MC's career as foreign lord

Because radioactive materials were required, the entire process had to be carried out wearing a full set of protective clothing. Furthermore, to ensure the protective suits provided complete protection, he forbade the dwarves from entering the area.

He specifically isolated a section, creating a high-voltage protected zone that no one else could enter, before officially starting his work.

Radiation is never a joke. After all, even milk can't alleviate its special debuff, which can only be removed by death or time. This is what makes it truly deadly.

If someone were to be afflicted with this debuff, they would probably need an undying totem to save them, which would be too high a price. It's better to take precautions.

At least he knows that others exposed to this radiation would likely have peculiar death reactions. Of course, liches and skeletons might be immune, as they are already dead. Would adding a little radiation to their bones really cause them significant harm?

It's impossible to imagine radiation could only harm living matter, not inanimate objects. When the attribute of life is tainted by radiation, inevitable decay occurs. But if I don't have the attribute of life, you can't harm me, right?

So, if he really wants to continue researching nuclear energy in the future, he can release all these things and have everyone wear radiation suits, using these undead for research. It seems like a decent option.

For now, he needs to create a simple pulverizer. A pulverizer is a very versatile device. Besides grinding glaze ore into glaze ore powder, it can naturally grind various ores into different kinds of powders. He could even grind diamond ore into two diamonds.

Of course, the output isn't high compared to adaptation, but it's much better than using iron pickaxes. In the early stages, before fortune pickaxes are available, making these industrial machines can significantly impact their living standards.

Moreover, he can grind some peculiar things into powder. For example, the simplest cobblestone can be turned into sand, stone can be ground into cobblestone, and gravel can be turned into sand. Even ender pearls can be turned into ender pearl powder.

Of course, these things require the help of mods and can't be made casually. The most convenient thing is naturally upgrading minerals: turning one mineral into two. This is almost exactly the same as the Tinker's Construct mod's characteristic.

Besides, or perhaps it can be said… At the same time, after a series of operations with a washing plant, such mineral growth can be further activated. However, it may not be as convenient as Tinker's Construct because Tinker's Construct only needs lava, an inexhaustible fuel, while industrial machines, no matter what kind, must use electricity.

Electricity is actually a relatively scarce energy source, at least much scarcer than the tools they usually use. And the growth rate isn't very fast unless they have advanced solar panels in the future, which would make it truly insignificant.

There's no use talking about these things now. The amount of energy, or rather, the number of items needed for advanced solar panels, is simply terrifying.

Before making these things, he also made a series of wooden, iron, and bronze storage boxes. The capacity of these cabinets isn't much higher than the various boxes outside, but one characteristic gives them strong survivability: stackable, breakable, and nesting.

Compared to the non-nesting backpacks he has, which can only store items one by one, the storage boxes can store many individual items and be nested and stacked. This means that a single, strongest wooden cabinet can hold 27 storage boxes, and those 27 boxes can continue to hold more storage boxes.

By nesting them infinitely like this, as long as you don't exceed its maximum storage limit, it means you can even empty an entire world. He needs these things to store the increasing number of items he carries, as he is used to directly carrying many things on his person.

Making a pulverizer is not difficult. A simple basic machine casing, a circuit board, three flints, and two cobblestones are all that's needed.

Connecting it directly to the rotating fan in the sky immediately starts it running quickly. The piles of glaze ore gradually turn into pulverized glaze ore under the rapid rotation of the pulverizer.

This process takes a considerable amount of time. Next, he needs to continue with his work, which is the washing plant.

Similarly, as a part of the process, this machine is used to wash crushed ore, obtaining washed ore powder, small piles of gold powder, and a series of stone powders.

It can also obtain some special minerals. For example, washing glaze ore can yield lead powder, and washing lead ore can yield sulfur powder.

The yield of these powders isn't high; nine of these small piles are needed to synthesize one ore, but it can be considered an additional mineral supplement.

However, some people believe that the washing plant is unnecessary because it consumes terrifying amounts of electricity and water. You need an entire generator dedicated to providing it with electricity and an entire pool dedicated to providing it with water. You even need to make a pump specifically to pump water for it.

The only comforting thing is that this thing is not complicated to make. Whether it's iron plates, buckets, machine casings, circuit boards, or electric motors, they're all things that are already in the boxes. He can easily synthesize them.

As for the pump, it's even simpler: a few empty cells plus a circuit board and a faucet, at most adding two more mining pipes to obtain it.

These pipes, or rather, mining pipes, can be synthesized directly from iron plates and wooden faucets. The difficulty is still not very high. These items, pipes, or mining pipes, allow mining machines and advanced mining machines to mine.

But he has an entire skeleton mining team, so he doesn't need advanced mining machines. Mining machines are only arranged when there is a shortage of manpower. Moreover, mining machines have a bug that has never been fixed.

When you use a mining machine, the drill bit occupies a space, but this space should be for the mining pipe. This pipe will not be usable, but when it is retrieved, it will retrieve an extra pipe that should not exist. This means that the number of your pipes will increase more and more.

This can also be considered a special method of creating something from nothing, but the methods of creating something from nothing in the block world are more numerous than the times an old lady falls down, so there's nothing particularly surprising about it. At most, it's just average.

