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An aromatic organic compound, C is to be produced involving a catalytic chemical reaction in Equation Q1.1 (Eq. Q1.1) where A and B are reported to be the limiting and excess reactants respectively, and D as the fuel byproduct from the reaction. However, under the reaction conditions of temperature T at pressurised P, the limiting reactant, A and the main product, C chemically decompose according to Equation Q1.2 (Eq. Q1.2) and Equation Q1.3 (Eq. Q1.3). The decomposition of A in Eq. Q1.2 yields D and E where E is also the presence as contaminant in A and affects the main product quality. CrsBEq.Q1.3 Additionally an inert gas N is fed to the chemical reactor to maintain the required pressure accordingly. The chemical properties of the species involved in the reactions are given in Table Q1.1 and finally r1,r2,f,r2,r, and r3 are the reaction rates for the respective reactions. Table Q1.1 Chemical Properties of Chemical Species Table Q1.1 Chemical Properties of Chemical Species An aromatic organic compound, C is to be produced involving a catalytic chemical reaction in Equation Q1.1 (Eq. Q1.1) where A and B are reported to be the limiting and excess reactants respectively, and D as the fuel byproduct from the reaction. However, under the reaction conditions of temperature T at pressurised P, the limiting reactant, A and the main product, C chemically decompose according to Equation Q1.2 (Eq. Q1.2) and Equation Q1.3 (Eq. Q1.3). The decomposition of A in Eq. Q1.2 yields D and E where E is also the presence as contaminant in A and affects the main product quality. CrsBEq.Q1.3 Additionally an inert gas N is fed to the chemical reactor to maintain the required pressure accordingly. The chemical properties of the species involved in the reactions are given in Table Q1.1 and finally r1,r2,f,r2,r, and r3 are the reaction rates for the respective reactions. Table Q1.1 Chemical Properties of Chemical Species Table Q1.1 Chemical Properties of Chemical Species