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I was listening to a BBC program on autonomous vehicles last night, and how pundits got the date wrong because all we have at the moment are really good "cruise controlled" cars (eg Tesla's).Very thought provoking. Well worth checking out IMV.
Also highlights how strong China is creatively and industrially.
126kg of CO2 or to put things in perspective what a tree would have absorbed to create a 70kg log of dry wood.Now remember last year bushfires ....A few controlled burns and more reasonable vegetation management laws could helpInteresting economy run by a Hyundai hydrogen electric car from Melbourne to Broken Hill.
From the article:Hyundai Nexo hydrogen car sets distance record from Melbourne to Broken Hill, comes back on a trailer
Hyundai Australia has overtaken the previous hydrogen car record set in 2019 by a French aeronaut.www.drive.com.au
During the record attempt, the Nexo was driven by professional rally driver Brendan Reeves, starting from Essendon Fields on the outskirts of Melbourne.
After 807km of “efficiency-focused driving”, the Nexo arrived in Broken Hill with plenty of range still showing on the vehicle’s trip computer.
Organisers then decided to continue the journey to Silverton – best known as the setting for 1980s action film Mad Max 2.
The Hyundai Nexo continued past Silverton for another 60km until its hydrogen tank was depleted on the Wilangee road near Eldee Station.
Hyundai says the total distance driven was 887.5km, according to the Nexo’s trip computer. This surpassed the previous 778km record in France – also in a Hyundai Nexo – set in 2019 in a run from Sarreguemines to Le Bourget.
Interestingly, the distance measured by a separate GPS unit on the Hyundai Nexo showed a distance travelled of 903.4km, and Google Maps showed a distance of 905km.
Hyundai claims the Nexo purified 449,100 litres of air on the journey – enough for 33 adults to breathe in a day – and its plastic exhaust pipe emitted only water vapour.
Whereas a standard petrol car would have emitted an estimated 126kg of CO2 over the same distance
I don't disagree with you but there is no point being King Canute, the tide will still come in, same with EV's. ?126kg of CO2 or to put things in perspective what a tree would have absorbed to create a 70kg log of dry wood.Now remember last year bushfires ....A few controlled burns and more reasonable vegetation management laws could help
Today (or around) BYD produced its 1millionth EV.(vs Tesla around 3M)
The issue is exactly that.126kg of CO2 or to put things in perspective what a tree would have absorbed to create a 70kg log of dry wood
all fossil fuels came from forests /marine life which got trapped and did not decay, burning fuel is just releasing it back from where it was coming from, million years ago when the earth was a giant fertile jungleThe issue is exactly that.
The tree absorbed that CO2 then released it again.
The oil refinery that made the petrol sure didn't suck CO2 out of the air to make it.
interestingly it could and instead of fighting to death for lithium mines, humanity could just solar power giant H2 +atmospheric CO2 capture "refineries to produce synth fuel without having to dump millions of cars/truck and try to fly some batteries powered planes.The issue is exactly that.
The tree absorbed that CO2 then released it again.
The oil refinery that made the petrol sure didn't suck CO2 out of the air to make it.
The trouble is the "million years" bit and that we're burning it several orders of magnitude more rapidly than it's being formed today.all fossil fuels came from forests /marine life which got trapped and did not decay, burning fuel is just releasing it back from where it was coming from, million years ago when the earth was a giant fertile jungle
Why?The trouble is the "million years" bit and that we're burning it several orders of magnitude more rapidly than it's being formed today.
That would be a problem even without environmental considerations.
Having to fight wars to get hold of the stuff is one problem for a start.Why?
A long one:Having to fight wars to get hold of the stuff is one problem for a start.
That the real, inflation adjusted, cost of oil is back up to what were historically considered outright crisis levels is another. $65 per barrel - adjusted for inflation that's slightly higher than during the 1970's energy crisis years.
Third reason is that cars discharge pollutants directly into highly populated areas and do so almost literally at ground level. In contrast, most cities don't have a power station right in the CBD these days and even if they did, they'd be discharging the fumes from a reasonably tall stack. Even a diesel generator installed for emergency use will have the discharge a few metres above ground level.
They haven't made EV's mandatory but a ban on petrol or diesel vehicles being sold is effectively much the same in practice, it leaves EV's or hydrogen as the only real options going forward.Not a single country has ever contemplated EVs being mandatory, so another nonsense claim
The way I see it, people can argue all they like about how much oil's in the ground but what matters isn't oil in the ground but fuel in the tank of whatever consumes it. If there's no petrol in my car's tank then it's going nowhere, how much oil's in the ground is of little relevance to that.The west is preparing itself in my opinion for a self inflicted crisis of biblical proportion with oil in very short supply here with all supplies annexed by China, and if they wake up India.
If you have wind and solar power, and no oil or gas, it makes strategic sense to move to an energy platform that is not susceptible to external disruption.They haven't made EV's mandatory but a ban on petrol or diesel vehicles being sold is effectively much the same in practice, it leaves EV's or hydrogen as the only real options going forward.
Not forgetting, I'm just far less bullish on its production outlook than most.Yes but you're forgetting one big change there smurf: Shale oil.
EIA expects the United States to return to being a net petroleum importer on an annual basis in both 2021 and 2022.
how could we see increase when any finance deal would be publicly shamed and have kids glued on the financial market exchange doors.China is buying the oil production and stockpiling, we close:Not forgetting, I'm just far less bullish on its production outlook than most.
My reasoning is really quite simple.
Prices are high by historic standards meanwhile the cost of capital is ludicrously cheap. That ought to produce a drilling boom but in practice there isn't one as this count of the US rig count shows:
View attachment 124810
Meanwhile production hasn't bounced back, at all, from the 2020 cuts:
View attachment 124811
And the US is going back to being a net importer of petroleum:
U.S. will import 62% more crude by 2022 due to domestic production declines, says EIA
The U.S. Energy Information Administration expects that the United States will import more crude oil to fill the widening gap between refinery inputs of crude oil and domestic crude oil production in 2021 and 2022.www.worldoil.com
A marked drop in drilling, which was underway before the pandemic, followed by what looks to have been a permanent drop in production given that price has rebounded and the US isn't governed by OPEC quotas.
My comments are US-centric since shale and the US are pretty much joined at the hip, nowhere else has anywhere even remotely near the same scale of oil production from that source. Don't confuse oil shale, a hard rock, with shale oil, a liquid, there.
I'll hold my judgement but I'm not convinced yet that there's any realistic prospect of shale or other oil production in the "West" actually increasing to the extent it would end reliance on the OPEC nations plus Russia etc.
Note that I'm not saying that with certainty, I'm acknowledging it might be possible, but I'm certainly not at all convinced.
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