What climate change is not

Correct.

In a perfect world, with ideal materials, here's what would happen:

You'd lower a container, open a valve, close it, then bring it to the surface. The ideal container would not swell at all. You'd measure the pressure and it would be high. Then you'd open the valve, the water would move out a few centimeters, and the water would then be at surface pressure.

Here's what will happen in the real world:

You'd lower a container, open a valve, close it, then bring it to the surface. The container would swell a few millimeters. You'd measure the pressure and it would be low, close to surface pressure. You'd open the valve and it would move even less and would then be at precisely surface pressure.


It would not be 1000kPa the instant you opened the valve. It would be cold surface pressure water and would not boil.
ok I'll take your word for it...
It is very easy to test so next time I am at dive pool...I'll let you know...
Can you think of any benefit in using the ocean as a natural compressor?
35000 kPa has got to be worth something?

Other than pressure doesn't need to be burned to power devices including power stations.
Using compressed air is very popular for manufacturing etc...
 
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I believe hydrogen is a very promising energy source.

Why Hydrogen is not BS http://oceangeothermal.org/archive-...MIotqR3-6I6AIVD9vACh2c7A8LEAAYAiAAEgLp7fD_BwE

The one problem is its high energetic behavior, which requires multiple stage pressure fueling.
If I am not mistaken, as my research into this is just started, lowering a container of air will cause gases to separate as the pressure increases.
Each gas has a liquefaction point that is different and can be separated and stored in a liquid state as the chamber descends.
Oxygen liquefies at 20 atm ( 352psi ) (?)
Nitrogen liquefies at 2 atm ( 29psi ) (?)

and so on...

Of course I may be over simplifying...
 
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I believe hydrogen is a very promising energy source.
Hydrogen is not an energy source, since we don't have any.

Hydrogen might be a good way to _store_ energy. But in most cases you are better off just using the energy you have instead of converting water to hydrogen and back.

If we ever get high temperature gas reactors they will allow thermal dissociation of water, and that would in turn provide relatively cheap hydrogen. But we're a ways from that.
 
Hydrogen is not an energy source, since we don't have any.

Hydrogen might be a good way to _store_ energy. But in most cases you are better off just using the energy you have instead of converting water to hydrogen and back.

If we ever get high temperature gas reactors they will allow thermal dissociation of water, and that would in turn provide relatively cheap hydrogen. But we're a ways from that.
Don't we already have hydrogen fueled cars?
A hydrogen vehicle is a vehicle that uses hydrogen fuel for motive power. Hydrogen vehicles include hydrogen-fueled space rockets, as well as automobiles and other transportation vehicles. The power plants of such vehicles convert the chemical energy of hydrogen to mechanical energy either by burning hydrogen in an internal combustion engine, or, more commonly, by reacting hydrogen with oxygen in a fuel cell to run electric motors. Widespread use of hydrogen for fueling transportation is a key element of a proposed hydrogen economy
1280px-Toyota_FCV_reveal_25_June_2014_-_by_Bertel_Schmitt_02.jpg

The 2015 Toyota Mirai is one of the first hydrogen-fuel-cell vehicles to be sold commercially. The Mirai is based on the Toyota FCV concept car (shown)

https://en.wikipedia.org/wiki/Hydrogen_vehicle
 
Don't we already have hydrogen fueled cars?
Yes. That hydrogen comes from natural gas. So it would be more accurate to call the Mirai a natural gas car; that is its energy source.

Also, it's almost as efficient (and a lot safer) to just use the natural gas as-is; the Honda Civic GX is an example of a natural gas car. That way you don't have to split the natural gas into hydrogen and CO2, and you don't have to try to store the hydrogen (VERY hard.)
 
Yes. That hydrogen comes from natural gas. So it would be more accurate to call the Mirai a natural gas car; that is its energy source.

Also, it's almost as efficient (and a lot safer) to just use the natural gas as-is; the Honda Civic GX is an example of a natural gas car. That way you don't have to split the natural gas into hydrogen and CO2, and you don't have to try to store the hydrogen (VERY hard.)
I already mentioned that hydrogen is very hard to load and store. It takes several stages of increasing pressure.

