of energy is cost, NREs, capex, and long term support.
The Big Energy (gigawatt scale powerplants,) works well on big scales. But 9 out of 10 countries don't have that.
Big economy, big population, big industry, big infrastructure — you need all 4, or it doesn't work.
Solar is extremely efficient at small scales if you think of capital costs. A single panel atop of a tent in the desert is just few percents behind a gigawatt scale solar powerplant in efficiency.
Now think of any 2 stroke generator you see in a 3rd world country. Costs many times more for the power if you look at ones capable of 24/7 operation. Heavy duty diesel ones are even more so.
My understanding is that governments consider nuclear disasters as eventualities - reducible but not truly preventable, and in the event of a disaster you have to create a functionally permanent exclusion zone.
In general, I would agree with you. However, I would prefer the developed countries to put this into action first. That's because I don't trust the Indian government. The government here has an odd combination of instilling too many regulatory hurdles, and very lax enforcement of safety policies. By that, I mean, the company pays a little bribe, and the government looks the other way.
We have plenty of arid, otherwise unusable land within easy reach, and solar farms don't interfere with the environment in such places.
Old nuclear cores may end up outlasting all the countries we have now. The rest of the weapon does need to be upgraded every few years. That does not generate nuclear waste.
In the UK there is a nuclear power plant under construction [1], and two more plants with the same reactor type are planned to be built in France and Finland. The plant will cost around £23 billion to build, mostly financed by the owners, EDF (state owned by France) and CGN (state owned by China), with a little funding from the taxpayer.
However they have negotiated a "strike price" of £92.50/MWh - how much they can sell the electricity for. In 2019, auctions for offshore wind were sold at a strike price of £39.65/MWh [2], so that's nearly 3x the price. Somebody is getting a good deal out of it, but definately not UK electricity consumers :D
It’s a bit weird to have fixed prices for some players while other players in the same market need to compete. If a new tech comes along in 10 years which offers basal power like nuclear plants do, then there won’t be any incentive to invest there because they are stuck with the much higher price.
Just to be clear, the plant in Finland isn't just "planned". They started construction in 2005, and it was supposed to be operational in 2009. They've just loaded the fuel for final verification tests, so it should finally go online next year.
The delays and budget overruns for that project have been quite something.
The overruns bankrupted the French prime contractor, so there's that. I suspected they underbid the job, never suspecting the Finnish regulatory authorities would as strict as they are.
We as humanity need base load capacity, and getting enough battery capacity for even just the West is a pie in the sky. Hydro is very localized. So then the choice falls to coal or nuclear. Coal is more polluting, and it even has more (indirect) radioactive spillout than nuclear.
I'd happily pay a few cents/watt more if that means turning most energy production green. It also has the knock-on effect of making driving electric more green.
I mean , even Black water is going "green". They made bank poisoning the world and are just as eager to make even more money cleaning that mess. Hardly surprising
It seems if we would only put brains on the matter, there is no physical laws to be broken to fix this issue.
A great example is the Shift Project think tank in France putting together a systemic plan [1] that:
1) brings an entire country to actually respect its carbon budget (relative to its population) necessary to stay within 2C of global warning
2) do this while keeping a job for everybody, in a systemic way (consistent across all industries)
3) does not assume any new miracle technology
4) does not assume to go the autocratic way
5) and more importantly, assumes all of this must be possible under economic contraction, because energy/economy decoupling is for the foreseeable future, a chimera [2]
Climate change is not binary. The question at this point is "how much climate change", not if we can or cannot prevent it.
Equilibrium is also not a single point. Various ecosystems have different equilibriums. Some have been surpassed, but most can still adapt if we hold change to a low level.
Equilibrium is not a continuum if there are any positive feedback loops. It's just as likely if not more that there are islands of stability passing out of which triggers the feedback loop. For the moment I'm enjoying unprecedented high temperatures reminiscent of the carboniferous.
