Thermal Fluid Systems
PI QFlux White Paper 4
This fourth white paper by Dr. Benjamin J. Deadman continues the exploration of the PI QFlux® fast-batch reactor’s capabilities. Previous papers demonstrated significant reductions in reaction times; here, the focus shifts to reaction selectivity.
Through a simulated tandem reaction, the study shows how the reactor’s rapid heating and cooling can improve product purity—reducing total process time by 51% and decreasing impurity formation. These findings further highlight the PI QFlux® system’s potential to enhance both efficiency and quality in batch processing.
https://www.ptscltd.co.uk/white-papersOther news
PI QFlux White Paper 1
Simulating Dynamic Thermal Conditions in Fast-Batch Reactors
PI QFlux White Paper 2
Performance of Heated Reactions in Fast-Batch Reactors
PI QFlux White Paper 3
Hydrolysis of Acetic Anhydride in a Fast-Batch Reactor Operating in Semi-Batch Mode
PI QFlux White Paper 5
Fast-batch reactors remove the heat transfer barrier to scale-up
PI QFlux White Paper 6
Scale-up of a direct, selective mono-benzylation of aniline in a fast-batch reactor
PI QFlux White Paper 7
Can fast-batch reactors compete against flow?