But there are already school buses that use hydrogen as fuel, because their size acommodates the storage tanks.

imrs.php


By : Fredrick Kunkle, April 12, 2019 at 11:02 a.m. PDT
As the bus rolls into D.C. traffic, the ride inside is so quiet that all a passenger can hear is the creaking and squeaking of the vehicle’s frame.
Now and then comes a faint, high-pitched whistling of its motor, but the whoosh of the wind outside and the air-conditioning unit is much louder.
But perhaps the only thing better than the lack of noise is the lack of emissions from the bus’s hydrogen-fueled engine.
The blue bus — one of just more than 60 in use by public transit agencies in the United States — is powered by a chemical process that transforms hydrogen and oxygen into electrons and water. The electrons power the bus engine. The water trickles out the tailpipe.
Kirt Conrad, chief executive of the Stark Area Regional Transit Authority (SARTA), brought the hydrogen-powered bus to Washington to promote the vehicles as an alternative to louder, dirtier diesel buses that most cities and suburbs use to move people around.
https://www.washingtonpost.com/transportation/2019/04/12/hydrogen-powered-bus-goes-washington/
 
I already mentioned that hydrogen is very hard to load and store. It takes several stages of increasing pressure.
But there are already school buses that use hydrogen as fuel, because their size acommodates the storage tanks.
Yep. There are 60 of those natural-gas-to-hydrogen buses in the US. There are 11,000 natural gas buses.
 
Yep. There are 60 of those natural-gas-to-hydrogen buses in the US. There are 11,000 natural gas buses.
Until we run out of natural gas. Global warming emissions
Natural gas is a fossil fuel, though the global warming emissions from its combustion are much lower than those from coal or oil.
Natural gas emits 50 to 60 percent less carbon dioxide (CO2) when combusted in a new, efficient natural gas power plant compared with emissions from a typical new coal plant [1]. Considering only tailpipe emissions, natural gas also emits 15 to 20 percent less heat-trapping gases than gasoline when burned in today’s typical vehicle [2].
Emissions from smokestacks and tailpipes, however, do not tell the full story.
The drilling and extraction of natural gas from wells and its transportation in pipelines results in the leakage of methane, primary component of natural gas that is 34 times stronger than CO2 at trapping heat over a 100-year period and 86 times stronger over 20 years [3]. Preliminary studies and field measurements show that these so-called “fugitive” methane emissions range from 1 to 9 percent of total life cycle emissions......more!
https://www.ucsusa.org/resources/environmental-impacts-natural-gas

Hydrogen supply is unlimited and absolutely clean. By-product; water.
 
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what matters for the costs is comparison with the time scale of infrastructure investments.
What are you comparing?
AGW is going to last for a few hundred years at least, barring the deployment of some way to remove the CO2 we are currently pumping into the atmosphere. The costs of adjustment to its effects will be continual during that time.
At least the US has enough money without any need of taxation of the rich, their military budget is much higher than they would need for a serious improvement of their infrastructure.
That's all borrowed. The US will have to raise taxes on the rich to pay off that debt also.
The US will have to tax the rich, heavily, to pay for climate change adjustments. (And it may very well cost more than the military budget - for one thing, it will comprise a large fraction of the military budget.).
Namecalling is not an argument
No namecalling visible.
And no argument - nobody's arguing with you.
An optimal temperature for a given technological level is a simple and well-defined concept.
There is no such thing in reality. Whether or not you could define one for your fantasy world remains unknown.
I do not propose to use what is named "nuclear winter", because the nuclear winter is based on different effects (large fires). And I do not propose to use some global effects to combat something local.
You propose emergency global cooling via particulates and aerosols from open air nuclear explosions (nuclear winter), in response to bad effects from temperature spikes (local consequences of AGW).
Russia does not have a big problem with warming,
Permafrost melting with its many side effects (pollution, disease, fire, methane release, building and road damage, etc) is a big problem for Russia. So is drought, the spread of agricultural and boreal forest diseases and pests, and refugee incursion.
And so forth. It's a long list, and Russia is a poor country already - with inadequate societal resources or existing infrastructure.
No. The threats to modern industrial civilization are purely political.
That's quite silly (consider the threats to agriculture alone, the basis of industrial civilization - - - ).
And it is - overtly and explicitly - denial of AGW. Remember when you claimed you did not do that?
We can use such data like those in https://ilja-schmelzer.de/climate/greening.php as some approximation, with the rough approximation that a larger leaf area is good.
As a rough approximation, that's terminally foolish. One could say "ignorant", but posting on such obviously complex topics from that level of ignorance is foolish anyway - may as well cut to the chase.
 
btw, in the continuing matter of the real cost of nuclear power:

A year ago, the setup: http://www.startribune.com/bill-pas...-to-ok-xcel-s-nuclear-energy-costs/478105293/
Recently: http://www.startribune.com/plans-to...ld-rely-on-extending-nuclear-power/568347972/

That is: Recently in the local media we have been informed that the three reactors currently in use along the upper reaches of the Mississippi River need 1.4 billion in upgrade and maintenance.

