Introduction

All right, everyone. Interesting article. About the US and how it must pursue energy dominance.

Energy Dominance Under Donald Trump

We had energy dominance for a few short glowing years under Donald Trump. Drill, baby, drill. Oh, we're a net exporter finally of oil and natural gas and the largest producer in the world. Also, investing in so-called renewables now. I've got mixed feelings on those, although the technology is getting better. So, you know, over time, I do believe that with a proper energy policy, we can get a lot of the electricity from solar. We're just doing it wrong.

The USA Needs to Be the Leader in Energy


My Plan for US Energy

Fracking and Oil Drilling

Frack all you want. Yeah, can it cause substance problems? Yes, it can, but, you know, gas is an important resource. Drill the oil. We now know that it's capable of refilling itself. I have my own theory with regards to oil production. I believe it's the result of the excretions of bacteria within the Earth's crust. It osmoses from areas of higher density to lower density into porous rock and so forth and forms bubbles basically. These can all gather over the course of thousands of years and become the deposits that we're extracting. We've seen, for example, in Texas that the oil fields they thought were barren, they thought they drained them completely. Well, they went back and did more exploratory drilling and found that they were pretty much refilled. It's almost like peak oil was a lie to begin with. There's an awful lot more carbon-rich resources in the crust of the Earth than people originally believed. This is going to be eventually, I believe, canonical within science. So no more problems.

Carbon Capture with Terra Preta

If you want to do carbon capture, you can always do terra preta. That would help too. That'd be part of the energy policy. You create charcoal and you charge it with nitrates, which can be gathered literally from suburban lawns if you want to. Pump the charcoal and put it on the fields and grow more crops, grow bigger crops. A little more CO2 in the atmosphere? God, we can grow twice as much food. People don't even understand. There's no limitation to our technological capacity as long as we increase our understanding.

Solar Energy Implementation

With solar, all you have to do is instead of cutting down a forest and putting up a bunch of solar panels, which doesn't really make a lot of sense from an ecological standpoint either, you put them on pre-existing structures that are already there. Yes indeed, the whole heat island thing. If you're absorbing 20-30% of the sun that's falling on that city, at least within the suburban regions, you can reduce the heat island effect. You're using it for other purposes. It's no longer heat at all. It's not heating anything up. The photons are going into the grid or whatever, going into the goddamn solar grid, and then people can have short-haul electric cars.

Improving Efficiency in the US System

The efficiency of the US system, in specific, is very, very low. It's a car culture. People drive like 20 miles to work and stuff like that. Deregulate the automotive industry to allow the existence of what the Dutch call bromfietsen and make them electric-powered for short-haul. Nobody's going to—why on Earth would you pay twice as much for a standard car if you have an electric-powered bromfiets, with a moped engine, but it still seats four in some cases and is much more efficient? It'd be a lot cheaper to operate. You can generate your own power on your home. Decentralize the grid, so to speak. That would be step number one.

Steps to Achieve Energy Dominance

Step One: Decentralize the Grid

Step number one is decentralizing the grid to allow individuals to generate their own power at home.

Step Two: Increase Drilling

Step number two is drill, baby, drill.

Step Three: Invest in Nuclear Power

Step number three, we need to invest more in nuclear power. A lot of people, the NIMBYs, will say, "Well, I support nuclear power, but I don't want a nuclear plant in my particular town." They've been poisoned to believe that modern nuclear generation stations are a huge risk. No, we've got dry storage and everything like that now. The risk of a meltdown in a modern nuclear plant, properly made, is very, very low. Just don't put them on the edge of the ocean with a tiny seawall around it like in Fukushima or build it improperly like at Chernobyl or Three Mile Island and you probably don't have any problem. We need more nuclear to power the grid. You can supplement that, of course, with solar and wind. That's a little bit different. And of course, we can also harness tidal energy.

Harnessing Tidal Energy

Yes, there are experiments currently ongoing to generate electricity by having big pylons that rise and fall with the tide and then that generates energy. The moon is giving this world a huge amount of energy every single day. As it transits around, it sloshes the waters of the ocean and other significant bodies of water significantly by several feet. You can harness that energy. There's no limitation to how many of these you can build. We should hook them up to desal plants as well, and you know, then you get pure water as well. It's a great thing.

Exploiting All Possible Energy Sources

I think we need to exploit every possible energy source. Yes, this even includes coal, by the way. I'm not a big fan of King Coal. The fact that you can put scrubbers in a coal-powered power plant or whatever doesn't necessarily reduce to zero the amount of emissions that you're creating. I'm not talking about CO2. I don't care about that. Plants will gobble it up and just grow faster. I'm talking about all of the other carcinogenic materials and stuff that are spewed out. We can reduce that by 99% fairly easily, but they're still there. Nobody wants to live next to the Union Carbide plant, for example, for a reason. Nor do they want to live in a community with several coal power plants. But we should still exploit it because we've got a ton of it and we've got countries willing to buy it. Yeah, China, they're building, like, what, a coal power plant every week or something like that? I think they build hundreds of them every goddamn year. They're insatiable with regards to coal power and we happen to have the world's largest amount of anthracite coal. Well, I mean, it kind of makes sense to exploit that resource, now, doesn't it?

