Fuel was dearer in the '60s in relation to the average wage.When I get my flux capacitor to work I will be going back to the sixtys and staying there for the cheap fuel and beer, first problem is getting the van up to 88mph on the M6.

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Fuel was dearer in the '60s in relation to the average wage.When I get my flux capacitor to work I will be going back to the sixtys and staying there for the cheap fuel and beer, first problem is getting the van up to 88mph on the M6.
Yes I accept lithium is the way forward for a lot of stuff, but please don’t promote it as ‘green’. It sounds so far away from that to me.I think it’s still problematic even if we use Hydrogen for EV’ there is still the issue of rare earth minerals for the electric motors. In someways we are swapping one form of pollution for another. Not sure what the answer is
My plan is to buy 15 Diesel vans and store them for future use![]()
It's a fossil fuel like petrol and diesel and produces co2. It does burn cleaner than those two fuels though.Why are we not promoting the use of LPG conversion as a fuel, is it a dirty fuel ??
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The spiralling environmental cost of our lithium battery addiction
As the world scrambles to replace fossil fuels with clean energy, the environmental impact of finding all the lithium required could become a major issue in its own rightwww.wired.co.uk
I’ve just been reading that very article..doesn’t sound all that rosey to me, seems like the whole process is fraught with polluting the planet further, and as demand rises, so will all the problems. After reading that, I’m not buying into ev green thing.
Yes, It chucks out massive quantities of NOx and CO2.Why are we not promoting the use of LPG conversion as a fuel, is it a dirty fuel ??
Lets start with petrochemicals wherever they come from we know its bad and James lovelock has been telling us this since the 60's and its all well documented and I don't think most people would argue.That is giving the worst case examples. If you do the same for oil and do a comparison...
Here is an article about the damage oil does. If you read the Lithium one please read this one. Then tell me which one you prefer.
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National Geographic
Explore National Geographic. A world leader in geography, cartography and exploration.www.nationalgeographic.co.uk
As for the article Coolcats posted a link to. Yes, if done badly Lithium mining can be bad. But there is no need to do it badly.
Their point on Cobalt and Nickel is correct. Cobalt is problematic which is why most manufacturers are developing Cobalt free batteries.
Nickel is a tough one as it needs to be mined in the traditional way, but again this can be done cleanly.
Clean up operations from lithium mining and Nickel mining are a magnitude easier to do than cleaning up an oil spill.
The point worth mentioning is that the CO2 pollution from burning fossil fuels causes the acidification of the ocean which is a global problem and will kill whole eco systems world wide. We have to stop mining fossil fuels and pumping CO2 into the atmosphere to prevent global issues.
We then need to work hard on making mining operations for Lithium, Nickel, Copper, Aluminium cleaner on the local level.
Just a little disingenuousInvestors are rushing to put money into offshore wind even with a strike price of £39.65/MWh which is extremely low.
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World's largest offshore wind farm secures $8bn investment
Dogger Bank, which will be the world's largest offshore wind farm, secures an $8 billion investment from oil giant Equinor and energy company SSE.electrek.co
Worth noting that the wholesale price of electricity is on a downward trend since peaking at £67.00 in 2018. This year it has varied between £24 and £35.
SSE Renewables secures 2.2GW of new offshore CfD contracts | SSE Renewables
www.sserenewables.com
So this project will provide 3.6 GW and cost $8 billion and will all be completed by 2026.
Meanwhile, Hinkley Point C is planned to provide 3.2 GW of nuclear power, cost $22+ billion and has been delayed again to at least 2028.
Just a teeny bit disingenuous, we know that installed capacity for wind means at best about 50% actual capacity, whereas nuclear installed capacity is actually that. It still makes nuclear more expensive and decommissioning cost is likely to be horrendous. However I look on nuclear as a necessary guarantee against the unpredictability of most renewables.Investors are rushing to put money into offshore wind even with a strike price of £39.65/MWh which is extremely low.
