Green Ammonia Reactor: Haber-Bosch on Renewable Hydrogen (2D)

This is the 2D reactor-cross-section counterpart to the 3D Haber-Bosch simulator: the same real chemistry — a van't Hoff-derived, temperature-dependent equilibrium constant Kp(T) solved against the ideal-gas Haber-Bosch mole balance, paired with a simplified Arrhenius rate law — but rendered as a flat cross-section with a live yield-versus-temperature chart. Move the temperature slider and watch two curves fight each other: the thermodynamic equilibrium ceiling falling as the exothermic reaction disfavors heat, and the kinetic rate climbing as the catalyst speeds up — their product traces the classic hump-shaped optimum that real ammonia plants are engineered around.