I guess this new title holder is because Jack Ma got disappeared and took a big hit after he called Chinese dictator Xi Jinping a "clown" for his handling of the coronavirus crisis.
This man is a genius. He continuously disrupts his business empire every 10 years.
From clothing & petrochemicals, which his father built,
to refining in 90s (he built the world's largest refinery and made India net petroleum product exporter...a petroleum deficit nation),
to phones in 2000s (ushered in phone era in India by bundling handset and plans),
to data (jio) in 2010s (made India the largest Internet data user in matter of a few years).
Maybe he's just a savvy business man but Genius? Money makes money, when you have billions you can make 10 of billions. Nothing he does is out of the kindness of his heart, it's to grow his empire.
Are they sending rockets to Mars? Did they invent some new Fusion reactor? No, they take existing technologies and leverage the billions they have to expand their Empire. Understandable that the Indian community wants to celebrate their own but lets put everything in perspective.
No different than calling Warren Buffet a Genius.....
He is again and again accused of rent-seeking behaviours and cutting corners now and then.
They are in very good terms with the fascist Hindu Nationalist BJP party and they regularly donate huge amount of money to their electoral bond. Now, in India, if you want to donate to a party, it can be done completely anonymously.
Mukesh Ambani is that kind of rich man who is rich because his father was rich.
In India, they are known as "please do something" company. If a competitor starts making progress, the government issues regulations that will put them in disadvantage.
Elon Musk's Starlink started taking preorders. This man, ganged up with other "please do something" companies lobbied to the government and regulatory body TRAI banned the preorder of Starlink.
They have repeatedly tried to curb Amazon and Flipkart by lobbying to the government.
The Indian government has repeatedly tried to bring regulations that disadvantage Amazon. They alway mention "small businesses", but everyone knows on whose lobbying they do those.
This man is absolutely NOT a genius, and a rent-seeking shady businessman.
Genius isn't limited to only science and technology. It would not be wrong to call Warren Buffett a financial or investing genius; and similarly Mukesh Ambani a genius industrialist.
> So only tech inventors qualify as geniuses to you?
I just gave two obvious examples that would change humanity for ever. Do I consider someone like Tesla a Genius? yes. Do I consider someone like Elon a Genius? No. But I definitely don't equate Genius with Business success based on well established Industry.
The other concern is that this seems only energy focused. What about environmental issues like land-use change, geochemical flows, biodiversity loss, etc. as mentioned as existential risks in the planetary boundaries framework (https://stockholmresilience.org/research/planetary-boundarie...) ?
This is embarrassing. This is one of the shadiest people in India, who is in part responsible for the currently ongoing largest protest in human history.
He funded the current PM from being a no name local politician all the way to prime minister ( an ascent which included brutal racial killings of Muslims in Gujarat).
And since his reaching PM status, Modi's government has allowed one shady businesses practice after another to be carried out by Ambani's many companies, ultimately culminating in the passing of the three farming ordinances which would give Ambani's companies significant freedom to fixing prices of crops. This model has already been tested by Modi and Ambani in Gujarat, where Ambani's companies now own the farmland while local farmers immigrate of out state to find labor jobs... So this is ultimately about land, and no one is India is more land hungry than Ambani.
It is appaling that on one hand, this type of unethical behavior has resulted in the largest protest in history, with hundreds of thousands of Indians uniting together and traveling to Delhi through police barricades, to demand that the government take back the farming ordinances, which Ambani is directly behind.
And on the other hand, here we are, calling this man a genius.
Talking out of our ass, are we? The Ambanis had already established their supremacy and had flourished under Congress rule too, BJP's rise and the corresponding co-dependence was a relatively recent phenomenon.
Regardless, it can't be denied that no one has brought such drastic changes in the country as M.Ambani. The entire country's mobile app and e-commerce market exists practically because of Jio's disruption in the telecom sector.
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[ 4.0 ms ] story [ 116 ms ] threadFor me I still think Nuclear and Hydro are the best green energy.
