Optimization of Critical Emulsion, Suspension and Fluid Rheology Processes

The main challenge is managing variable viscosity and the thermal dependence of products during the mixing process. It is necessary to minimize downtime and manufacturing cycles through precise control of heat transfer and applied mechanical energy. An additional critical factor is the absolute leak-tightness of reactors operating with volatile substances, requiring high-reliability sealing solutions.

Detailed analyses of the rheological behavior of fluids were conducted to determine optimal velocity gradients and residence times. The mechanical design incorporated heat exchange systems (jackets or coils) dimensioned according to product temperature needs. To resolve shaft sealing in agitation, the combined use of double mechanical seals and specific cartridges was implemented, selected to resist chemical degradation and maintain vacuum or internal pressure without leaks.

A direct reduction in manufacturing costs was achieved through process time optimization and the elimination of rejects due to unstable emulsions. The designed equipment guarantees safe and clean operation with certified leak-tightness, allowing work with high value-added or hazardous products. The combination of mechanical precision and process knowledge has enabled clients to increase their production capacity with maximum technical reliability.