u/adj_noun_digit

Source of the disrespect https://www.abc.net.au/news/2026-08-18/space-x-rocket-operation-christmas-island/107051288

This boiler is pretty straightforward and forgiving. If it loses power, it's no problem. If you want to change something, it is really easy to self-vacuum.

The output is a constant 500g/s of natural gas, so you can run 5 generators full-time with some to spare.

The average output temperature of the natural gas is about 65 degrees.

I'm sure you could put the aquatuner with the generators and run a steam room, but I wanted this to be as simple as possible.

Materials don't matter too much, but you do need thermium for the two gas pumps on the sour gas side and obviously super coolant for the loop.

I used mafic and igneous for the insulated pipes and tiles, gold for the radiant pipes, and steel for everything besides pumps on the sour gas side.

I also used insulated conductive wire, but if you split up the harness conductive will be fine.

Any thoughts or comments are welcome!

I've seen a few posts about power recently, so I thought I'd share something useful, especially for late-game wiring.

As you can see, the total load on the 50kW heavy-watt conductive wire is 27.36kW, which would normally overload the 20kW heavy-watt wire.

However, by using the transformers in parallel, it is possible to increase the step-down power. In this example, it provides 20kW of power to support its current 17.28kW load.

On the bottom left, you can also see that power generated on the step-down side does not transfer to the step-up side. So if you want power to be available to the whole circuit, it needs to be on the step-up side.

So if you're in a situation where you need to upgrade your existing wiring to a more robust system, you can add parallel transformers instead of rewiring everything to a heavier gauge.