[Case Study] Solving the Challenges of Transferring High-Viscosity Slurries in the Development and Research Stage

Challenges of pumps that increase during the development and research stage: We will introduce a case of high-viscosity slurry transport in our company.

Stable transfer of high-viscosity slurries is a critical requirement in cellulose micronization and dispersion processes. Yet many development teams struggle with: Bulky Progressive Cavity Pump (PC Pump) installations Labor-intensive cleaning and maintenance Frequent cleaning and operating condition changes during R&D Excessive discharge pressure that may impact downstream equipment Reliable handling of highly viscous fluids These issues became key considerations for Company S during the development of a new cellulose-based material. To identify the best solution, Company S conducted a side-by-side evaluation of a Progressive Cavity Pump (PC Pump) and a sine pump, assessing: ✅ High-viscosity transfer capability ✅ Ease of cleaning and maintenance ✅ Pressure control and operational safety Which pump delivered the better performance? Download the solution page to see the full comparison results.

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