That is on top of the hundreds of millions in extra or unpredicted maintenance costs already spent over the last decade on these reactors, and charged to the customer ever since - it turns out that things go wrong with nukes that nobody had anticipated when they were first sold to the electricity customers of the area. (These things were of course concealed - lied about, by officials of the power company and the government at all levels - at the time.)

Now to note, specifically: nobody - at least, nobody in the local media visible to me - is talking about replacing these things with a safer, better design of nuke. That's not the choice we face with nuclear power here, or generally in the US.

The reason apparently is that such replacement would be prohibitively expensive
- beginning with the enormous outlay (including risk) involved in decommissioning the existing reactors, a threat that has been hanging over the nuclear power industry in the US for its entire life;
continuing with the political circumstance that selling a safer design would involve admitting the hazards of the current one;
ending with the awkward fact that there's nowhere to put even the spent fuel already generated, let alone the great piles of radioactive and poisonous debris that a demolition would create.

The current, sotto voce, backstop option carefully avoided in political discussion around here is storage in place - entombing the whole mess on site, and crossing our fingers.

And that might be the best we can do - headwaters of the Mississippi or not, upwind of major population centers or not. It at least avoids the hazards of transport - no small benefit. But it's far from what was promised when these things were sold to the citizenry.

The matter of interest: these heavy costs seem to have been a large part of the reason we have no trial plants for the more promising renewable options. The only renewables heavily invested in around here are the ones that pay off as they go - wind and panel solar without storage, fed directly into the grid, say.

Shortsighted, that - and mostly political, of course. Minnesota has little fossil fuel, and long winters with long nights, but plenty of summer sun and wind and open land vulnerable to AGW - obviously storage and conservation would the first options for heavy investment and fostering of innovation, from a technical or economically rational point of view.
 
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Some might find this of interest

Below is a copy paste link
Starters: the supposed topic is potentially well founded - the supposed 97% consensus on the matter of whatever by whomever by Cook is probably a bogus number poorly derived, the consensus number derived from a different and apparently better designed survey by Oreskes is not as solid as some apparently presume, the entire matter of "consensus" is problematic in science and therefore dubious in media efforts supposedly based on science, etc.

But that does not excuse this mess of a link.

The author's borderline illiterate, and possibly deliberately deceptive.

example:
Summary: Naomi Oreskes reviewed 928 climate change articles in science journals and concluded 75% of the articles believe in anthropogenic global warming (AGW).
The guy views articles in science journals as "believing in" something, he describes them as "climate change articles" on the basis of nothing, and imputes those confusions and miswordings to Oreskes rather than himself.

example:
So Naomi screened for only articles written about loaded keywords - - -
No. Oreskes screened for articles indexed under the keywords "climate change" - that is much different from articles about climate change, and of course stating that articles are about keywords is an illiteracy (unless they are about keywords, in which case they are not about climate change or anything similar).

example:
Hardly surprising - imagine the skew to a consensus you would find in searching articles written about “a living wage”? Those who oppose it call would write articles using a less loaded term
Somehow this guy has conjured up a world in which lots of people "oppose {a living wage}". Now we can guess he didn't mean that - we can guess that what he probably meant was that many people oppose laws mandating a living wage, or some such regulation or rule or whatever - but that's not what he wrote.

And, crucially, one would assume such a group - people opposed to such legislation - would actually be quite likely to address a "living wage" in those terms. It's the subject of what they oppose - they are going to at least mention it, probably. Their articles would show up in that keyword search.

In short: His argument falls apart if he writes what he means. He only slides by and appears to make sense if his readers don't notice he doesn't mean what he writes.

And that problem infests the entire link. He does not quote but paraphrases, he consistently does a bad job of it - and then he bases his entire argument on his own wording and his own presumptions.

Like this, a few paragraphs later:
So the 97% of articles written on “climate change” is actually 2% of articles where the authors self-nominated themselves “climate experts”. As selected by a climate activist with no credentials in science.
This is all bs. The articles were not "written on climate change", the authors did not "self-nominate themselves" (illiteracy) as "climate experts" (they were published scientific papers, the authors would have presented their formal credentials at most), and the selection was by a PhD Cognitive Psychologist - a solid scientific credential (if you know what a cognitive psychologist is and what a PhD in that field involves - our boy here seems to think it means some kind of talk therapist*) and one well suited for identifying various fields of research and making that selection.

