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Regarding the problem of the pressure reaction room in the gas array [MEK] MEKANISM Minecraft Game

2024-12-10 17:57:02|Myriagame |source:minecraft skins

This tutorial aims to discuss the problem of the pressure reaction room in the gas array in a pure MEK environment and use a large number of cables. If there is a fallacy, please criticize and correct them.

During the development of Mek technology trees, the energy route of the general player is the firepower → wind → gas → (high version fission) → fusion → (low version turbine)

Among them, gas power generation is an essential part of the manual processing from a few machines to a large number of factories. Its high power generation, simple automation, and cheap cost have won the favor of many players.However, in the actual operation, many pure MEK players will encounter the following problems:

There are only six faces in the pressure reaction room!

The problem that this is of course plagued countless players. When the fuel required by the production of gas generators, that is, ethylene, the pressure reaction room must input water, hydrogen, biomass, electricity, and output ethylene and substrates.This also means that the pressure reaction room must have gas input surface, liquid input surface, object input surface, energy input surface, gas output surface, and object output surface.Mek's pipeline does not support the same side input and output at the same time.EssenceEssence

Why don't you use quantum transmission?Because it is expensive, very expensive (sad

Due to the need to consider subsequent expansion problems when building gas arrays, the stamping reaction room wiring must be easy to add and change, and the routing design is performed according to the default configuration of the pressure reaction room.

The final design is as follows:

The pressure reaction room is arranged along the Y -axis, which is separated.

Positive: Responsible for power supply and connect to the ultimate inhore cable.(Connected along the Y axis)

On the right: Responsible for output ethylene and connect the ultimate pressure pipeline.(Connected along the Y axis)

The advantage of this is that the gas array can be placed directly on diagonal (also arranged along the Y axis without interval).

Universal cable gas power generation

Later: Responsible for supply and connect the ultimate logistics pipeline.(Connected along the Y axis)

The interval in the middle: Responsible for water supply and processing substrates, and in turn to place the ultimate mechanical pipeline and trash can (yes, the ultimate way to solve the routing is not the line), the mechanical pipeline extends to the left and extends backwards (along the side (along alongThe y -axis is connected), and it looks like a string of E ends on the side.If you want to output a substrate, you can imitate the layout of the mechanical pipeline, the logistics pipe extends to the right side and form an E -shaped structure (pay attention to the connection between disconnection and the back logistics pipeline), and the pressure pipeline of the output ethylene can also be adjusted.

On the left: Responsible for gas supply, connect to the pressure pipeline, and become an anti -E -shaped structure.

Look from left to right: Mechanical waste pressure

Machine pressure pressure

Mechanical pressure pressure

Machine pressure pressure

Configuration of the pressure reaction room:

Right: Output gas (default)

Left side: Enter gas (default)

Positive: Input energy (MEK cable does not need to be adjusted)

Above: Select liquid input or object output according to the connection object (automatic pop -up)

Later: Enter the item

In this way, the gas array only needs to keep up or down the machine. The ethylene is not stacked to pressurize, and the excess of the ethylene can stack the gas;Finally: I know how convenient is the quantum transmission, but it is left to the nuclear fusion ~