Recycling of Petroleum

The idea is to collect the carbon dioxide remaining after the rocket's take-off from the rocket silo, give it to the seething Molten Slickster, and use Petroleum from their activities to refuel the rockets.

It will become a recirculator if you add a Molten Slickster farm (here it is shown conditionally). This is the ventilation circuit of the rocket chamber. Well, let it be as it is.

Setup
Molten Slickster approves:
 * Water under pumps and turbines - 200 kg.
 * Atmosensors > 100gr.
 * Hydrosensor > 25°C.
 * Steam - 200kg.
 * Number of pumps, at your discretion. For short rockets 3 will be enough, for long rockets (10 and above) you can add 2-3 pcs. Consumption in Watt*h is still the same, either with 1 pump, or with 20. If the rockets will be 2 in a row, it is worth adding pumps on the left side of the shaft.
 * The bottom pump is steel. He is worse than others, his t jumps from 40 to 140 ° C, water 60 ° C maximum. The rest can also be made of gold amalgam.
 * The door automation wire is to the scanner of this rocket. The implication is that the bunker doors do not open after rain, otherwise the gas will just fly away.
 * The rest: copper, ceramic (can be made of magma), on the trajectory of the rocket - steel.
 * Aquatuner refrigerant - water.
 * Waste gas filtration (if needed) - at your discretion.
 * For several rockets (one under the other or 2 in a row) - you need 2 turbines.

Bluprint
Recycling