Problems with cognition seem to be involved throughout, to be snarky about it.

*"But… look how much it took here in this little box just to expose one breathtakingly fake “consensus” number - used by so many, so often, that is exposed as a very poorly designed study completed by a climate activist with psychologist tendencies? " Any idea what "psychologist tendencies" means to our boy here?
 
Definitely agreed there.
Again, hydrogen comes from natural gas. You are missing that.
It is now, everything is fossil fuel based now, that's the problem. But it does not need to be. AFAIK electrolysis is a completely clean method. It's just that we have not massively concentrated on this due to our reliance on fossil fuel, round and round we go.
Electrolysis uses electricity.
Electrolysis is a process that splits hydrogen from water using an electric current. The process can be used on a large or small scale. On a large scale, the process may be referred to as power-to-gas, where power is electricity and gas is hydrogen. Electrolysis does not produce any emissions other than hydrogen and oxygen. The electricity used in electrolysis can come from renewable sources such as hydro, wind, or solar energy.
Using solar energy technologies to split hydrogen from water molecules. If the electricity used in electrolysis is produced from fossil fuels, then the pollution and carbon dioxide emissions produced from those fuels are indirectly associated with electrolysis.
Last updated: January 21, 2020
https://www.eia.gov/energyexplained/hydrogen/production-of-hydrogen.php

Electricity is easy to make, water is abundant, that's it..., the rest is finding the most efficient use of these two abundant renewable natural resources.

Saying that hydrogen production needs natural gas is exactly what we are trying to get away from. It doesn't need natural gas. Let's not even think it!
 
Using compressed air is very popular for manufacturing etc.
Is it absolutely necessary to convert hydraulic power into compressed air? Hydraulic pressure has much greater high power industrial uses than compressed air.
Bridges are lifted by hydraulics. That's the proper use of hydraulic power, as hydraulic power, not by converting it into something else.
There is a condition that generates 35,000 kPa hydraulic pressure. Can we use it? Can this hydraulic pressure be transferred from the bottom of the ocean to the surface?
 
It is now, everything is fossil fuel based now, that's the problem. But it does not need to be. AFAIK electrolysis is a completely clean method.
So is biogas; that gets you natural gas.
Electricity is easy to make, water is abundant, that's it...
Electricity actually isn't that easy to make.

On the other hand, sewage is pretty abundant. And we already have lots of vehicles that run on natural gas.
Saying that hydrogen production needs natural gas is exactly what we are trying to get away from. It doesn't need natural gas. Let's not even think it!
But then you are lying about it. Hydrogen production does need natural gas, and in fact that is how it's made.
 
Starters: the supposed topic is potentially well founded - the supposed 97% consensus on the matter of whatever by whomever by Cook is probably a bogus number poorly derived, the consensus number derived from a different and apparently better designed survey by Oreskes is not as solid as some apparently presume, the entire matter of "consensus" is problematic in science and therefore dubious in media efforts supposedly based on science, etc.

But that does not excuse this mess of a link.

The author's borderline illiterate, and possibly deliberately deceptive.

example: The guy views articles in science journals as "believing in" something, he describes them as "climate change articles" on the basis of nothing, and imputes those confusions and miswordings to Oreskes rather than himself.

example: No. Oreskes screened for articles indexed under the keywords "climate change" - that is much different from articles about climate change, and of course stating that articles are about keywords is an illiteracy (unless they are about keywords, in which case they are not about climate change or anything similar).

example: Somehow this guy has conjured up a world in which lots of people "oppose {a living wage}". Now we can guess he didn't mean that - we can guess that what he probably meant was that many people oppose laws mandating a living wage, or some such regulation or rule or whatever - but that's not what he wrote.

And, crucially, one would assume such a group - people opposed to such legislation - would actually be quite likely to address a "living wage" in those terms. It's the subject of what they oppose - they are going to at least mention it, probably. Their articles would show up in that keyword search.

In short: His argument falls apart if he writes what he means. He only slides by and appears to make sense if his readers don't notice he doesn't mean what he writes.

And that problem infests the entire link. He does not quote but paraphrases, he consistently does a bad job of it - and then he bases his entire argument on his own wording and his own presumptions.

