Selection should be based on feed form, moisture content, dispersion behavior, required evaporation duty, thermal sensitivity, target final moisture, particle requirements, collection method, available utilities, and site constraints. Material testing is recommended when the conveying or drying behavior is uncertain.

Suitable filter cakes and pastes may be evaluated for the XSG spin flash route because it combines mechanical dispersion with rapid drying. Direct processing depends on the material's structure, stickiness, moisture, feeding stability, and required product condition.

They are influenced by feed rate, air temperature and volume, dispersion, gas velocity, drying-path or stage arrangement, residence behavior, and product separation. The relevant variables are confirmed together for the selected series and material.

A vibrating fluid bed adds mechanical movement to assist conveying and fluidization. It is often considered for crystals, irregular granules, or products that benefit from lower air velocity. A non-vibrating bed may be more suitable for readily fluidizable powders or batch processing.

Batch systems are often selected for traceable recipes, frequent product changes, and contained pharmaceutical processing. Continuous systems are typically considered for stable, high-volume production. The final choice depends on product behavior, capacity, cleaning, and production planning.

Potentially, using a project-specific closed-loop system. A complete process and safety review is required before configuration, including solvent properties, oxygen limits, dust explosibility, recovery targets, and applicable standards.

Yes. Depending on the agreed project scope, YIBU can review the customer's URS, prepare design and qualification documents such as DQ, IQ, and OQ, execute FAT and SAT documentation, and support customer-led PQ activities.

The solution may combine feed conditioning, controlled inlet and outlet temperatures, wall cooling, air sweeping, dehumidified conveying air, and an appropriate collection route. The exact combination should be determined from the feed characteristics and test results.

The choice depends on feed properties, target particle size and shape, bulk density, solubility, capacity, and cleaning requirements. Pilot testing is recommended when the product specification is sensitive to atomization conditions.