I heard most of this the other day when it was on live. But a reporter who went undercover into the cobalt mines in the Congo was on Fresh Air. Well worth the listen.
Looks like Dr. Evil is up to more no good! Vaccines, to human waste disposal and now power lines, the man is busy solving problems and spreading his wealth around, so naturally he is an enemy of the right! This guy is another Soros, crank up the slander machine, he did put those microchips in the vaccines after all ...
Aside from not true in every relevant scenario, it’s not that simple at all, and it paints a false dilemma. It’s not gas vs coal, it‘s fossil vs renewable, it‘s continuing to sponsor oil companies vs saving the planet. Using gas to transition to renewables is a bad idea for several very good logical reasons listed in the link I posted as well as in previous post. It’s not “better”, it’s at best less bad. We don’t have the time and luxury anymore to choose for better instead of actual solutions that do not just help to meet self-imposed theoretical intermediate milestones that will still end up not being enough.
In contrast, something (using gas to transition to renewables) is not a good or even logical reason to favor that same thing. A reason it is favored is purely economical. Was. With the high gas prices and lowering prices of renewables it makes it an even worse idea than it was.
Greenpeace will take the European Commission to the European Court of Justice over the inclusion of fossil gas and nuclear energy in the EU’s Taxonomy
www.greenpeace.org
Aside from not true in every relevant scenario, it’s not that simple at all, and it paints a false dilemma. It’s not gas vs coal, it‘s fossil vs renewable, it‘s continuing to sponsor oil companies vs saving the planet. Using gas to transition to renewables is a bad idea for several very good logical reasons listed in the link I posted as well as in previous post. It’s not “better”, it’s at best less bad. We don’t have the time and luxury anymore to choose for better instead of actual solutions that do not just help to meet self-imposed theoretical intermediate milestones that will still end up not being enough.
In contrast, something (using gas to transition to renewables) is not a good or even logical reason to favor that same thing. A reason it is favored is purely economical. Was. With the high gas prices and lowering prices of renewables it makes it an even worse idea than it was.
Show me a more pragmatic or realistic scenario, we only appear to have bad choices while we transition. We are going to be using fossilized carbon for decades to come, even in the developed world, so harm reduction is logical. Stop using coal first, then gasoline and most diesel and finally NG. It takes time for alternatives to be developed and EV batteries are rapidly getting there, we also need a green new grid built on the back of the old one. It will take decades to transition Europe to heat pumps.
It is imperative, but it must also be socially and economically acceptable or you will have a reactionary government promoting coal burning and into climate change denial. Burning fossilized carbon for energy is a bad idea, most people recognize this, but not all and even those who do will engage in denial. We need solutions that actually work and a pathway to attaining them, we need an evolution, not a revolution, even though a revolution is required.
Greenpeace will take the European Commission to the European Court of Justice over the inclusion of fossil gas and nuclear energy in the EU’s Taxonomy
www.greenpeace.org
Aside from not true in every relevant scenario, it’s not that simple at all, and it paints a false dilemma. It’s not gas vs coal, it‘s fossil vs renewable, it‘s continuing to sponsor oil companies vs saving the planet. Using gas to transition to renewables is a bad idea for several very good logical reasons listed in the link I posted as well as in previous post. It’s not “better”, it’s at best less bad. We don’t have the time and luxury anymore to choose for better instead of actual solutions that do not just help to meet self-imposed theoretical intermediate milestones that will still end up not being enough.
In contrast, something (using gas to transition to renewables) is not a good or even logical reason to favor that same thing. A reason it is favored is purely economical. Was. With the high gas prices and lowering prices of renewables it makes it an even worse idea than it was.
One thing that throws the issue into stark relief is that we haven’t rendered war obsolete and are unlikely to do so, barring the worst case. If nobody else, the military will need large, concentrated sources of power that can be turned to 100% on, on demand. Nuclear fits the bill, and fusion is the likely successor. Unless we find something just this side of magic, like tapping vacuum energy.