![]()
World's largest offshore wind farm secures $8bn investment
Dogger Bank, which will be the world's largest offshore wind farm, secures an $8 billion investment from oil giant Equinor and energy company SSE.electrek.co
Worth noting that the wholesale price of electricity is on a downward trend since peaking at £67.00 in 2018. This year it has varied between £24 and £35.
SSE Renewables secures 2.2GW of new offshore CfD contracts | SSE Renewables
www.sserenewables.com
So this project will provide 3.6 GW and cost $8 billion and will all be completed by 2026.
Meanwhile, Hinkley Point C is planned to provide 3.2 GW of nuclear power, cost $22+ billion and has been delayed again to at least 2028.
Just a teeny bit disingenuous, we know that installed capacity for wind means at best about 50% actual capacity, whereas nuclear installed capacity is actually that. It still makes nuclear more expensive and decommissioning cost is likely to be horrendous. However I look on nuclear as a necessary guarantee against the unpredictability of most renewables.
It could be argued that the cost of energy storage ( if required) should be factored in as mitigation of that unpredictability.
Mineral extraction can have a very localised impact, unlike oil production which does global damage.I don't have an answer but all mineral extraction destroys ecosystems let alone the future battery wastes
Even if mineral extraction is as you say (which nearly always is not) The damage is still done to the Enviroment particularly open cast mines. With the shear volume of minerals required to replace ice vehicles it is still environmentally damaging and not something that is clean and green.Mineral extraction can have a very localised impact, unlike oil production which does global damage.
No one is denying that there are issues in the extraction industries but they are under immense pressure to improve now and we are starting to make slow progress.
I am honestly not concerned about Lithium, I do have some reservations on nickel, copper and aluminium.,
As for future battery wastes. This is not going to be an issue.
The problem before was the small quantities of waste batteries and the small size of the cells (phones) made them uneconomical to recycle.
However, with the scale of car batteries they will be close to 100% recyclable.
The bulk of these batteries are copper and Aluminium with a small amount of Lithium and trace amounts of other valuable chemicals.
There are some really clever people working on this. One of them said something along the lines of... It is cheaper to recycle batteries in bulk than it is to dig fresh metals out of the ground. As scale it is a no brainer.
Let’s see what transpiresMineral extraction can have a very localised impact, unlike oil production which does global damage.
No one is denying that there are issues in the extraction industries but they are under immense pressure to improve now and we are starting to make slow progress.
I am honestly not concerned about Lithium, I do have some reservations on nickel, copper and aluminium.,
As for future battery wastes. This is not going to be an issue.
The problem before was the small quantities of waste batteries and the small size of the cells (phones) made them uneconomical to recycle.
However, with the scale of car batteries they will be close to 100% recyclable.
The bulk of these batteries are copper and Aluminium with a small amount of Lithium and trace amounts of other valuable chemicals.
There are some really clever people working on this. One of them said something along the lines of... It is cheaper to recycle batteries in bulk than it is to dig fresh metals out of the ground. As scale it is a no brainer.
Even if mineral extraction is as you say (which nearly always is not) The damage is still done to the Enviroment particularly open cast mines. With the shear volume of minerals required to replace ice vehicles it is still environmentally damaging and not something that is clean and green.
As I say I do not have the answers but every hole dug for minerals damages the Enviroment and many countries do not give a fig about what is destroyed.
In that case we agree Lithium and mineral extraction is environmentally damaging we will run out of these precious materials which is one reason mining the moon and other celestial bodies is seen as one alternative. It’s a lot of material when a car needs half a tonne of battery and heavy goods vehicles require so much more, let alone the precious matilerials within electric motors.Even your existence is damaging to the environment, the best thing we can do is stop breeding completely. I say that tongue in cheek. But it is ALL relative. There is absolutely NOTHING we do that has zero impact on the environment. It is all relative.
