Oil & Gas Industry

Particle flow in conveying systems

Particle flow in conveying systems is a critical aspect of various industrial processes, involving the movement of materials like slurries, liquid-solid mixtures, and gas-solid mixtures through pipes or ducts. Employing multiphase modeling techniques, such as computational fluid dynamics (CFD) and discrete element modeling (DEM), our engineers simulate complex particle behavior, including phase interactions, collisions, and flow patterns. Thereby offering design solutions to optimize system design, material selection, and operational parameters to our clients

What we offer

Advanced turbulence modelling, particle tracking, and phase interaction models for accurate multiphase flow simulations.
Customized multiphase flow models to accommodate specific flow regimes and phenomena.
Iterative design optimization using advanced mathematical models and machine learning.
Modeling the movement and interaction of solid particles suspended in a fluid as they flow through the pipe using discrete element modeling (DEM) computational tools.