Europe only needs to displace about 34% of their energy production to be almost completely green, as far as energy production goes. Making steel and concrete contributes a lot of carbon too, but there are carbon free ways to make steel with hydrogen. Limiting NG to power generation and industry while using it to replace coal would be a good start and way to reduce carbon output. However they have to make up about 35% of their energy production or importation first, but they have a pretty good renewables start. Energy storage will make renewables feasible and the work being done in the EV battery industry will address that and much more by driving down costs, offering a variety of alternatives, increased charge cycle life and capacity. Batteries with long lifetimes could see deployment sped up considerably, as old battery packs are transfered to new cars or repurposed for grid storage, commercially or at home.
Salton Sea lithium deposits could help EV transition, support economically devastated area
138,190 views Jan 24, 2023
The demand for electric vehicles is surging in the U.S., sparked in part by the Biden administration’s Inflation Reduction Act and the subsidies it offers. But a looming supply shortage of lithium threatens to stall the EV transition. Stephanie Sy traveled to California's Salton Sea where lithium deposits could help meet the country’s energy needs and support an economically devastated region.
A look at a few likely EV battery chemistries we might be seeing over the next 5 years, some are already in production and all will be improved over time.
Are These Batteries The Future Of Energy Storage?
63,062 views Feb 14, 2023
Are These Batteries The Future Of Energy Storage?
There’s a huge number of lithium-ion battery alternatives in the works … so many that it can be hard to keep track of them all. Let’s take a look at 5 next generation battery contenders, if they’re overhyped, and when they might end up in our smartphones, homes, or EVs. What does the future of energy storage look like for us beyond the tried-and-true lithium-ion battery?
Town cars and commuting from the burbs to the city for now, road trips will be out for most in North America until range and charging improve. The situation will most likely be very different for range and charging in 5 years, but for now EVs will suit the needs of tens of millions of shorter range commuters who can top up from home overnight.
While they were never afraid of getting stranded, they said the trip required more planning with their Kia EV6 than it would have with a traditional car.
Town cars and commuting from the burbs to the city for now, road trips will be out for most in North America until range and charging improve. The situation will most likely be very different for range and charging in 5 years, but for now EVs will suit the needs of tens of millions of shorter range commuters who can top up from home overnight.
While they were never afraid of getting stranded, they said the trip required more planning with their Kia EV6 than it would have with a traditional car.
THIS! Why they don't build huge geothermal plants around the Yellowstone super volcano for instance and tap into all that carbon free energy at least. Start rebuilding the grid to make it immune to EMP attack.
Plenty of other places to tap into this free form of energy too.
Need to stop the oil lobby from interfering and if they had any care for the planet they would be investing in renewables themselves then they could keep their profits up without killing the planet.
THIS! Why they don't build huge geothermal plants around the Yellowstone super volcano for instance and tap into all that carbon free energy at least. Start rebuilding the grid to make it immune to EMP attack.
Plenty of other places to tap into this free form of energy too.
Need to stop the oil lobby from interfering and if they had any care for the planet they would be investing in renewables themselves then they could keep their profits up without killing the planet.
EVs are being introduced and battery prices are still high, so early adaptors tend to be more affluent, and high end EVs are the first offerings. As I said before, a small cheap EV with enough range that can be topped up from home will be the Model T of EVs. Most Americans can no longer afford a new car according to a recent article I saw, and everybody seems to be piling on the high-end EV market for now.
EVs are being introduced and battery prices are still high, so early adaptors tend to be more affluent, and high end EVs are the first offerings. As I said before, a small cheap EV with enough range that can be topped up from home will be the Model T of EVs. Most Americans can no longer afford a new car according to a recent article I saw, and everybody seems to be piling on the high-end EV market for now.
I mean something other than 60 and 70s marketing terms! I mean an actual town car, used to drive around town or from the burbs into the city for work! Something you don't drive cross country in, but the idea is to top it up at night and drive to work the next day. I figure for ease of charging it at home will put some size constraints on such EVs
I mean something other than 60 and 70s marketing terms! I mean an actual town car, used to drive around town or from the burbs into the city for work! Something you don't drive cross country in, but the idea is to top it up at night and drive to work the next day. I figure for ease of charging it at home will put some size constraints on such EVs