Volcanoes & desalination Salt Water, Brine

Classical version

 * Buffer: 30 sec.
 * Thermosensor: >126°C (exactly above)
 * Floor: Crude oil, 200 kg/cell
 * Tempshift plate behind the volcano: steel

For an iron volcano and an active copper volcano, 2 turbines would be required.

But this scheme is not possible to implement in the early stages of the game, because we need plastic on the turbine and a lot of petroleum (you can't pump so much by hand). In addition, for all its simplicity, it is long and painful to build. Build a hydro sluice, pour water into it, create vacuum, build/demolish a pump, etc.

Therefore, I propose a scheme, which is extremely easy to build, more compact, and combines development of volcanoes and desalination of water (almost for free) and salt production. The scheme is extremely situational, has nuances, but nevertheless. Unlike standard desalinator, the scheme burns less energy and does not require participation of Duplicants.

Desalination volcano


Materials of any kind. Even the pump does not heat above 110 ... 115 ° C, so it can be made of gold alloy. On the merits of the scheme and the fact that it does not need vacuum - in the chamber can be any gases that the chamber does not need to be pumped out.

If you don't have a mechanotronist at an early stage, you can build the circuit without him, and add a Auto-sweeper later.

The circuit can be redesigned to purify polluted water. But that's silly, the Water sieve consumes very little as it is and doesn't need any dupes.

Sensor installations

 * Hydrosensor: 600 kg. Installation depends on the parameters of the volcano and the temperature of the incoming fluid. If you put less than necessary - temperatures will be higher and you will have to put a steel pump. If you put more than that, the pump will not have enough time to pump out.
 * Filter: 20s.

Limitations
The scheme works perfectly on my favorite Rime. For other cards, the scheme works as long as the heat exchanger does not get too hot. For an iron volcano, the incoming salt water temperature should not be above 75°C, for a copper one not above 79°C, for a gold one not above 85°C. There must also be continuous availability of the refrigerant, i.e. what is fed into the chamber: water, salt water, brine.

Alternative


Another option of taming volcanoes is considered in this article.

Unlike the first variant, it produces colder metals (up to -270°C) and generates more energy (about 700 W). It can be used with or without the bug.

Blueprints
Metal Volcano

Volcano + desalination