Like this, a few paragraphs later: This is all bs. The articles were not "written on climate change", the authors did not "self-nominate themselves" (illiteracy) as "climate experts" (they were published scientific papers, the authors would have presented their formal credentials at most), and the selection was by a PhD Cognitive Psychologist - a solid scientific credential (if you know what a cognitive psychologist is and what a PhD in that field involves - our boy here seems to think it means some kind of talk therapist*) and one well suited for identifying various fields of research and making that selection.

Problems with cognition seem to be involved throughout, to be snarky about it.

*"But… look how much it took here in this little box just to expose one breathtakingly fake “consensus” number - used by so many, so often, that is exposed as a very poorly designed study completed by a climate activist with psychologist tendencies? " Any idea what "psychologist tendencies" means to our boy here?
Well it was, as I mentioned, lies bigger lies and statistics

But worth a post as a point of view

Cheers

:)
 
So uhm what about the maximum temps where you are?
There is nothing interesting about them. If it is too hot outside, I simply stay at home. It is very green around here, which is something I care about.
What are you comparing?
AGW is going to last for a few hundred years at least, barring the deployment of some way to remove the CO2 we are currently pumping into the atmosphere. The costs of adjustment to its effects will be continual during that time.
That's the point. If we take, say, 50 years for the lifetime of infrastructure, all the additional costs of climate change are only about adjusting new-build infrastructure to the change which happened during the last 50 years. Moreover, even this adjustment is almost for free, given that the infrastructure would have to build new anyway, and anyway the new build infrastructure would be improved in comparison with the old one. So that a really costly adjustment would be something which requires to build something new much earlier than those 50 years. This is nothing to be expected.
That's all borrowed. The US will have to raise taxes on the rich to pay off that debt also.
The US simply prints dollar as much as necessary to pay. This is the very point of having the world reserve currency. Of course, even for the US this will end in some future in hyperinflation, but this will happen only after the world has said good buy to the dollar as the reserve currency. This needs some time. Up to this time, US can create dollars out of nothing without punishment. Those punished are foreigners holding dollars.
No namecalling visible. And no argument - nobody's arguing with you.
Means you don't even understand when you violate the rules of a civilized discussion? Then you have a serious problem.

But, ok, in modern Western society you are not at all alone with this problem, so it may not matter much for you.
You propose emergency global cooling via particulates and aerosols from open air nuclear explosions (nuclear winter), in response to bad effects from temperature spikes (local consequences of AGW).
Again, nuclear winter is the name for the consequences of a global nuclear war, and the cause of the particles in the air are large scale firestorms, and it is the heat of the firestorm which moves the particles up. What I propose is something very different, it is the use of very few but strong nuclear explosions in a desert or so, no fires involved, it is the nuclear explosion itself which throws the particles up. Then, I propose to use it if the global temperature is far above the optimal one (far above means a larger absolute difference than now), thus, not in response to some local events. I don't use phrases like "temperature spikes", except maybe in replies to QQ who likes to talk about them. So, read the sources before writing nonsense about them.
Permafrost melting with its many side effects (pollution, disease, fire, methane release, building and road damage, etc) is a big problem for Russia. So is drought, the spread of agricultural and boreal forest diseases and pests, and refugee incursion.
And so forth. It's a long list, and Russia is a poor country already - with inadequate societal resources or existing infrastructure.
Russia is today much richer than during communist time, and will become even richer in future. The societal resources are quite adequate to handle this type of country. Permafrost melting has, as everything, positive as well as negative side effects, you list, of course, only the negative ones, as usual for alarmists. The area where this possibly happens is quite large, so that the process will take a long time. So, when this starts, the Russians will find ways how to handle such problems. They will build new buildings in a way that a melting will be either completely unproblematic or that handling it will be sufficiently cheap.
That's quite silly (consider the threats to agriculture alone, the basis of industrial civilization - - - ).
And it is - overtly and explicitly - denial of AGW. Remember when you claimed you did not do that?
AGW is

