Do we care about the enviroment !!! ????

Less than 50% of a barrel of oil is gasoline.

The cost of a gallon of gas in April, 1955 was $0.29.

Corrected for inflation, that's $3.59.

The Federal Excise Tax on gasoline in 1955 was $.02/gallon.

The Federal Excise Tax on gasoline today is $0.184/gallon.

The average total gasoline tax per gallon in 1955 was $0.08.

The average total gasoline tax per gallon today is $0.51.

Add the extra $0.43/gallon to the corrected for inflation price: $3.59 + $0.43 = $4.02

The average price per gallon today is $4.076.

The average fuel economy for passenger vehicles in 1955 was roughly 12 to 15 mpg.

The average fuel economy for passenger vehicles today is around 27 mpg.

Round figures.
If a car is twice as economical today @$4 pg, than it was @$3pg ( inflation adjusted), that makes it a third cheaper.

Watched an interesting vid on US oil production. The us imports just about all its crude oil to b refuned for domestic use.

It exports most of its crude oil because it's refineries are not designed for the domestic grade.

I have yet to do a deeper dive into this. I do remember reading about the difference in oil production and refineries when refineries slowed their production due to covid
 
Any change over of a technology costs.

If green energy was the norm and the world or countries were changing to fossil fuels the government would help with grants to build the infranstructure. That cost is going to b higher than any existing subsidies or grants being given to the existing system to help with the initial hurt. The infrastructure of building enough fuel stations close together for a FF, (fossil fuel), vehicle to get to, without it running out between stations to encourage the purchase of more FF cars whose manufactures are receiving subsidies
That is a given and how the system works for an emerging energy source in transmission

The question about giving subsidies to GE, (green energies), companies if they are not paying for themselves is addessd for the most part in the above scenario

That question can b turned around.....Why are fossil fuel companies getting tax breaks, and subsidies and financial support. These companies have been operating for 100 years. If they still need finantual help there is something wrong, they are making record profits from year to year.

Here is what poped up with AI search when I did a general search asking on the costs to each energy source. Both fossil fuels and Nuclear.

Used the AI search answers. Most other source of answers could b misconscrewed as political

View attachment 369655View attachment 369656

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Of all the above, there is only one actual grant mentioned (and I don't agree they should get those grants).

Everything else are breaks of some sort (that's not giving money, it's taking less money than the government felt it should be entitled to).

1776479110980.png


Whereas most of those are actual grants.

Now, to be honest, few, if any, of the tax breaks any company gets should be there as there are few legitimate taxes levied on industry at all. The whole tax scheme is there not for revenue, but for leverage. Do as we say and we'll give you a tax break. Grease our palms in the right way and we'll give you a bigger tax break. The whole scheme is disgusting and self corrupting.

Both Solar and Oil create hazardous pollution. Solar in the building of the panels, the installation (covering large fields, necessitating serious environmental disruption, etc.), and oil with the refining process more than any other step. Oil, however, has a lot more uses. Less than half of the output of a barrel of oil is gasoline. Oil is used for everything from medicines to the plastics in the computers were using to have this discussion. Cutting fuel use is good for the environment, but it isn't going to significantly impact the need for oil.

Round figures.
If a car is twice as economical today @$4 pg, than it was @$3pg ( inflation adjusted), that makes it a third cheaper.

Watched an interesting vid on US oil production. The us imports just about all its crude oil to b refuned for domestic use.

It exports most of its crude oil because it's refineries are not designed for the domestic grade.

I have yet to do a deeper dive into this. I do remember reading about the difference in oil production and refineries when refineries slowed their production due to covid

1776480462488.png


You are correct in that we use heavy crude to make gasoline, kerosene, jet fuel, aviation fuel, etc., so we import that from Canada and Mexico (mainly).

But we refine our own oil into a lot of other things.

Back to solar (sorry for jumping around here): both solar and wind have the problem of production vs demand. Oil can be produced when you need it, or stored for when you need it. Solar power cannot, nor can wind. As someone suggested earlier, pumped hydro storage could help, but that still has the issue of damaging the environment. It also has the issue of using a natural resource needed for other things. Not being able to irrigate fields or supply water to a town because the water is needed for hydro-electric storage is a serious problem. Imagine trying to use this method in California or New Mexico.

And if the climate is so delicate it gets messed up by a slight increase of a gas which makes up a tiny percentage of the atmosphere, I cannot imagine the heat islands of solar or the energy take from the wind will do it much good. Of course, I mist definitely could be wrong on that one, I'm just speculating.

