Ethanol BioChem Сell

Author
Downloads
243
Votes Score
71%
Votes
4
Favorited
6
Updated
07/04/25
Created
06/13/25

Description

Ethanol BioChem Сell

v1.3

Biochemical processing module for industrial cane conversion

This facility processes sugar cane into key industrial resources — ethanol, sugar, and plastic. It is available in two configurations:

  1. Universal version ( Ethanol BioChemU Сell ) — also produces fertilizer, enabling a self-sustaining production loop primarily focused on cultivating sugar cane as a raw material.
  2. Optimized version for supplying BioPharma Cell ( Ethanol BioChemS Cell ) — delivers maximum output with minimal footprint, making it ideal for integration into pharmaceutical supply chains https://hub.coigame.com/Blueprint/Detail/942.
Resource Productivity:
Sugar cane Water Chlorine Hydrogen Limestone Sulfur Electricity Ethanol Plastic Sugar Fertilizer II Biomass CO₂ Exhaust
Input U 165 33 16 48 24 24 8.4 MW - - - - - - -
Output U - - - - - - - 60 (84*) 72 20 144 66 102 48
Input S 180 36 24 - - - 3.7 MW - - - - - - -
Output S - - - - - - - 42 108 40 - 72 102 72

Maintenance staff: 262 / 178

Note: * – In case of excessive plastic production and when the storage is filled with it, the cell will switch to producing only ethanol, and its output will increase to 84. By manually pausing certain ethanol Fermentation Tanks, it is also possible to increase sugar production instead, depending on current needs. Alternatively, sugar production can be completely disabled by pausing the conveyor leading from U-shape balancer to the sugar Storage — screenshot 3.

Tip: Consider pausing construction of about half the buildings at first, as the facility has high output capacity. You can gradually complete the rest as resource supply and demand grow.

The facility has two separate pipe outputs for CO₂ and Exhaust, allowing both to be routed for further processing.

Hydrogen for this production is most easily obtained from this facility: https://hub.coigame.com/Blueprint/Detail/855. This creates a positive feedback loop: hydrogen produces fertilizers that boost agricultural productivity, which in turn increases hydrogen production from agricultural feedstock in larger volumes, thus sustaining and expanding the cycle.

Earlier Versions (2)

Version Copy to Clipboard Release Date Downloads
2 (Current) 06/24/2025 197
1 06/13/2025 46

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