Tales of the Fusion Noob
I finished my Processing Arrays yesterday and started a "dry run" to make Tritium and Deuterium. No explosions - good !
I hadn't realized how much
fluid buffering is in the twenty(20) Processing Arrays, between the Input and Output Hatches and in the machines within the Arrays - 320 machines total !
Making 256 buckets of Tritium was relatively fast, but backpressuing enough Deutrium to make 256 buckets of excess took much, much longer. I've now gone through about
1B EU (10x full Energy Orbs) and have backpressured the system with Tritium and Deuterium, but not yet Hydrogen. By the time the entire system is backpressured, I figure I'll have quite a bit of Fusion fuel and intermediary fluids buffered.
Reactor-wise, I have most of it built and assembled. I'm just waiting on the last of the Chrome for the last LuV casings to get processed.
Overall, it's quite a grind. I have needed massive quantities of:
- Redstone (for Ruby, Chrome, and Red Alloy)
- Tungstensteel (for Processing Arrays)
- Steel (LV machine casings and various bits)
- Iron (to make huge quantities of LV motors)
- Tin Wire
- Copper Wire
- Rubber
- etc.,.
I don't know how I would have reasonably done it without
centrifuging 100,000+ buckets (yes, buckets) of lava. And, getting that much lava requires either pumping the Nether or using massive amounts of energy to Fluid Extract bee phosphour.
As for Redstone, I've had to mine over
10 full veins of the stuff. Bees have been awfully tempting for that much Redstone spam.
I started off trying to make
Steel via EBF, but I needed those EBF cycles for Tungsten(steel) and Silicon. So, I started making Steel via Thaumcraft (Wax + Metallum from excess copper from centrifuging).
As much of a grind as it's been, it would have been even more of a grind without
Thaumcraft.