We've gotten energy for cars and energy for houses all conflated, but... as it comes to energy for homes, businesses, factories, data centers, etc., solar, wind, and even fossil fuels, have a problem: infrastructure and the fact the energy production and/or storage has to be in a large, central compound (so to speak). This means more and more wire to move the energy from the distant power plants/storage facilities/power generation facilities to the homes, businesses, factories, data centers, etc..

Modular reactors, and most especially, TMSRs, don't have this issue. You can put a data center in the middle of nowhere and power it with a TSMR with no need for heave, long distance energy transportation. If a city gets bigger, and/or its energy needs go up, you can install another TSMR.

Oak Ridge, TN is installing two new small, modular reactors in the near future. They don't require the huge reservations of the old reactors, they're safer, and they won't need long transmission lines. They're being built right where they are needed, with one to power the city and the other to power the labs.

In the end, I think the real issue is our tendency to want a one size solves all solution. I think there are places solar would be good (how about the roofs of all those new data centers, for example). I think there are places for electric cars (if my wife drove to work every day, I think we'd probably have one for her. A Tesla's ability to keep its interior a reasonable temperature would be a godsend for her and her MS heat & cold sensitivities. They're ability to self drive to you in a parking lot would be great, too!

Speaking of "not going into work every day," there's a way we could cut down on a lot of pollution. Why are so many companies requiring desk-jockeys to be in the office every day? How much more environmentally friendly would home offices, or even local office space, be as apposed to people commuting back and forth every day?

Anyway, I'm done rambling on—and boy have I been!—We'll blame it on the headache meds.
 
Not read through or looked at links

Do I get this right
The crude for gasoline is Imported to USA

You are correct in that we use heavy crude to make gasoline, kerosene, jet fuel, aviation fuel, etc., so we import that from Canada and Mexico (mainly).

But we refine our own oil into a lot of other things.

If Moscow Vladimir sells to China and India and Iran closes the Hormuz straight
The global market price can SPIKE For the rest Volumes .. up for sale.
as in Many Buyers and few Sellers.

Business is Business Like
Yes we can sell you the crude but today the price is Higher Of course..
The good stuff costs more ---everyone knows that. Its like Whiskey
Have other customers ..in line here take it or leave it.
 
Not read through or looked at links

Do I get this right
The crude for gasoline is Imported to USA

You are correct in that we use heavy crude to make gasoline, kerosene, jet fuel, aviation fuel, etc., so we import that from Canada and Mexico (mainly).

But we refine our own oil into a lot of other things.


If Moscow Vladimir sells to China and India and Iran closes the Hormuz straight
The global market price can SPIKE For the rest Volumes .. up for sale.
as in Many Buyers and few Sellers.

Business is Business Like
Yes we can sell you the crude but today the price is Higher Of course..
The good stuff costs more ---everyone knows that. Its like Whiskey
Have other customers ..in line here take it or leave it.

Yes, our refineries are set up to refine heavy sour crude into gasoline. Essentially, we would have to rebuild/replace our refineries to be able to refine light, sweet crude into gasoline, and this, given the modern environmental regulations, the lack of pipelines to move it, not to mention the actual cost, isn't really feasible.
 
Estimate say the US alone needs to increase electrical generation capacity between 165% and 220% by 2030, just to keep up with the increased demand caused by AI data centers and other growth.

Powering the entire U.S. with solar energy would require roughly 10,000 to 22,000 square miles of solar panels, including a battery storage area of approximately 1 square mile.

Which will increase to somewhere between 16,500 to 44,000 square miles and roughy 2 square miles of battery storage area if the above estimates hold.

It is estimated that approximately 583,000 to 1.26 million wind turbines would be required to power the entire United States, depending on turbine capacity and energy demand models.

And that increases to 961,950 to 2.6 million wind turbines if the above estimates hold (assumably, the battery storage area would remain the same).

Yes, I know no one is saying we should rely on 100% solar or wind (or a mix of the two), but it demonstrates the logistical issues of both.

https://hackaday.com/2025/04/19/chi...ium-reactor-begins-live-refueling-operations/
 
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Estimate say the US alone needs to increase electrical generation capacity between 165% and 220% by 2030, just to keep up with the increased demand caused by AI data centers and other growth.