He has used even more methods of creating something from nothing. How much is a pipeline worth? He now has a cobblestone generator. In fact, making a simple excavation and lifting device, which can also be called excavation and collection, can automatically and infinitely obtain stones.

Returning to the current task, the water pump must draw from a water pool that can automatically replenish, otherwise the water usage is too extravagant. Each ore washing machine requires 1000 units of water to clean an ore, which is a full block of water.

If he doesn't use this method to make it, I'm afraid he won't be able to do anything else soon, and he'll be squatting here all day adding water to the ore washing machine.

Even a water pool isn't very difficult. The concept of unlimited water is known even to those seeds outside the territory. Although they don't have the ability to create unlimited water, they can draw water from the already-made unlimited water sources. Some people have even secretly bought a few buckets of water to make a simple unlimited water source at home for water supply.

This also avoids the possibility of being poisoned by others. Once unlimited water is contaminated, it cannot be mixed with other water, and it is impossible to continue drawing water infinitely. It's easy to see directly.

For those who are in high positions and worry about being assassinated every day, this is already considered very worthwhile.

Moreover, to provide water to the ore washing machine, he continuously made several water pumps to keep pumping, just to ensure that the water in the ore washing machine is always full.

After the Shanxi ore washing machine has cleaned all the minerals, it's naturally the turn of the thermal centrifuge to appear. This is also one of the few machines that continue to output minerals. It can still wash out some additional special materials.

For example, after centrifuging things like copper, tin, iron, and gold, it can additionally output some of their own mineral powders. Uranium ore output will be divided into U235 and U238, and even some other ores can output special materials.

Even those used energy rods can be thoroughly utilized for their minerals and energy through the thermal centrifuge, instead of being discarded at will.

Remember the slag left over from the blast furnace after burning iron and breaking steel that was mentioned earlier? They can also be made into carbon powder and gold powder in the thermal centrifuge, which can be regarded as waste recycling.

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But when he looked through the crafting table and found that the thermal centrifuge actually required a laser mining drill, he suddenly became a little emo.

This thing, along with the jetpack, is one of the special tools for industrial graduation. Its crafting method is much more difficult than all the other things combined.

But thinking about it, it makes sense. After all, he skipped many synthesis methods and ran directly to build a nuclear power plant. He hasn't used or created many industrial tools at all. Now that this kind of thing is happening, it seems quite reasonable.

Sure enough, skipping levels is still not a desirable method. He still has to slowly do things step by step. Then let's start with the mining laser gun. Two more guns should be enough for something like a thermal centrifuge.

However, if the mining laser isn't managed, it can easily fly out very far, which will cause a series of strange problems. Zhou Ren's method is generally to build a pile of safes next to it, and then open them himself. Safes are a slightly buggy defensive item from the industrial system.

The crafting method for this thing is very simple: a basic machine casing, a circuit board, and a box can be made, but it has the same explosion resistance as bedrock and the same firmness as bedrock. If you don't have the combat power to destroy bedrock, you can't have any effect on this block.

This also means that you can even forge a safe wall and then directly turn it into a completely invincible wall.

If you want to have some fancy operations, maybe you can create some strange actions, such as… Godslaying!

Just as he had this idea, he felt like a thunderbolt struck in the sky, and he immediately extinguished this choice silently. It seems that the timing is still a bit excessive, and he still can't mention these things.

So he continued to focus on the laser mining gun. Now that there are safes, making a row of them can resist any explosion from this gun. Let him see what this gun needs.

Energy crystal, advanced circuit board, advanced alloy. Ah, advanced alloy is the easiest thing to make.

This is a special alloy ingot that can be made by synthesizing iron plates, bronze plates, and tin plates. After this alloy ingot is compressed in a compressor, it can be synthesized into something called advanced alloy.

The origin of this thing is not particularly complicated, and the degree of appearance is average, so it is not particularly surprising.

The remaining advanced circuit board is actually the same as ordinary circuit boards. It is one of the most commonly used advanced general materials on weekdays, and it can be regarded as his favorite tool to use.

Mainly because the synthesis method is also relatively simple. If you have an ordinary circuit board, you only need to add 4 redstone dust, 2 glowstone dust, and 2 lapis lazuli to easily synthesize it.

So he synthesized a lot in one go, which is also to save trouble in the future. After all, if he still needs to do these things in the future, it will waste a lot of time.

Looking at it this way, the only thing they actually need to do now is an energy crystal, but again, energy crystals are not so easy to make.

Energy crystals require 9 energy crystal dusts to be compressed in a compressor, and energy crystal dusts need to be synthesized from diamond dust and redstone dust. The way to obtain diamond dust is very simple. One diamond can be made into one diamond dust, then 9 energy crystal dusts need 4 diamonds and 5 redstones to synthesize.

This can only synthesize one energy crystal. He directly put on 40 diamonds, ground them into 40 dusts, and turned them into energy crystal dusts, which is a full 90. In this way, 10 energy crystals can be made.

Now it can only be considered barely up to standard, and the mining laser gun can be directly synthesized.