This tutorial is set by the author to use the CC By-NC-SA protocol.

This tutorial is suitable for the new version of the Minecraft version of the heating series. Please see the old version of the farewell field-charging energy optical pile permanent motivation.

The new version of thermal expansion has changed the photosynthesis to the No. 1 planting, and simplifies a lot of production steps, but it can still be automated. I use the two modules of the industrial pioneer and thermal series here.

Because the production of bone meal is not convenient to automate (I am too lazy to build a monster tower).So I chose this recipe:

This recipe requires sand, aphamium and nitrogen.

First look at the nitrogen. The nitrated gratitude can be obtained as a by -product, which can also solve the problem of sand.

Sandstone can be made with industrial pioneer stone processing machines, and it is enough to adjust it to digging and empty:

Gyxite can be obtained as by -by -ghosts when crushing thick tin (the reason for using thick tin is that only coarse tin can be automated production)

Coarse tin can be obtained in the laser drill system of the industrial pioneer, but the efficiency of this system is average, and other ore will be generated, so you need to build a few more.

The internal configuration (all over upgraded), I built four floors, and the blue wool in the middle is an isolated layer. If it is not released, there will be problems.

The inductive furnace can use catalyst to increase the number of products. The effect of cinnabar is good, but it can only be obtained through crushing redstone or cinnabar mines. There are fewer erythell ore in this set of production lines and no cinnabar mines, so I did not choose cinnabar.And the same effect of strong flame powder is not easy to automate.So I chose a relatively convenient baarent furnace residue as a catalyst. I used coal mines, ruby ​​ore, sapphire ore (not installed, but laser drills can be dug out, and can also produce rich furnaces.I use excess sand as a catalyst in the inductive furnace.There will be insufficient catalysts in the actual use, so you can only provide sand. If you want to use the rich furnace slag as a catalyst, you need to deal with more minerals, and the efficiency is difficult to improve (the production volume of fluorite ore is high, but the induction is inducedThe furnace cannot be handled).Maybe I can be compatible with CRT, but I won't.

I use MEK's logistics classification machine to manage logistics, and can also use other modules such as AE2 for management.

Sensor furnace configuration:

Finally, I used MEK's formula assembly to synthesize, and I could also use the molecular assembly room of AE2.

I picked up an excess mineral to destroy the excess minerals.

Take a panorama:

On the average of almost every second, you can produce a planting No. 1, which is still good.Later, it was found that it was not so fast. It could be produced in almost five seconds. The previous accumulation was because of the previous accumulation.