Powering the entire U.S. with solar energy would require roughly 10,000 to 22,000 square miles of solar panels, including a battery storage area of approximately 1 square mile.

Which will increase to somewhere between 16,500 to 44,000 square miles and roughy 2 square miles of battery storage area if the above estimates hold.

It is estimated that approximately 583,000 to 1.26 million wind turbines would be required to power the entire United States, depending on turbine capacity and energy demand models.

And that increases to 961,950 to 2.6 million wind turbines if the above estimates hold (assumably, the battery storage area would remain the same).

Yes, I know no one is saying we should rely on 100% solar or wind (or a mix of the two), but it demonstrates the logistical issues of both.

https://hackaday.com/2025/04/19/chi...ium-reactor-begins-live-refueling-operations/


That is why other countries are refusing to build data centres willy nilly. They need controls, causing a strain on electricity consumption and socioeconomic stress through noise pollution and rising utility prices coupled with their water consumption

There was an attempt to expand the production of electricity to help cover the EV expansion. Not sure how much data centres were included in the equation.
It was stopped and decided fossil fuels were a better option by unblocking protected environments and drilling in the Arctic circle.

Your concern, of the effects solar panels have on the environment is nothing compared to opening up pristine protected environments for oil and gas drilling

Imagine a Horizon drilling platform disaster in the Arctic
 
That is why other countries are refusing to build data centres willy nilly. They need controls, causing a strain on electricity consumption and socioeconomic stress through noise pollution and rising utility prices coupled with their water consumption

There was an attempt to expand the production of electricity to help cover the EV expansion. Not sure how much data centres were included in the equation.
It was stopped and decided fossil fuels were a better option by unblocking protected environments and drilling in the Arctic circle.

Your concern, of the effects solar panels have on the environment is nothing compared to opening up pristine protected environments for oil and gas drilling

Imagine a Horizon drilling platform disaster in the Arctic

A Horizon drilling platform disaster in the Arctic National Wildlife Refuge is about as likely as a Titanic iceberg disaster in NYC.
Solar panels covering tens of thousands of square miles is incredibly destructive. That's simply a fact. I'm not saying there isn't a use for solar, howver.

Solar panels are made of processed silicon, cadmium, lead, petrochemicals (oil), and glass (none of which are good for the environment). The process of making them releases greenhouse gases.

Solar panels have a total lifecycle carbon footprint of 20-50gCO2e/kWH.

Nothing is without cost.

Pretty much every company on the planet wants to use AI. Even without AI, the amount of data being stored in the cloud is rising exponentially. Data centers are therefor necessary.

China is building data centers like there's no tomorrow. China is not the West's friend (do we really want them controlling and/or having access to our data?). Further, China is not well known for its environmentally conscious approach to much of anything, save for the occasional showpiece.

And let's not forget, the other thing China is building like there's no tomorrow is coal fired power plants.

That means the West is going to have to produce its own. Sure, other (read "European") countries are limiting the building of such centers in their own countries, but such is little more than environmental colonialism (it's okay to mess up some other country's environment, enslave some other country's poor, etc., etc., etc., just so long as our streets, streams, and air are clean).

Again, nothing is without cost.

Finally, I'm not advocating for oil. I'm advocating for an intelligent approach.

Nearly 50% of all jobs in the US are "office based." Why are we trying to find more and more ways to transport these people to their jobs every day? Work from home offices or rentable spaces inside communities means a whole lot less commuters. Think of the reduction in fuel usage, the need for larger and larger roads, the need for more and more commuter rail and buses, etc., etc..

Wind and solar have their place, but it's far more limited than many seem to think. The numbers bear that out. Modular nuclear reactors, and most especially, TSMRs, reduce the need for massive grid expansion and long distance transmission lines. Run them with sCO2 electrical generators (and update current power stations (no matter the fuel) and we can grow electrical production while reducing costs (we might even be able to Cool data centers using sCO2 power generators so they can help make up for their own energy use).

Putting all our eggs into the wind and solar basket isn't going to work.

And in the end, nothing is without cost.
 
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A Horizon drilling platform disaster in the Arctic National Wildlife Refuge is about as likely as a Titanic iceberg disaster in NYC.

I don't know how that conclusion has come about.

Safety precautions implemented after the horizon disaster specifically targeting the problems causing it have been waterd down or removed.

Oil companies refuse to take responsibility for cleaning up their pollution regarding well shut downs.

Once a well has been abandoned and sold off, or partially shut down to avoid decommissioning costs, it saves the companies billions while the wells are leaking methane.