Coal as a Non-Renewable Source

Now, of course, coal is not a renewable source of power. It's not the same as oil. It's not the same as, you know, if we get recyclable solar cells or something like that. We can recycle those materials fairly easily. Certainly, it's not as renewable as natural gas. There's plenty of that lying around, enough for the next thousand years probably. But we must pursue energy dominance. The United States economy right now is teetering on the brink. It makes no sense not to drill, baby, drill. Oil, gas, solar on homes and on buildings. You don't need to create solar fields that are funded by China. You can go ahead and invest in offshore wind turbines. They got hundreds of them in the Netherlands, for example. Their grid is insane. Half the homes have solar on them, don't really have heat islands anymore, and so much of the sun is being absorbed into the solar cells that the effect is diminutive in comparison certainly to a place like maybe Los Angeles or New York City.

Carbon Sequestration and Energy Policy

All of these things are possible. By the way, again, if you are worried about CO2, oh my God, if you have an SUV, you're contributing to climate change. Well, then sequester some carbon. Make charcoal, put it in your garden. That's literally all you have to do. I mean, that's what I'm doing right now. It's probably about 500 lbs of charcoal there. I don't know how much carbon dioxide that offsets, but it's a pretty significant amount. You get bigger plants and you're sequestering carbon. What the hell is the goddamn problem with that? We should have a national campaign to try to—there should be like a national system. Put solar on everyone's homes, attach it to the grid, let them exploit it for their own purposes, decentralized. Any overflow goes into the grid, it buffs the grid up. And teach people about terra preta. That's literally all we need to do. We can establish energy dominance very, very easily. If we weren't using so much gas and coal domestically, through a sane energy policy, we could export more of it. Well, that's good money, now, isn't it? US industry would flourish. It would be a great thing.

Current Administration's Approach

But that's the opposite of what the current administration is attempting to do. They're telling people, "Be going Jimmy Carter mode, put on a sweater, turn down that thermostat, and you're not allowed to have this particular faucet in your shower because it's too inefficient." Doesn't really make a whole lot of sense, now, does it? That's about all. Peace out.

FAQs

FAQ 1: What is the concept of "energy dominance" mentioned in the article?

Answer: Energy dominance refers to the goal of the United States becoming a leading global producer and exporter of energy resources, including oil, natural gas, and renewables, ensuring energy independence and economic growth.

FAQ 2: How did the US achieve energy dominance under Donald Trump?

Answer: Under Donald Trump, the US achieved energy dominance by significantly increasing oil and natural gas production through policies that encouraged drilling and fracking, making the country a net exporter of these resources and the largest producer in the world.

FAQ 3: What is the author's theory on oil production?

Answer: The author believes that oil is produced by bacteria within the Earth's crust, which excrete carbon-rich substances that osmose into porous rock formations over thousands of years, creating oil deposits that can refill over time, as seen in some Texas oil fields.

FAQ 4: What is terra preta and how does it relate to carbon capture?

Answer: Terra preta is a type of carbon-rich soil created by mixing charcoal with nitrates, which can be gathered from suburban lawns. This method of carbon capture can enhance soil fertility and crop yields while sequestering carbon dioxide from the atmosphere.

FAQ 5: How does the article suggest implementing solar energy more effectively?

Answer: The article suggests installing solar panels on existing structures instead of cutting down forests to create solar fields. This approach not only utilizes pre-existing spaces but also helps reduce the heat island effect in urban areas by absorbing solar radiation for electricity generation.

FAQ 6: What is the author's view on the current efficiency of the US energy system?

Answer: The author believes the US energy system is highly inefficient, particularly due to its car-centric culture. They advocate for deregulating the automotive industry to allow for more efficient, electric-powered vehicles and decentralizing the grid to enable individual power generation at homes.

FAQ 7: What are the key steps to achieve energy dominance according to the article?

Answer: The key steps to achieve energy dominance include decentralizing the grid for home power generation, increasing drilling for oil and natural gas, investing more in nuclear power, and harnessing renewable energy sources like solar, wind, and tidal energy.

FAQ 8: How does the article address the potential risks of nuclear power?

Answer: The article acknowledges the public's fear of nuclear power but argues that modern nuclear plants, with proper construction and dry storage methods, have a very low risk of meltdown. The author emphasizes the need for more nuclear power to support the grid.

FAQ 9: What is the potential of tidal energy as discussed in the article?

Answer: Tidal energy has significant potential because the movement of the tides, driven by the moon, can be harnessed using pylons that generate electricity. This energy can be coupled with desalination plants to provide both power and fresh water.

FAQ 10: What criticisms does the author have about the current administration's energy policies?

Answer: The author criticizes the current administration for promoting energy conservation measures, such as reducing thermostat settings and limiting water flow in showers, which they believe are ineffective. Instead, the author advocates for increasing energy production and implementing innovative technologies to achieve energy dominance.