Chemistry

Chemical plant modes, exact ratios from the simulation.

Chemical plant: gas & liquid modes

Mode	Reaction	Inputs (adjacent pipe/tank)	Output	Ratio
0	Sabatier	CO₂ + hydrogen	methane (+ water spills out)	44 kg CO₂ + 8 kg H₂ → 16 kg CH₄ + 36 kg H₂O
1	Haber	nitrogen + hydrogen	ammonia	28 kg N₂ + 6 kg H₂ → 34 kg NH₃
2	Oil distillation	crude oil	methane + sulfur + slag	1 kg oil → 0.35 kg CH₄ + 0.05 kg S

Chemical plant: solid modes

Mode	Process	Inputs	Output	Yield
3	Sulfuric acid	sulfur (hopper) + water + oxygen (pipes)	sulfuric acid (fluid)	1 kg S + 0.56 kg H₂O + 1.5 kg O₂ → 3.06 kg acid
4	Alumina reduction	bauxite	aluminium	50 %
5	Kroll process	titanium ore + chlorine (0.5 kg/kg, from brine electrolysis)	titanium	55 %
6	Lithium extraction	lithium ore	lithium	30 %
7	Fertilizer	ammonia (0.35 kg) + sulfuric acid (1 kg)	fertilizer	1.35 kg per kg acid
8	Plastics	kerosene (refinery)	plastic	60 %

Water purifier

Pulls dirty or contaminated water from an adjacent pipe/tank, outputs clean water (95 %), 600 W. The waste (mud, or uranium dust from contaminated water) collects as a solid: collect with E.

Chemical plants pull fluids from ADJACENT tanks and pipes: put a tank with each reagent right next to the plant, and an empty pipe/tank on the output side.