Computational Fluid Dynamics (CFD)

We provide high-fidelity Computational Fluid Dynamics (CFD) simulations to solve complex fluid flow and thermal challenges. For the hydraulic power industry, we specialize in optimizing hydro-turbine performance, predicting and mitigating cavitation, analyzing penstock transients, and validating spillway efficiency to maximize energy output and ensure structural safety. This core expertise translates directly to the Oil & Gas sector.

We provide critical insights for multiphase flow assurance, optimize separator and valve designs, analyze erosion-corrosion phenomena, and model thermal performance. Our validated models also cover flare system analysis, thermal radiation for safety, and detailed simulation of downhole equipment. By virtually testing scenarios, we deliver actionable data to reduce costly physical prototyping, enhance design, minimize environmental impact, and boost operational efficiency and asset integrity.

• Soiling Analysis of a Reservoir: Numerical assessment for limiting sedimentation of Reservoirs
• Wind Pressure Analysis: Wind valve analysis to establish the maximum positive and negative internal pressures across a wind speed range of 10 mph to 200 mph.
• Air Pressure Analysis: CFD simulation and parameter optimization to achieve a higher compression ratio than the base model, and to study the effects on the operating pressure the impeller is subjected to.