In the process of gathering info on this I am staying on topic of oil well pollution after they have finished their commercial use.

Solar panels do and are a politent to the enviroment.......but .....Yes anything that is made comes out of the ground. That requires energy from a source, from making the machines to dig in the ground to running those machines, to making and powering the factories that make materials needed. Can it be more efficient, less pollution for the same outcome/needs

The real argument is can we reduce our pollution to a point where it is less than a continuing climb rate to a point where pollution is not going to increase past the point where it continues to heat up the planet.

At present our system doesn't stop that climb, but is increasing it.
Using today as a factor of 8 in pollution. Changing to green energy is like a factor of 5 in polution. One increases the other keeps it stable. That is if we haven't yet hit a runaway effect which some say if we have not already we are very very close. Problem with that is, once we accept and prove we are in a runaway effect, it is to late to stop it

Oil companies are avoiding their responsibilities, (costs them billions), where the public are footing the bill to clean up their mess...on that note...as pointed out before by me and yourself, oil companies are quick to squeeze concessions from state and federal gov't, use tax brakes and subsidies to set up and reduce running cost to inflate their profits.....then abandon their responsibility to clean up their mess......this is not just a US problem, although the biggest mutinationals world wide are US companies.
 
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I don't know how that conclusion has come about.

Safety precautions implemented after the horizon disaster specifically targeting the problems causing it have been waterd down or removed.

Oil companies refuse to take responsibility for cleaning up their pollution regarding well shut downs.

Once a well has been abandoned and sold off, or partially shut down to avoid decommissioning costs, it saves the companies billions while the wells are leaking methane.

In the process of gathering info on this I am staying on topic of oil well pollution after they have finished their commercial use.

Solar panels do and are a politent to the enviroment.......but .....Yes anything that is made comes out of the ground. That requires energy from a source, from making the machines to dig in the ground to running those machines, to making and powering the factories that make materials needed

The real argument is can we reduce our pollution to a point where it is less than a continuing climb rate to a point where pollution is not going to increase past the point where it continues to heat up the planet.

At present our system doesn't stop that climb, but is increasing it.
Using today as a factor of 8 in pollution. Changing to green energy is like a factor of 5 in polution. One increases the other keeps it stable. That is if we haven't yet hit a runaway effect which some say if we have not already we are very very close. Problem with that is once we accept and price we are in a runaway effect,vwe will not be able to stop it

Oil companies are avoiding their responsibilities, (costs them billions), where the public are footing the bill to clean up their mess...on that note...as pointed out before by me and yourself, oil companies are quick to squeeze concessions from state and federal gov't, use tax brakes and subsidies to set up and reduce running cost to inflate their profits.....then abandon their responsibility to clean up their mess......this is not just a US problem, although the biggest mutinationals world wide are US companies.

The top 5 oil companies by revenue:
1. Saudi Aramco (Saudi Arabia)
2. Sinopec (China)
3. Exxon-Mobil (US)
4. Shell (UK)
5. TotalEnergies (France)

The top 5 companies by revenue:
1. Amazon (US)
2. Walmart (US)
3. State Grid Corporation of China (China)
4. Saudi Aramco (Saudi Arabia)
5. China National Petrolium Corporation (China)

Pushing the US to handicap industry "for the environment" while allowing (because they just don't bother to follow "the rules," and the world loves cheap goods) China, India, Russia, etc., to pollute like mad will do nothing for the environment in the end.

It's like the whole data center discussion. Yay, Europe is "doing something about them!" But they aren't. They're buying their storage from China, while pointing fingers at the US for building data centers (which will cause less pollution than the ones in China). Like I said, environmental (and labor) colonialism.

Do you think the Chinese coal powered plants will pollute less that the US plants? What's their "factor?"

Top 5 worst polluting countries by fossil carbon dioxide emissions (2023):

1. China: 34% of the world total FCDE output (13,259,640,000 tons per year) Up 262% from the year 2,000
2. USA: 12% of the world total FCDE output (4,682,040,000 tons per year) Down 21% from the year 2,000
3. India 7.6% of the world total FCDE output (2,955,180,000 tons per year) Up 197% from the year 2,000

Notes:

-While Australia accounts for only 1% of the world total FCDE output, that output is Up 6% from the year 2,000.

