To help you answer this question and more, Chemical Processing has put together this journal, which includes insight on:
- Is Pressure or Vacuum Conveying Better for Your Pneumatic Conveying System? — Knowing the advantages and disadvantages of each type can help determine the right choice
- Test Material Properties When Designing a Pneumatic Conveying System — Understanding materials is the foundation of a properly working unit that achieves the desired results
- Simplify Temperature Measurement — Advanced technologies help deliver improved safety and productivity for various chemical plant applications, including storage and process vessel monitoring
- Wear-Resistant Materials for Powder, Solids Handling Equipment — How high-strength materials can reduce downtime and improve the performance of bulk material, slurry handling and other critical chemical processing systems
- The Dynamics of Pneumatic Conveyors: Flow, Control and Reliability —An overview of the different types of pneumatic conveyors, how they work and application-specific considerations
This content is sponsored by: Kansas State University, Endress + Hauser and REMBE