[0] https://en.wikipedia.org/wiki/Radioactive_waste
[0] https://en.wikipedia.org/wiki/Radioactive_waste#High-level_w...
So no not 96% of spend fuel is recycled. It's 96% of the reprocessed fuel is being reprocessed.
And no, the main amount of the waste is still radioactive for generations and needs to be kept safe and watched over for a very long time. The reason almost all countries haven't been able to find a hole deep enough is nothing to be proud of. This stuff is and remains to be dangerous. It will fall to generations to keep it safe. No matter what and just think about it. Just a decade ago nobody would have taken you seriously if you'd say that Donald Trump would become the president of the USA. We don't know what will happen in the next decade or century. Meanwhile this dangerous dirt is out there. Most of the times on site.
Those "ongoing projects" are a wide understatement. Germany has been looking for decades and the one they've found turned out to be not so good after all because water started leaking into it only a few decades later: https://en.wikipedia.org/wiki/Asse_II_mine
And that's just nature issues. Human issues didn't come into play....yet.
Waste is far from being a "solved problem" and it will remain so as long as this lie is being kept alive by the radioactive Astro-Turf.
I'm from Poland - Chernobyl was not as bad as it looked I dont know about Fukushima much
storing the waste? lol it's so small amount and the planet is gigantic. Meanwhile coal, smog cancer, oil and wars behind it, saudi arabia killing people; yemeni genocide happening now - '2021 holocaust' as I could even call it
all above is much better than small amount of radioactive trash
https://www.lazard.com/perspective/lcoe2020
China recently had a reactor that nearly had a radiological release from damaged fuel rods. Even recently built reactors from newer designs have significant challenges.
https://www.nytimes.com/2021/06/16/business/china-nuclear-re...
We can all imagine a case where some locale that has a big steam turbine manufacturer who has successfully lobbied to get extraneous safety requirements slapped on windmills. Or some locale where oil is big so they regulate solar excessively. Remember, energy and other commodities have razor thin margins and make it up at scale. A handicap of a percent that's masquerading as Safety(TM) can massively affect adoption.
The problem isn't regulation, it's that any large infrastructure project in America is crazy expensive. Nuclear power plants are expensive because of regulation, but ev even more so for the same reason that bridges and subways are crazy expensive to build.
Solar & wind are built in factories and so don't have this problem. People are trying to build nuclear plants in factories, which might be the solution.
Aside from reactor, everything else is shared with all other thermal powerplants. And think, "other thermal powerplants" also cost a ton to build, run, maintain, and decomission.
Reactors themselves are the most expensive single part in the nuclear powerplant, but they are far from being the deciding factor.
You cannot do much about the cost of reactors, with mass production, or without:
- Without mass production, you have to forge one giant pressure vessel to extremely high standard
- With mass production, you have to forge few dozen giant pressure vessels to extremely high standard
The capital cost of the reactor is considerable, but take just any reactor technology, it will not make much difference to the fact of reactors being giant, expensive pressure vessels.
Union's RBMK reactor design (one which blew up in Czernobil) tried to work around that by turning the pressure vessel into a huge pipe network, without much success:
- Such piping network still needed to be fabricated to an extremely high standard
- Such piping network still was gigantic
- Such piping network still had to use super expensive superalloys
- This giant pipe network was requiring even more inspection, and maintenance than one big boiler
- This giant pipe network obviously leaked way more than one big boiler
- Fixing the above leaks was taking enormous amounts of time, money, and manpower, and opportunity cost in lost generation hours
Do you have a recommended source for this? My impression was the vast majority of cost was outside the "nuclear island" of the plant.
But the single costliest part would still be a reactor, despite it itself being a small part of the plant cost.
Turbines may've been more expensive than reactors for gigawatt scale plants decades ago, but large steam turbines went down in price considerably exactly because of mass manufacturing.
The problem isn’t technological or cost, it’s political. There is no political willingness to even try.