I do not argue against this theory, in no way. So, I cannot be a denier of that theory. I disagree only about the seriousness of the consequences. Of course, nobody cares about this in modern Orwellian time about the meaning of word, everybody who disagrees with the official government position is a conspiracy theorist (even if his theories do not contain any conspiracy at all), everybody who thinks that people have differences and that some of these differences have a genetic base are named racist, and everybody who disagrees with the climate alarmists becomes an AGW denier. Very practical, you have to fight with arguments only against those who deny AGW, and to argue with other critics is not even necessary (as you said, "nobody's arguing with you"). It is sufficient to classify me as an AGW denier and against AGW deniers there are already sufficient arguments.
As a rough approximation, that's terminally foolish. One could say "ignorant", but posting on such obviously complex topics from that level of ignorance is foolish anyway - may as well cut to the chase.
Again only bad words, no arguments. But I have to acknowledge that presenting arguments from your side would be, in fact, foolish because it is obvious that you have none. If one knows that the own arguments are inferior, it is reasonable not to present arguments. Your "too foolish to present arguments against it" is a quite simple and well-known excuse for the failure to present them.
btw, in the continuing matter of the real cost of nuclear power:
Recently in the local media we have been informed that the three reactors currently in use along the upper reaches of the Mississippi River need 1.4 billion in upgrade and maintenance.
That is on top of the hundreds of millions in extra or unpredicted maintenance costs already spent over the last decade on these reactors, and charged to the customer ever since
Now to note, specifically: nobody - at least, nobody in the local media visible to me - is talking about replacing these things with a safer, better design of nuke. That's not the choice we face with nuclear power here, or generally in the US.
Of course, in the highly corrupt corporatist society of the USA this is what you have to expect if big corporations and the government are involved. This has nothing to do with the technological problems. It is a problem of corporatism. The military has the same problem of completely exaggerated prices, as well as the medicine.
 
If we take, say, 50 years for the lifetime of infrastructure, all the additional costs of climate change are only about adjusting new-build infrastructure to the change which happened during the last 50 years.
You are ignoring the nature of AGW (it's not going to stop happening until it reaches a new equilibrium, which will take centuries after the end of the CO2 boost), as well as bizarrely screwing up the concept of the "lifetime" of infrastructure. And your notion of what will be cheap is quite silly - replacing what was built over centuries all at once every fifty years, even if that would adequately deal with the disastrous effects of AGW on the infrastructure of human civilization, would ruin most first world economies in one round.
I do not argue against this theory, in no way.
You don't argue, true. But you do deny "this theory", consistently and repeatedly. You deny what it says. Examples below:
So that a really costly adjustment would be something which requires to build something new much earlier than those 50 years. This is nothing to be expected.
That is exactly the expectation, the prediction, of AGW researchers - it's what AGW is expected to require in response, by its predicted nature.
You are, as noted before, simply denying AGW.
What I propose is something very different, it is the use of very few but strong nuclear explosions in a desert or so, no fires involved, it is the nuclear explosion itself which throws the particles up.
That's a nuclear winter. If you don't like the term, present another one that recognizes the nature of the phenomenon (a global atmospheric cooling significant enough and rapid enough to prevent the heat waves expected from AGW).
Then, I propose to use it if the global temperature is far above the optimal one (far above means a larger absolute difference than now), thus, not in response to some local events. I don't use phrases like "temperature spikes",
So no one in the future is going to have to deal with weather - only the global average temperature, rainfall, etc?
Meanwhile, temperature spikes (which we routinely measure) don't exist, while some kind of "optimal temperature" no one can define does exist and is our key concept for analysis of AGW's effects. Got it.
Then, I propose to use it if the global temperature is far above the optimal one (far above means a larger absolute difference than now), thus, not in response to some local events.
You propose to use it in response to disastrous heat waves and other AGW effects - that's what you say on your website, and what you post here. Those will all be local events, like the weather now.
I disagree only about the seriousness of the consequences.
You disagree about the nature and consequences of AGW, which is a consequence of the anthropogenic CO2 boost.
Your posted solution to one of the posted effects of AGW, the increasing prevalence and severity of heat waves in densely populated and agriculturally productive areas - heat waves whose temperature spikes are expected to vary by location and time, as weather does, only over a wider range around a higher mean than the current climate regime supports - is to rapidly and temporarily cool the global atmosphere on average by creating a global nuclear winter. That's what the lower atmosphere cooling effect of the particle shading expected in the aftermath of many nuclear explosions is called, if it's significant enough to shut down the heat wave disasters of AGW.
That is a ridiculous "solution". And it is not a subtle or nuanced error - it's folly on stilts.
Permafrost melting has, as everything, positive as well as negative side effects, you list, of course, only the negative ones, as usual for alarmists.
Among the serious large scale effects of AGW on human civilization, the negative ones are expected to come first. The major positive ones - if any - are not expected for many years (or centuries) if ever (most positive effects on agriculture require the stability of equilibrium or near to , for example).

That's according to the AGW researchers, of course, whose reports you - like other denialists - have not read, and whose findings you ignore.
 
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