Thermal Fluid Systems
PI QFlux White Paper 3
This third white paper in Dr. Benjamin Deadman’s series examines the PI QFlux® fast-batch reactor’s ability to control exothermic reactions under semi-batch conditions.
Building on previous findings, this study uses the hydrolysis of acetic anhydride to show how the PIQFlux®’s superior cooling enables tighter temperature control and 62% faster dosing compared to conventional systems.
The results highlight the reactor’s value in boosting efficiency and safety for challenging processes, paving the way for future work on selectivity and complex chemistries.
Other 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 4
Thermal reaction time control in a Fast-Batch Reactor
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?