Detailed introduction to the construction method of hypoxic water spring development module

How to build a simple solar drive system? PHP editor Xiaoxin provides you with two super simple methods: Directly using insulating bricks to build a pool: Use insulating bricks to enclose a large pool and ensure that its size is sufficient to cover the area required for the equipment's dormant period. The edge of the pool is higher than the height of the spring to prevent the liquid from overflowing. Pay attention to the overheating temperature of the hand pump and liquid pump. Artesian high-pressure library method: build a frame structure. Construct two gas components. Construct remaining buildings. The following details will guide you step-by-step in building these two efficient and easy-to-operate systems.

Details of the construction method of water spring development module in "Hypoxia"

In the absence of tuning, almost all water springs can be developed using this method (carbon dioxide Just pretend that there is no spring. Don’t look at the low temperature, it can’t drop a little)

Super simple development method

Just use insulating bricks to surround a large pool, that’s it, as long as the pool It just needs to be large enough to cover the use during the dormant period, because the reason is very simple. If the water in the pool cannot be used up even during the dormant period, then there is no real meaning in having more high-pressure storage, and the most important thing in this game is space. , so it can be like this.

It should be noted that the edge of the pool is higher than the spring, so that the liquid will not overflow (overpressure will stop eruption), hand pump and liquid pump It is necessary to pay attention to the superheat temperature, for example, if the salt water spring is 95°C, then the liquid pump must be constructed with at least gold amalgam. The top can be closed again to prevent other liquids from mixing into the pool. The size of the pool is arbitrary, as long as it is big enough.

Artesian high-pressure library

Of course, many friends will think that this is too sloppy, it covers too much area, and they don’t know how much space to reserve. High-pressure libraries can be relatively brainless. solve these problems. Let me reiterate my point of view. Any form of high-voltage library is just a means and not an end. Don't feel that it is necessary to use a high-voltage library.

Let me talk about the specific construction method, it is very simple. (It is best not to create it when the spring is erupting. Try to choose the dormant period, and make sure your little one wears a pressure suit, otherwise it will be accidentally scalded to death)

The first step is to build the frame

The second step is to construct two kinds of gas

After setting up the frame, there may or may not be liquid inside, it doesn’t matter, let’s open the material overview first and take a look. Gas, because the springs are all in the wild, there is a high probability that after you build the frame, it will naturally contain two or more gases.

We are very lucky here. There are two gases, hydrogen and carbon dioxide (as long as they are different types, it doesn’t matter what they are). It’s very difficult to encounter this situation. It's as simple as pouring a little bit of the corresponding liquid on the spring (if the spring is exposed in the wild, it will be there). If this happens in the end, it will be considered a success.

If not, it’s very simple. We use a gas pump to pump two different gases from the outside. This can be made casually and does not need to be exactly the same as the one in the picture. It is just a demonstration.

As long as there are different gases in the two pipes framed in the picture, pause the game immediately, and then use the scissors tool in the lower right corner to cut out these two cells individually.

After cutting, it looks like this, which is equivalent to setting aside two kinds of pipes containing different gases here.

Then make sure that when there is liquid in the upper spring, just dismantle the two pipes. Naturally, the gas will be stuck here (it is best to have the lighter one in the pipe) Below the gas are heavier gases)

The third step is to build the remaining buildings. Pay attention to the materials of the liquid pump. Gold amalgam is required for high temperature environments. It is best to add a hydraulic sensor and set a control liquid pump greater than 2000Kg to avoid damaging the two-layer gas structure after pumping out the liquid. The electric wires and water pipes can be connected casually. It is best to use insulated pipes, and lead can be used for the wires.

#The wire can also be connected to a thick wire from the gap The line comes in.

Basically all kinds of water springs can be developed in this way. Generally, water springs in the wild do not need to be specially blocked for gas. Once they are built, they will be blocked naturally. You cannot manually construct them using the method I mentioned above. (If there is gas stuck inside, just use the method of building bricks and removing bricks to squeeze it out. It is best to lock the airlock after building it)

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