Sentence examples for foam reactor from inspiring English sources

Both foam reactor designs work at stirring rates below 600 rpm.

Photocatalytic performance of the TiO2 HSs was evaluated by phenol degradation in a batch-type foam reactor under low powered UV‐A irradiation.

Hence, rotating foam reactors have promising applications for multiphase processes.

Designing and planning of foam reactors can be supported by computational fluid dynamics (CFD) simulations.

The results of this study show the high potential of foam reactors for catalyst driven reactions.

Rotating solid foam reactors have already proven to show high mass transfer rates and to be a potential alternative to slurry reactors.

A system of continuous slurry-foam reactors in series has been simulated for the carbonation reaction mentioned above using the single-stage semi-batch reactor model and the material balance equations.

The liquid solid mass transfer rate in a rotating foam stirrer reactor and in a slurry reactor is studied using the hydrogenation of styrene as a model reaction.

For the test reaction above, results indicate that the 12 wt.% TiO2-coated reticulated foam photocatalytic reactor was more efficient compared to the reactor using equivalent TiO2 slurry, with DBU conversion of 100%, TOC conversion of approximately 23% and quantum yield of 3.8 achieved in 60 min.

The rotating foam stirrer reactor is a novel type of multi-phase reactor where highly open-celled materials, solid foams, are used as a catalyst support and as a stirrer.

Photocatalytic oxidation of 1,8-diazabicyclo[5.4.0]undec-7-ene (DBU) in water was chosen as a test reaction to evaluate the performance of the new reticulated foam photocatalytic reactor and to compare its photocatalytic efficiency with that of the same reactor but with the same mass concentration of TiO2 suspended in water as slurry catalyst.