The GOP Climate Caucus was formed because more younger Right Wing people accept environmental data, even if they are still pro-2A, pro-Life, and support the GOPs main goals.
Data is data, the problems start in interpretation, policy proposals based on them, and choice of which data to trust.
The GOP Climate Caucus is a thing now, and its existence does give me more hope for the Right in general, even if people here don't like it.
You repeat that, so let me focus a bit on this. This kind of attitude is truly a peak of naivety.
Why does it give you hope when there is so little concrete info about it beyond it existing and in very general terms agreeing with the same mainstream narrative on climate change that greens do? How do you know that their policy proposals are going to be good?
How do you know that it won't turn out exactly as the less trusting people here suspect, more moderated variant of whatever DNC wants, or that it is going to be essentially a mercenary lobby for all parts of energy and green industrial sectors, who is going to secure some GOP votes for whatever green policy the highest bidder wants?
Which points to a greater cause of disagreement you have with most of people here. You use terms like passion, hope, accepting facts...
It is beyond doubt that for you it is a greatly emotional matter of passion and conviction.
For less passionate people, it is a matter of cold calculation and great suspicion of some kind of power or money grab, for covering for that constitutes a large part of mainstream environmentalism.
On top of the suspicion, different people have a unequal level of inherent value they ascribe to all sorts of environmental causes and goals. Sometimes it may not be very high, and the mentioned cold calculation may indicate that some are not worthwhile.
You also tend to be technologically... hyperoptimistic. About things that with may work as you advertise sometime in the next couple decades. Or in some cases, a century.
CO2 is really easy to deal with in terms of carbon capture methods.
Are you kidding me?
Easy?
As part of a marathon research effort to lower the cost of carbon capture, chemists have now demonstrated a method to seize carbon dioxide (CO2) that reduces costs by 19 percent compared to current commercial technology. The new technology requires 17 percent less energy to accomplish the same...
phys.org
That's quite fresh news.
At a cost of $400-$500 million per unit, commercial technology can capture carbon at roughly $58.30 per metric ton of CO2, according to a DOE analysis. EEMPA, according to Jiang's study, can absorb CO2 from power plant flue gas and later release it as pure CO2 for as little as $47.10 per metric ton, offering an additional technology option for power plant operators to capture their CO2.
47$ per ton, power plant exhaust only - that's bleeding edge tech now. And that doesn't even seem to include storage solutions, just capture.
They will continue testing at increasing scales and further refine the solvent's chemistry, with the aim to reach the U.S. Department of Energy's goal of deploying commercially available technology that can capture CO2 at a cost of $30 per metric ton by 2035.
30$ per ton - That's DoE ambition for 2035.
A ton of CO2 is the result of producing about 2.5 MWh of power from most advanced natural gas power plants, or about 1 MWh from coal, other fossil fuels falling somewhere in between.
Source:
Specific carbon dioxide emissions of various fuels
www.volker-quaschning.de
1 MWh of industrial electricity in US has average market cost of about 67$, source:
www.eia.gov
As such, at current state of art rate of 47$ per ton of CO2, 1 MWh from coal would cost 67$+47$ at current rate, and 67$+30$ at the 30$ goal rate from 2035. That's about 45-70% rise, pretty much killing coal power as far as energy market goes. And that's assuming the capture process itself uses only energy produced from zero carbon sources, if this is powered by carbon sources obviously the end efficiency is going to take a considerable hit.
Ok, coal power at normal prices is not doable, lets see gas. Gas lets you have 2.5 MWh out of 1 ton of CO2 emission.
2.5MWh is 67$x2.5=167.5$. At current rate adding 47$ to that is a 28% rise in power cost, quite a kick to the economy. Even at the 30$ rate we're at 18%, which is getting close to the territory of "easy", but that's hypothetical 2035, with best tech gas power plants only.
As above, this assumes zero carbon power of market price being available to power the capture process, which is quite a tall order.
Capturing carbon from ordinary air or vehicles is obviously harder and more expensive than the best scenario of power plant exhaust.
So yeah, "easy". Maybe in 2035.