Mekanism x5 (E2N)

Metals: (Total 341/693)
w/ 4 speed mods, 9 tick per ore
18t per Metal ore

	Fe Al Cu Sn Au Ag Pb Ni Pt Ir Mana Co Ard Os U Th Mg B Li

	E. Separator: 160RF/t
	8000RF + 100mB Water = 100 H2 + 50 O2


	C. Infuser: 80RF/t


	- Main line
		C. D. Chamber: 16000RF per operation, 160RF
		100t per operation
		6 machines
		0 Gas upgrade > ~130 per ore

		Washer: 80000RF per operation, 80RF/t
		1000t per operation
		1000/18/6 = 9.26x needed
		5000mB of water needed per 1000mB of slurry > 61.5mB/t of water

		Crystallizer: 160RF/t, 16000*5 per operation
		500t per operation
		500/18/6 = 4.63x needed

		C. I. Chamber: 160RF/t, 32000*5 per operation
		1000t per operation
		1000/7/18/6 = 1.323x needed
		Uses 800 HCl per operation > 9.841 HCl/t
		8x Gas upgrade, 1x Speed upgrade: 125 HCl per operation

		Purification Chamber: 80RF/t, 16000*5 per operation
		1000t per operation
		1.323x needed
		8x Gas upgrade, 1x Speed upgrade: 150 O2 per operation

		Crusher: 30RF/t, 3000*5 per operation > 6.1508 machines (1 factory) needed
		Enrichment: same as above
		Smelter: Same as above

	- H2SO4 generation
		Main line: 7.3/t
		C. Oxidizer @ 80RF/t
		~+8000RF + 1 Sulfur = 100 SO2 > 8x

		C. Infuser @ 80RF/t
		8000RF + 200 SO2 + 100 O2 = 200 SO3 > 4x

		C. Infuser @ 80RF/t
		8000RF + 100 SO3 + 100 H2O = 100 H2SO4 > 8x

	- HCl generation
		Main line: 125 HCl / 18 tick ~ 7mB/t 4 x2
		Brine generation should be 70mB/t

		E. Separator @ 160RF/t
		16000RF + 1000mB Brine = 100 Na + 100 Cl2 > 7x

		C. Infuser @ 80RF/t
		8000RF + 100 H2 + 100 Cl2 = 100 HCl > 7x


	- O2 generation
		Main line: 150 O2 / 18 tick ~ 8.33mB/t 3 x4
		H2SO4 line: 400 O2 / 18 tick ~ 22.22mB/t 3 x8

	- H2 generation
		HCl line: 700 H2 / 18 tick ~ 38.88mB/t