The mechanism used is that when the gas undergoes phase change in the breathable brick, the liquid it turns into will appear at the first non-solid block on the top of the breathable brick. The construction steps: build the frame in the first step, and go to the water gate in the second step. Vacuum, the third step is to build a building.
Details of the construction method of the low-temperature steam nozzle development module in "Hypoxia"
The best development model for cold steaming is not to develop it, because it is really useless. The average water production rate is only 1-2Kg per second, and it also needs to be equipped with a steam engine and liquid cooling. If you have this time, it is better to directly develop our invincible salt water spring. If you leave it open in the early stage and let it spray, it will easily affect the base due to excessive heat, so the best way is to surround it with insulating bricks to prevent it from over-pressuring and not erupting.
Of course, novices may be a little reluctant or have nothing to do. I will briefly introduce a module for novice friends to use.
The mechanism used is that when the gas undergoes a phase change in the breathable brick, the liquid it turns into will appear at the first non-solid block on the top of the breathable brick.
Similarly, it is best to develop during the dormant period. If you insist on developing under water vapor, I can only wish you good luck.
The first step is to build the framework
The second step is to vacuum the water gate. Just pour a little crude oil in the upper left corner.
After pouring, set the air pump to vacuum.
The third step is to build the building, pay attention to the order, it is best to build it from bottom to top, and due to the problem of module closure, we need to build wires, water pipes, automation, etc. at the same time.
First of all, I won’t go into detail about creating liquid cooling and liquid cooling cycles. Remember to use steel for liquid cooling and contaminated water for coolant. Do not use lead for heat pipes. Do not start the liquid cooler before filling the liquid. Bridges are used to fill the liquid. Pipe bridges cannot be modified indiscriminately.
After filling the liquid, change the automatic display. Remember to set it to a value greater than the maximum first to avoid liquid cooling startup.
Then pour contaminated water.
Then pour water into the steam chamber, one barrel of crude oil and one barrel of water are enough.
Next, build the steam engine. Pay attention to building the drain pipe of the steam engine first and sealing the bricks on the right side.
Then lay a layer of crude oil on the bottom of the steam engine, pour a barrel, and seal the right side to build the final remaining building.
Once everything is done, lock the door and apply a layer of crude oil to the large top-level transformer. Lead cannot be used in large transformers, gold amalgam should be used in liquid pumps, and the liquid pipeline temperature sensor should be set to greater than 20°C.
