?Crazy how that's more investment and less red tape than government grants to promote/progress effective climate change.
Generally governments of the world provide financial grants to emerging technologies or start ups for R&D etc. Given how important climate change is these days it's saddening to see such big investment from individuals where the government should have been providing as such all along.
$100 million is nice, but its a pittance to what some governments have already invested in carbon sequestration. We also don't know any details yet, so I'm not sure where you're getting that there's no "red tape".Generally governments of the world provide financial grants to emerging technologies or start ups for R&D etc. Given how important climate change is these days it's saddening to see such big investment from individuals where the government should have been providing as such all along.
Why not? If some kid has an utterly insane genius idea and can prove it works to benefit the planet, well damn, that'd be great.please dont let it be some 14 yr old who wins
$100 million is nice, but its a pittance to what some governments have already invested in carbon sequestration. We also don't know any details yet, so I'm not sure where you're getting that there's no "red tape".
C02 is plant food and the biggest greenhouse gas is water vapour at 70%.Make everything electrical, stop using fossil fuel.
BOOM, no more CO2 .
Hand in the money, Elon
Don't you think solid state batteries with a much much larger capability would suit transportation better?C02 is plant food and the biggest greenhouse gas is water vapour at 70%.
I'm all for cleaning up our planet rom real pollutants though like plastic.
We need to be spending billions on cold fusion and figuring out how to efficiently extract hydrogen from water.
Hydrogen should be a big deal! Imagine having a device on your car that can electrolysis water at a fast enough rate for an internal combustion engine to run with out having to store the hydrogen in a fuel tank!
Game changing.....
Producing and recycling our current batteries is very damaging to the environment over the long term.Don't you think solid state batteries with a much much larger capability would suit transportation better?
Boom is definitely the way to describe your idea.Make everything electrical, stop using fossil fuel.
BOOM, no more CO2 .
Hand in the money, Elon
Thanks for the check Elon.
That's being worked on tooSo what if there was a place with a lot of these things and they grew on their own creating some kind of self-sustaining system or something?
Hydrogen is very inefficient to create and store. I think when people were comparing Nikola to Tesla, it was like it took something like 2X the energy converted to hydrogen to do the same amount of transportation as it would in a battery. It also is highly explosive and difficult to contain.Producing and recycling our current batteries is very damaging to the environment over the long term.
I believe hydrogen is far superior, especially for a car because pretty much all modern combustion engines can be modified to use hydrogen.
It doesn't matter any way because the globalists already plan for us to replace coal/gas/nuclear with solar and wind which will destroy the west economically.
You are talking about current hydrogen technology.Hydrogen is very inefficient to create and store. I think when people were comparing Nikola to Tesla, it was like it took something like 2X the energy converted to hydrogen to do the same amount of transportation as it would in a battery. It also is highly explosive and difficult to contain.
Long range trucks and heavy machinery might be able to benefit, as it is unlikely battery energy density will be sufficient anytime in the near future.
That said I think unless battery tech energy density can be increased dramatically, without becoming explosive, modifying organisms to produce gasoline like substances might be preferable. Already synthetic material and microbe cells have achieved over 10% solar efficiency, far higher than any plant, and some experiments comment that they have 80% solar energy efficiency by combining microbes with nanoscale particles. Suppose you modified a tall weed like plant to have edible parts and fuel parts, and could get efficiency of 30+%. It would outcompete all other weeds and plants by virtue of its massive energy efficiency, and would have hypergrowth. Being a type of weed it would proliferate massively throughout the land without needing any farming at all. Add genes to adapt to various climates, and it could go spread throughout the world, ending world hunger and providing free fuel for all.
Efficiently extract from water? That takes energy, and will always take energy. You will need another source of energy to do that. And physics dictates there is a minimal amount of energy needed to break the hydrogen away from water, an amount of energy you can't go below.You are talking about current hydrogen technology.
In the future if enough money is spent on research the idea is to develop a way to efficiently extract hydrogen from water at a fast enough rate that an combustion engine can run with out having to store any hydrogen in a tank.
It seems current electrolysis is close to peak theoretical electrolysis efficiency limit. And again you're not going to extract a substantially large amount of energy from hydrogen chemical bonds through burning reaction compared to that which it takes to break the hydrogen from water. If you were to use the hydrogen for fusion you could probably extract massively more energy, but chemical reactions I don't think so.Conventional alkaline electrolysis has an efficiency of about 70%.[26] Accounting for the accepted use of the higher heat value (because inefficiency via heat can be redirected back into the system to create the steam required by the catalyst), average working efficiencies for PEM electrolysis are around 80%.[27][28] This is expected to increase to between 82–86%[29] before 2030. Theoretical efficiency for PEM electrolysers are predicted up to 94%-wiki
Electrolysis isn't at peak theoretical efficiency.Efficiently extract from water? That takes energy, and will always take energy. You will need another source of energy to do that. And physics dictates there is a minimal amount of energy needed to break the hydrogen away from water, an amount of energy you can't go below.
It seems current electrolysis is close to peak theoretical electrolysis efficiency limit. And again you're not going to extract a substantially large amount of energy from hydrogen chemical bonds through burning reaction compared to that which it takes to break the hydrogen from water. If you were to use the hydrogen for fusion you could probably extract massively more energy, but chemical reactions I don't think so.
EDIT: I'm pretty sure the energy produced by hydrogen fuel cells which are very efficient, is less energy than it takes to create the hydrogen. Similar should apply to burning hydrogen too. If you could extract more energy from a hydrogen fuel cell or the burning of hydrogen than it takes to produce the hydrogen, then you could use that excess energy to produce more hydrogen effectively providing unlimited energy. Pretty sure that ain't possible, or you'd see hydrogen itself being used to produce more hydrogen. Even in the future hydrogen has never been mentioned as a potential energy source from reducing the energy necessary to produce it vs the energy obtained from using it.