Green is not a term I like to use, but am forced into it by the environmentalist hijacking. For instance I prefer the term clean hydrogen to green hydrogen. But because green hydrogen has become a thing that is what we have to call it. However it is all relative.
Hydrogen itself is not perfect, you need to generate the electric to hydrolyse it somehow, Wind is the cheapest and greenest but even wind requires concrete, steel, copper, aluminium and much more.
Do not let perfect be the enemy of good. There is absolutely no perfect solution that gets rid of all damage.
My preference is to localise harm where it can be managed and minimise global harm.
I prefer not to dig stuff out of the ground then burn it, but I don't mind digging stuff out of the ground if it allows us to stop burning other stuff that is dug out of the ground.
I prefer technologies that are proven, fast to deploy and are economical to those that are of huge cost and take forever to develop.
I prefer to look to physics and do basic fundamental calculations to see which tech is most the most suitable solution.
I do not look for perfect only a large scale improvement relative to the cost.
We won't run out of these "precious materials" Lithium is abundant. We won't be mining the moon or other celestial bodies for a very long time. The earth cannot wait that long.In that case we agree Lithium and mineral extraction is environmentally damaging we will run out of these precious materials which is one reason mining the moon and other celestial bodies is seen as one alternative. It’s a lot of material when a car needs half a tonne of battery and heavy goods vehicles require so much more, let alone the precious matilerials within electric motors.
We know how much damage is done by each respectively per ton. Just one oil tar mine in Canada is over 500 miles of devastation. The Escondida copper mine in Chile which produces 9% of the worlds copper is under 10 miles on it's longest side.The localised harm you mention may be for now just as in the early days of the petrochemical industry who would have thought it would turn in to such a huge industry it has become. Another question is which locality should this harm be done ?
I don't know all the answers. But I can see the strong evidence that EV's, offshore wind, SMR nuclear, hydrogen, gridscale storage are all part of the answer. The other two options are do nothing and watch the earth slowly heat up, or stop all CO2 emissions without trying anything else and watch the global economy burn and people die from going back to a middle ages style of agronomic living.As I say I do not pretend to have answers let’s see what happens.
In that case we agree Lithium and mineral extraction is environmentally damaging we will run out of these precious materials which is one reason mining the moon and other celestial bodies is seen as one alternative. It’s a lot of material when a car needs half a tonne of battery and heavy goods vehicles require so much more, let alone the precious matilerials within electric motors.
The localised harm you mention may be for now just as in the early days of the petrochemical industry who would have thought it would turn in to such a huge industry it has become. Another question is which locality should this harm be done ?
As James lovelock said humans need to party whilst they can.
As I say I do not pretend to have answers let’s see what happens.
its so funny isnt it, we are not contempt with destroying the very planet we exist on, no we are planning at mining the moon as well, unbelievable.
Lets ruin a few more planets whilst humans exist too.
Its increcible the destruction and carnage that humans have inflicted on earth, how many species will be wiped out, mammals, insects, ecosystems, rainforests, the future is very bleak indeed.
Agreed so whilst here let’s be kind to one another make what we have last as long as we can (no new iPhone every year), my home TV is around 15 years old make our gardens as nature friendly as possible. We only have. Small garden yet it’s filled with birds andits so funny isnt it, we are not contempt with destroying the very planet we exist on, no we are planning at mining the moon as well, unbelievable.
Lets ruin a few more planets whilst humans exist too.
Its increcible the destruction and carnage that humans have inflicted on earth, how many species will be wiped out, mammals, insects, ecosystems, rainforests, the future is very bleak indeed.
Agreed so whilst here let’s be kind to one another make what we have last as long as we can (no new iPhone every year), my home TV is around 15 years old make our gardens as nature friendly as possible. We only have. Small garden yet it’s filled with birds andhedgehogs.
Tad ironic to be sat in a diesel motorhome using electricity powered machines to browse and electricity powered internet, moaning about what man has done to the planet. It's not man, ITS YOU!![]()