1. How the original distillation tower is formed.

1. First layer needs:

• A ULV input bus

• A ULV output bus

• Two ULV input hatches

• A thermal sensor (although it can be omitted, it is recommended to include)

2. Second floor and above:

• Each layer can have only one output bin (each layer outputs one type of product; the number of layers needed equals the number of product types).

After molding, the chamber will have connecting material (if your upper chamber does not have connecting material, please check whether the interior of the distillation tower is hollow).

2. How the original distillation tower heats up and works

1. Heat up

• Place coal blocks, coal, and coal powder into the input bus to start heating.

Different fuels have different combustion durations, and the heating rate also varies.

• Coal Fast Burn time: 1080 seconds (21600 tick), Heating rate: 1 K/s (0.05 K/t)

• Coal Burn time: 60 seconds (1200 tick), Heating rate: 4 K/s (0.2 K/t)

• Coal Powder Burn time: 25 seconds (500 tick), Heating rate: 4 K/s (0.2 K/t)

2. Work

• Input raw materials into one of the ulv input bins

• Wait for the temperature to rise to a certain value (it does not necessarily start working at 400)

If you are missing several products, please check if you have enough tower energy for output.

3. Temperature control operation sharing.

Please select your favorite mode.

GT version

pip version

Supplement: Under the condition of ensuring water supply, it is recommended to set the minimum value of the heat sensor to 812 and the maximum value to 850 to achieve maximum speed.

Dispenser Version

Design from group member @Frend

Advantages: low cost, and no need for water supply.

Disadvantages: Distillation speed is slightly slower than the water-pumping cooling version, and if the fuel supply is interrupted causing the temperature to drop below 740, manual restart is required.