How can experience change anything about the costs of forging a 10 meter tall piece of superalloy?
2. It will not do anything to the extremely expensive tooling needed to forge reactor vessels. If you want 10x production, you basically need 10x of these huge forging plants.
3. It will not do much about capital cost, as anything of this scale is never done for cash.
4. The extreme high quality standard needed can't be worked around. If you got a single cavity in the whole 10 meter piece, you scrap that whole 10 meter piece. This is unavoidable as the underlying physics.
5. The extreme level of defectoscopy, and manpower needed. It may be cheapened, and automated, but it wouldn't be much of a reduction of already small part of cost.
6. Logistic costs of the whole reactor vessel delivery can't go down by much either. Road closures are expensive.
7. Insurance cost for the reactor in transit... may go down, but it also is not much.
https://www.lazard.com/media/451419/lazards-levelized-cost-o...
http://ieefa.org/wp-content/uploads/2021/03/US-Power-Sector-...
Point being, saying one energy source is too expensive Vs another is an idiotic argument should one lead to decarbonization.
But sure guys, go ahead and throw trillions on economic bailouts every several years but wring your hands at moderately more expensive energy.
I guess the reason it is not popular is because once you master the technology to build a nuclear reactor, you are one more step closer to build a nuclear bomb. And the powers be do not want any more country to have nuclear bombs.
And you are absolutely right - the weak point in home solar power generation is the battery. They are a huge recurring expense.
Of late there has been a lot of local resistance to build nuclear plants and there's been accusations of protest organizers being US funded to prevent more contracts going out to Russia.
Also heard similar accusations for why thorium reactors aren't being developed properly even through India has massive reserves - foreign interference.
So yeah, the main reason nuclear isn't all that attractive is that it invites a lot of interference from powerful countries with interests in controlling the technology and fuel - military dominance is threatened.
Solar, wind power and battery technology do not face these issues.
You can see similar dynamics play out in aviation, especially jet engine tech.
That is when the Russians increased collaboration on nuclear tech with us. They went even further than the US and even helped us develop nuclear tech for the military - for example, by leasing us a nuclear submarine to our navy (which helped us to build our own nuclear submarines).
So yes, Russia has definitely contributed more to India than the US. (And they have done so in a lot of other fields too - India does owe a lot to Russia).
The main problem of energy is cost, NREs, capex, and long term support.
The Big Energy (gigawatt scale powerplants,) works well on big scales. But 9 out of 10 countries don't have that.
Big economy, big population, big industry, big infrastructure — you need all 4, or it doesn't work.
Solar is extremely efficient at small scales if you think of capital costs. A single panel atop of a tent in the desert is just few percents behind a gigawatt scale solar powerplant in efficiency.
Now think of any 2 stroke generator you see in a 3rd world country. Costs many times more for the power if you look at ones capable of 24/7 operation. Heavy duty diesel ones are even more so.
We have plenty of arid, otherwise unusable land within easy reach, and solar farms don't interfere with the environment in such places.
If I am not wrong, India has about 6 new nuclear reactors in works using a mix of Russian and American firms.
And I would like India to get its regulatory framework fixed before it allows more nuclear plants.
However they have negotiated a "strike price" of £92.50/MWh - how much they can sell the electricity for. In 2019, auctions for offshore wind were sold at a strike price of £39.65/MWh [2], so that's nearly 3x the price. Somebody is getting a good deal out of it, but definately not UK electricity consumers :D
[1] https://en.wikipedia.org/wiki/Hinkley_Point_C_nuclear_power_...
[2] https://www.greentechmedia.com/articles/read/prices-tumble-a...
When you factor in cost of storage, I doubt the multiple is still 3.
The delays and budget overruns for that project have been quite something.
I'd happily pay a few cents/watt more if that means turning most energy production green. It also has the knock-on effect of making driving electric more green.
