Getting people to switch cars may be a part of reducing the dependency, but still contributes to the use. It'll be a long road that includes getting down to the minutia, like stopping girls from wearing makeup, before you can entirely remove fossil fuels.
Fossil fuels will not go away for at least a few more generations, because they are far too beneficial and there are no replacements for the myriad of uses they have today.
The vast majority of fossil fuels are used as fuel, not for producing materials/chemicals. Only 16% of oil goes to petrochemical production: https://www.statista.com/statistics/307194/top-oil-consuming...
The other 84% is just burned for energy. "Entirely" removing fossil fuels won't happen for a very long time if ever, but that's not a barrier to slashing CO2 emissions from fossil combustion.
[1] https://en.wikipedia.org/wiki/Methanol#History
[2] https://www.chemengonline.com/methanol-to-olefins-plant-star...
This depends on more information. It’s unlikely we’ll be using zero fossil fuels in 35 years. So the goal is to reduce over time, so a new project today could be replacing an old project going offline.
Or perhaps the project has a transition path to do something else.
I don’t think these are pedantic clarifications as things aren’t fatalistic. Investors are rational and while money talks it doesn’t mean that all the billions put into these projects isn’t a waste in climate terms.
Fossil fuel investment has been climbing year-over-year. Fossil fuel companies aren't replacing existing infrastructure to taper out usage of fossil fuels. They are introducing and expanding with new infrastructure.
From the Bloomberg NEF 2023 Energy Transition Investment Trends report, which is incredible reading: https://about.bnef.com/energy-transition-investment/
Of course any investment is new infrastructure. I think the analysis you want to do is a long term trend line of fossil fuel investment and a projection into the future.
What we, hopefully, want to see is that the overall % energy production projected into the future is decreasing.
Same thing goes for innovation. For instance, the first nuclear power plants are from the 50s. 70 years later nuclear energy powers only 10% of electricity in the world (and electricity provides only a fraction of our energy needs).
> The U.S. is leading in global LNG supply growth with an additional 5.9 million tonnes of capacity in 2022, for a total of 80 mtpa.
> Norway saw the second-largest growth in LNG supply, with an additional 2.8 million tonnes of capacity. Malaysia and Qatar were close behind, with 2.4 million tonnes and 2.3 million tonnes of capacity growth in 2022, respectively.
Second of all, why does that matter? Increased CO2 in the atmosphere will heat the climate everywhere (albeit not evenly). The fossil fuel market is global, meaning these projects are overwhelmingly built and profited by publicly traded international fossil fuel companies. (just like the rising temperature) The money to be made is distributed everywhere on the globe (albeit more in some areas than others), regardless of where these new projects are located.
No, the climate disaster is a global crisis, and needs to be handled globally. If we were serious about minimizing the harm of climate change (and we should be; but we aren’t) than green infrastructure would be paid for by the wealthy countries even when it is rolled out in the poorer, where the rich countries won’t see any of the benefits (other then you know, saving the world from impeding doom).
Since that's a bit of trouble, I've clipped this incredible chart for you here: https://i.imgur.com/OlMAKVd.png
This single chart completely inverted how I think about this problem and the leadership of western countries in world affairs generally.