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Are you saying, that vehicles with fuel cells and hydrogen tanks, are going to need extremely large hydrogen tanks?My mistake: the boosters you refer to were the small side ones, the huge enormous one was indeed H2 liquid and was the main tank
So hydrogen equal big tank
Yes basically either large or very strong
You mentioned 80 plus kilo tank, in carbon fiber..nothing less.. to store 5kg of liquid h2 at 10000psi
Yes it is possible but i can only imagine the cost
I just want people or readers here to understand what stands behind these new technologies, be it the actual co2 cost of charging a tesla coming back from work to this notion of let's do hydrogen as if we were producing oil
Not exactly
The lng gas train..the factory liquifying gas produce in Australia consume 6pc of their feed just to turn NG into LNG
I doubt it will be less for hydrogen, i actually expect more power required but have no data here..anyone?
Anyway, be aware, and do not boost of green CO2 Credo if using an EV in Qld unless you are on green energy
Ideally do your own check and computation if these subjects matter to you
Well, I believe you said margins were 2-3c per litre, so 10 is about 3 times that.
I possibly see a future where oil is cracked and h2 extracted, c belching from refineries and h2 compressed..more co2. Then exported or delivered to "green h2 vehicles" full of Greenpeace bumper stickers and costing twice as much as nowadays
A real possibility, similar to ev being charged Here or in China on coal,
I hope not but..
The lng gas train..the factory liquifying gas produce in Australia consume 6pc of their feed just to turn NG into LNG
I see a future without any oil refiners at all.
Ethane (a minor component of natural gas) is a widely used petrochemical feedstock not originating from crude oil as such. One product made with it by the way is....... gas pipes!The plastics industry would need to be replaced.
The plastics industry would need to be replaced.
With what ?
synthetic oil.
Indeed, right now, the world is fed on petrol, literally xx tonnes of oil to get xx tonnes of wheat.So quite a lot of things would need to be sorted out there if oil use was to go to literally zero. That won't happen overnight.
I'm interested.
Do you have any links on this ?
Agree but only when we will have exhausted the reserves, no need to at the moment or in the short /medium term futureOil is mainly hydrogen and carbon atoms in long chain molecules.
I’m not talking about short term future, but in the longterm we should be able to create these products by combining hydrogen from water and carbon taken out of the air.
Agree but only when we will have exhausted the reserves, no need to at the moment or in the short /medium term future
Agree but only when we will have exhausted the reserves, no need to at the moment or in the short /medium term future
I think you will find currently it is made from oil, just processed more, to produce a smaller more stable molecule.synthetic oil.
True but would the alternative be better?either exploited the reserves or hit some environmental limit on how many reserves we can safely exploit.
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