Mixing Principle Laminar mixing of soluble, high-viscous liquids Target: Minimize concentration or temperature deviations in a laminar liquid flow to guarantee optimum product quality. More Turbulent mixing of soluble, low-viscous liquids Target: Eliminate concentration or temperature deviations in a low-viscous liquid flow, e.g. to enhance the performance of a reactor. More Turbulent mixing of gases Target: Reduce as much as possible concentration or temperature deviations in a gas flow, e.g. to optimize the performance of a reactor. More Laminar dispersing of insoluble liquids or gases into high-viscous products Target: Disperse droplets or bubbles into a high-viscous liquid in order to produce a dispersion or foam of high quality. More Turbulent dispersing of insoluble liquids or gases into low-viscous liquids Target: Create and maintain a dispersion of a liquid or gas in a low-viscous liquid with a clearly defined droplet/bubble size, e.g. to achieve an intensive and predictable mass transfer between the phases. More Heat transfer with products of high viscosity Target: Heat or cool a highly viscous, nonnewtonian and temperature-sensitive product in a rapid and gentle way in order to avoid any damage to the product. More Vaporization of liquids through direct heat exchange Target: Completely evaporate a liquid by means of a direct heat exchange, e.g. to uniformly distribute a reactant in a gas or to cool down a gas efficiently. More Cleaning of gases in co-current flows Target: Contact a gas with a liquid to remove undesirable compounds or dust from the gas. More Carrying out chemical reactions Target: Carry out a highly exothermic reaction under strictly controlled conditions in order to enhance yield and selectivity. More Purification of polymers Target: Remove unreacted monomers, oligomers and solvents from polymers, in order to achieve a high purity of your end product. More