Our Services

Precision Engineering Solutions Powered by CFD and Process Expertise

At TakCFD, we offer advanced simulation and engineering services that help industries optimize performance, enhance reliability, and accelerate innovation. Our solutions are grounded in rigorous physics-based modeling, tailored to your technical challenges.

1. Computational Fluid Dynamics (CFD) Simulations

We specialize in high-fidelity CFD modeling using industry-standard tools like ANSYS Fluent. Our services include:

  • Multiphase flow analysis (gas-liquid, gas-solid, liquid-liquid)

  • Turbulence modeling and flow pattern optimization

  • Heat and mass transfer simulations

  • Vortex, foaming, and phase separation studies

  • Custom UDF development for complex physics, geometries and boundary conditions

2. Process Engineering & Design

Our process engineering expertise spans both simulation and practical application. We support:

  • Process design & feasibility analysis

  • PFD & P&ID development

  • Process optimization and scale-up

  • Safety evaluations (relief system design, flare analysis)

  • Software integration with tools like Aspen HYSYS, Aspen Plus, and PROII

 3. Industrial System Troubleshooting & Optimization

We help diagnose and solve performance issues in operational units using a data-driven approach:

  • Hydraulic behavior evaluation

  • Vortex and recirculation zone identification

  • Maldistribution in packed and trickle-bed reactors

  • CFD-backed design of internals (e.g. mist eliminators, weirs, and inlet devices)

  • System bottleneck and reliability analysis

4. R&D and Model Development

We offer custom modeling solutions for complex industrial phenomena:

  • Custom CFD model development

  • Hydrodynamic verification studies

  • Simulation-based R&D support

  • Development of IP-friendly solutions with a strong emphasis on confidentiality

Client Benefits

  • Faster design cycles and reduced prototyping costs

  • Higher efficiency and process reliability

  • Improved product quality and operational safety

  • Data-supported decision making

Turning complex flows into seamless solutions. Engineering efficiency, one simulation at a time.