Everyone Peter zillion here coming to you from the road in Colorado. Yesterday, I gave you a quick talk about what I saw as the greatest national security threat to the United States for the next foreseeable future, I’d like to do the same thing now for economic security, and in a word it’s processing.
Before explain what I mean by that, let’s go back a little bit. The whole idea of globalization is that any product can go anywhere, take advantage of whoever can produce that product, the lowest cost and the highest quality, or at least that’s the theory. In practice, as soon as countries realize they can reach into any economic space, they take steps to benefit themselves, maybe they put in trade restrictions, or in the case of processing, maybe they subsidize. So different countries around the world have thrown a lot of money and making sure that certain industries are headquartered or at least heavily emphasized in their own places. So Taiwan, Korea, Japan, they do this heavily with semiconductors to the tune of hundreds of billions of dollars of subsidies. The Russians use a lot of the detritus from the Soviet system, which used to supply a an empire, which now only supplies them and you know, they’re pretty economically backward. So they use all the extra stuff to produce things for export. Or in the case of the Chinese, in order to ensure mass development and mass employment. They throw basically bottomless supplies of capital, at industries, really anything that they think that technologically they can handle, they want to be able to produce, and if they can corner the market. What this means is that other countries, United States are reliant on countries that have put their thumb on the scales in order to participate in anything else. And now the globalization is breaking down, the United States is facing a double threat. Number one, a lot of manufacturing that used to be done here or could be done here, or, you know, from an economic efficiency point of view should be done here, is done other places, and so a lot of that has to be reshot or near shorter fringe short. Second, none of this works unless you have the processing. If you have iron ore, but you don’t have the processing to turn it into steel, you can’t do construction. If you have silicon, you don’t have the ability to press it into silicon dioxide, you can’t play in the semiconductor space, and on and on and on. So things kind of fall into three general categories. The first are industrial materials like lithium and copper and iron ore in the rest. The United States, and most of these is a big player in the production and nearly a non player in the processing. And since the United States is now attempting a mass industrial build out, it needs to get good at that, again, needs to make partnerships with the countries that have the raw materials Australia is at the top of that list, Brazil’s probably close second. And then it needs to work with those countries either to do the processing in them or at home. Now one of the things that I do like about the Biden administration’s economic policies, and there aren’t a lot is that the inflation Reduction Act prioritizes this and says that in order to qualify for certain subsidies for things like EVs, the materials that go into them must be processed within a NAFTA country or an ally that is identified by negotiations such as Australia. So we are moving in the right direction there. But we need to think of a much broader net. So for example, aluminum, not only to the Russians, and the Chinese dominate about three quarters of aluminum production in the world, aluminum as a byproduct generates a lot of trace materials like say gallium, which are really useful for solar panels. Same thing with silver, silver processing, or copper processing generate a lot of the stuff that you need for rare earths metals. All of this stuff needs to be recaptured in some way. Otherwise, the industrial real building that the United States is attempting really isn’t going to go anywhere. Because if you don’t have the materials to do it in the first place, it’s going to be kind of a pointless endeavor, simply to build up why you would need to make them every single day. Well, that’s number one. Number two is food. The United States is the world’s largest food exporter, and is the number one exporter of any number of materials and food products. But we don’t do a lot of the value add as part of those exports. This is missing a lot of really low hanging fruit. And if you look at the world writ large, the same thing that applies to globalization and processing applies to agriculture, lots of countries for food security issues, national security issues, protection issues, whose have made it very difficult for the United States to export say, soybean meal, but they still allow the import of Solway by expanding the footprint and American agro industry. So we do more of the processing here, not only do we get a higher value added product, but as global fertilizer markets around the world get problematic. A lot of major food producers are simply going to vanish because most food production outside of certain areas that have been producing it for centuries, can only do so with massive applications of fertilizer, again in China is the case in point they use about five times as much nitrogen fertilizer as the global average. So not only would the United States earn a little bit more money and have more food security, if we did this
we’d also be able to step in and help other places that are suffering from famine more quickly, because we’d actually have similar finished or even finished food products rather than just the raw material. And then the third one is one that the bite administration is not going to like to hear about. And that is oil. Oil by itself is useless. It has to be refined into diesel and gasoline and Napa and the rest of the United States is the world’s largest oil refiner, and the world’s largest exporter of refined products. However, there’s this huge mismatch within the American energy sector. Back in the 70s. And the 80s, when we were all running out of oil, American refiners became convinced with good reason that the future of global crude were very heavy, very sour, very polluted, crude streams. And so what they did was they refined the entire American refining complex to run on the crappiest crude you can imagine stuff that’s just goo or even solid at room temperature. But then we had the shale revolution. And the shale revolution is different, and that the crude that is produced from it is super light, and super sweet. So right now, American refiners prefer to import the heavy crap stuff from the wide world, leaving the light sweet stuff, we produce ourselves available for X port. So the smart play here would be to retool or even better expand the American refining complex in order to process not just the crappy stuff in the world, but also the stuff that we produce ourselves. So we’re less dependent upon the inflows and the outflows of exports and imports in order to keep our refining complex alive, and keep fuel in the tanks. And for those of you who are super ultra mega greens, who were convinced that the internal combustion engine is not the wave of the future, that’s fine.
Consider that the most aggressive or realistic plan and it’s not very realistic for getting EVs on the road, and we’re stopping the production of internal combustion engine vehicles is now before 2040. Which means
as late as 2050, the majority of vehicles that are still on the road are still going to be internal combustion. So even in the most aggressive plan, we are still going to need 10s of millions of barrels of gasoline and diesel and the rest for decades to come. If we’re going to avoid an energy shock, where the whole system just cuts down.
I said everything Yeah, I think that’s everything. So processing it lots of processing. Oh, yeah. And even if you don’t buy into the green transition, or even climate change, we still need to do this. Because without the Chinese or the Germans and everyone else in global manufacturing, North America has to at least double the size of its entire industrial plant. And that’s a lot of steel, a lot of aluminum, a lot of copper and all or so really, it doesn’t matter what your ideology is, we don’t have enough of the intermediate stage of process stuff that we need to even attempt to do everything else. So let’s focus on that first.