-International shipping accounts for roughly 2% of the world total FCDE output and is Up 40% from the year 2,000

-US GDP (2024) $28.8-trillion
-China GDP (2024) $18.7-trillion
-India GDP (2024) $3.9-trillion

-The US's GDP is $10-trillion more than China's, yet we release only 35% of what they do.
-The US's GDP is 4.8-times India's, yet we release only 60% more than they do.

I'm not getting into Anthropogenic Climate Change. At least, not until I see an actual scientific study of computer models which demonstrates they are consistently correct (plus a few good explanations of the know anomalies which are always swept aside rather than scientifically addressed). Until then, it's not science, it's soothsayers with electronic orbuculum. I am, however, fully in with reducing pollution of all kinds.

I'm off to bed (I'm rather 'off' too, but that's a different discussion).
As they say, shiny side up!
 
WTF does FCDE actually stand for? Google AI assist thought Financial Development and Environmental Degradation but I guess you might be referring to carbon dioxide is some way?

I have views on pollution/population/economic growth but I fear that the big corporations will do whatever is best for the bottom line, governments will either encourage and enable them or flap about waving bits of paper and tutting depending on political hue and we will suffer the consequences and pay for it all.
 
WTF does FCDE actually stand for? Google AI assist thought Financial Development and Environmental Degradation but I guess you might be referring to carbon dioxide is some way?

I have views on pollution/population/economic growth but I fear that the big corporations will do whatever is best for the bottom line, governments will either encourage and enable them or flap about waving bits of paper and tutting depending on political hue and we will suffer the consequences and pay for it all.

It's right there in the sentence before I use the acronym; fossil carbon dioxide emissions.
 
One thing we could all do, if we want to, is reduce our own "carbon footprint" somewhat. Like go on fewer charter holidays, overseas holidays, cruise ships etc. And maybe stop using a full size V8 pickup or any other gas guzzler to commute, get groceries and running errands. Improve the insulation in your home, to reduce energy consumption for heating and/ or AC. Install heat pumps to replace oil or gas fired boilers. All this might be inconvenient but surely better than dealing with the aftermath of hurricanes, flooding, tornadoer and wildfires.

And reducing personal carbon footprint may only help the tiniest bit,
but "thoughts and prayers" after a disaster has hit helps a lot less. Except possibly making whoever is praying feel like they do "something". When they actually don't.
 
Your average human can sustain about 75 watts... or about 1/10th horsepower. So 10 men equals 1 horsepower or 750 watts.
The average home consumes an average of 1200 watts per hour. So about 12-13 men per house..... times millions of houses, not to mention manufacturing and other grid drains.... per hour.

You think solar farms look ugly? Imagine what those "farms" would look like. I'd call it unworkable.
Sorry to be picky, but 1200 watts PER HOUR makes zero sense.
If assuming a constant load/ power of 1200 W, then you use 1.2 kWh (1200 Wh) per hour.
W or kW, MW, GW are units of power, just like hp or BTU/ hr.
While Wh, kWh, GWh are units of energy, like calories, Joule, BTU, etc.
I have another example from one of my earlier workplaces to describe how much energy one kWh (or 3.6 MJ) actually is: 1 ton/ 1 cubic meter of water in the intake dam/reservoir equalled exactly 1 kWh. The kicker here is that the average dam level was around 470 m above sea level, and the hydro turbine around 50 m above sea level, giving a head of 420 m.
Now imagine hand pumping 1000 liters/ over 250 us gallons of water 420 meters straight up ( or against a 42 bar/ 609 psi pressure. Which also equates to 1 kWh.....
 
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Sorry to be picky, but 1200 watts PER HOUR makes zero sense.
If assuming a constant load/ power of 1200 W, then you use 1.2 kWh (1200 Wh) per hour.
W or kW, MW, GW is units of power, just like hp or BTU/ hr.
While Wh, kWh, GWh is units of energy, like calories, Joule, BTU, etc.
I have another example from one of my earlier workplaces to describe how much energy one kWh (or 3.6 MJ) actually is: 1 ton/ 1 cubic meter of water in the intake dam/reservoir equalled exactly 1 kWh. The kicker here is that the average dam level was around 470 m above sea level, and the hydro turbine around 50 m above sea level, giving a head of 420 m.
Now imagine hand pumping 1000 liters/ over 250 us gallons of water 420 meters straight up ( or against a 42 bar/ 609 psi pressure. Which also equates to 1 kWh.....
Those numbers were from google AI. Guess I shoulda double checked 'em. Oops.
 
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