A great example is the Shift Project think tank in France putting together a systemic plan [1] that:
1) brings an entire country to actually respect its carbon budget (relative to its population) necessary to stay within 2C of global warning 2) do this while keeping a job for everybody, in a systemic way (consistent across all industries) 3) does not assume any new miracle technology 4) does not assume to go the autocratic way 5) and more importantly, assumes all of this must be possible under economic contraction, because energy/economy decoupling is for the foreseeable future, a chimera [2]
[1] https://theshiftproject.org/article/fiches-plan-transformati... (in french) [2] https://mk0eeborgicuypctuf7e.kinstacdn.com/wp-content/upload...
Equilibrium is also not a single point. Various ecosystems have different equilibriums. Some have been surpassed, but most can still adapt if we hold change to a low level.
From clothing & petrochemicals, which his father built,
to refining in 90s (he built the world's largest refinery and made India net petroleum product exporter...a petroleum deficit nation), to phones in 2000s (ushered in phone era in India by bundling handset and plans), to data (jio) in 2010s (made India the largest Internet data user in matter of a few years).
Now he is doing renewal energy.
No different than calling Warren Buffet a Genius.....
He is again and again accused of rent-seeking behaviours and cutting corners now and then.
They are in very good terms with the fascist Hindu Nationalist BJP party and they regularly donate huge amount of money to their electoral bond. Now, in India, if you want to donate to a party, it can be done completely anonymously.
Mukesh Ambani is that kind of rich man who is rich because his father was rich.
In India, they are known as "please do something" company. If a competitor starts making progress, the government issues regulations that will put them in disadvantage.
Elon Musk's Starlink started taking preorders. This man, ganged up with other "please do something" companies lobbied to the government and regulatory body TRAI banned the preorder of Starlink.
They have repeatedly tried to curb Amazon and Flipkart by lobbying to the government.
Read- https://www.bbc.com/news/business-56037104
The Indian government has repeatedly tried to bring regulations that disadvantage Amazon. They alway mention "small businesses", but everyone knows on whose lobbying they do those.
This man is absolutely NOT a genius, and a rent-seeking shady businessman.
I just gave two obvious examples that would change humanity for ever. Do I consider someone like Tesla a Genius? yes. Do I consider someone like Elon a Genius? No. But I definitely don't equate Genius with Business success based on well established Industry.
To give some context back then, Andrew Revkin gave a chart of what this is in actual relative to government-scale funding of projects: https://twitter.com/Revkin/status/1229595028072300544
The other concern is that this seems only energy focused. What about environmental issues like land-use change, geochemical flows, biodiversity loss, etc. as mentioned as existential risks in the planetary boundaries framework (https://stockholmresilience.org/research/planetary-boundarie...) ?
He funded the current PM from being a no name local politician all the way to prime minister ( an ascent which included brutal racial killings of Muslims in Gujarat).
And since his reaching PM status, Modi's government has allowed one shady businesses practice after another to be carried out by Ambani's many companies, ultimately culminating in the passing of the three farming ordinances which would give Ambani's companies significant freedom to fixing prices of crops. This model has already been tested by Modi and Ambani in Gujarat, where Ambani's companies now own the farmland while local farmers immigrate of out state to find labor jobs... So this is ultimately about land, and no one is India is more land hungry than Ambani.
It is appaling that on one hand, this type of unethical behavior has resulted in the largest protest in history, with hundreds of thousands of Indians uniting together and traveling to Delhi through police barricades, to demand that the government take back the farming ordinances, which Ambani is directly behind.
And on the other hand, here we are, calling this man a genius.
Regardless, it can't be denied that no one has brought such drastic changes in the country as M.Ambani. The entire country's mobile app and e-commerce market exists practically because of Jio's disruption in the telecom sector.
Are you not aware that Indians have been boycotting Jio nationwide, even going as far as to destroy their towers in some states ?
What world are you living in, trying to use the company as an example of progress?
2 + 2 = Sandwich