Engineering solution
Pneumatic Conveying Engineering
BSII combines characterization, experimental testing and pneumatic-conveying expertise to assess how a material interacts with the system and its operating envelope.
Typical problems
What brings clients to us.
- →Pipeline choking or blockage
- →Unstable conveying
- →Excessive pressure drop
- →Insufficient capacity
- →High air consumption
- →Powder degradation or wear
Our approach
From symptom to evidence.
Material flow and fluidization are evaluated alongside system geometry and operating conditions. Analysis identifies relationships between conveyability, airflow, pressure and solids loading.
Parameters considered
Fluidization and deaeration
Pressure response
Bulk density
Powder flowability
Air–powder interaction
Operating airflow
Engineering outcomes
Decisions grounded in measured behaviour.
Improved conveying reliability
Lower avoidable air demand
Better capacity decisions
Reduced blockage and wear risk
Related products
Measurement tools for this work.
Powder Flow Property Tester
Research-grade shear testing for flow function, friction, cohesion and compressibility.
View product →ASTM B329 · USP/Ph. EurScott Volumeter
Reproducible loose or poured apparent density through controlled powder filling.
View product →Controlled air–powder interactionFluidization–Deaeration Tester
Measure minimum fluidization, pressure response, bed stability and deaeration behaviour.
View product →