| 摘要 |
Process for performing two chemical reactions in a loop reactor comprises an optionally catalyzed equilibrium reaction of at least two high-boiling liquid reactants, in which one high boiler is formed as an intermediate and at least one low boiler as a by-product; and a substantially diffusion-controlled reaction in which the liquid intermediate is reacted with at least one gaseous reactant give the end product. Process for performing two chemical reactions in a loop reactor comprises: an optionally catalyzed equilibrium reaction of at least two high-boiling liquid reactants, in which one high boiler is formed as an intermediate and at least one low boiler as a by-product; and a substantially diffusion-controlled reaction in which the liquid intermediate is reacted with at least one gaseous reactant to give the end product, where both the reactions, optionally after a start phase, are allowed to proceed simultaneously in the same loop reactor, and the loop reactor has a connectable gas-liquid circulation system coupled via an ejector mixing nozzle, in which circulated liquid phase is mixed in the ejector mixing nozzle with newly supplied gaseous reactant aspirated by means of the ejector from the reactor via a connectable condenser and fed to the reactor by a liquid jet ejector for the reaction, the low-boiling by-product(s) of reaction and also any low-boiling solvent being condensed and discharged in the condenser continuously over the duration of the process. |
