Mixing Vessels Application Examples

Particle size control techniques that are applicable to smaller and larger particle sizes, together with the data of experiments.

How the improvement of suspension performance leads to a better production process, together with the data of an experiment.

Reduction of fine particles, which contribute to lower load of equipment down stream on the production process, is described with experimental data.

The improvement of heat transfer performance of PS suspension polymerization process, using experimental data.

The reduction of fouling through the improvement of the mixing impeller, taking the example of BR solution polymerization together with some data and an actual example.(Video available)

How the improvement of the mixing impeller reduces aggregates and then in turn improves the product yield, together with some data of an experiment.

The different viscosity mixing performance of MAXBLEND, using the photographs and videos of the experiment.

The techniques that the viscosity drastically changes during operation or mixing of significantly different viscosities liquids, together with the data of experiments.

How the gas absorption rate from free liquid surface increases through the improvement of the mixing process, taking the example of the addition reaction of PO together with experiment data.

The stable gas absorption performance with MAXBLEND in which stable flow pattern is generated, taking the production process of ethylene oxide as an example, using experimental data.

Process improvement was achieved using a slender mixing vessel, with some data and an actual example of surfactant manufacturing process.

Gas absorption operation, which is very important in production processes that use low-solubility gas will be explained with some data and a video of an experiment.