CFD Consultant

From First-Pass Feasibility to Plant-Ready Decisions | Expert CFD Analysis Services

Cut risk, compress timelines, and validate designs before fabrication. Our senior CFD consultants deliver reliable simulations for single-phase, multiphase, HVAC, process, dynamic, and smoke & fire applications, grounded in physics and validated against real-world data.

Why Engineers Choose Ideametrics as Their CFD Consultant?

Engineering teams choose Ideametrics when they need decision-grade CFD, not just pretty contours. We solve the pain points that stall projects:

Geometry & meshing bottlenecks

Fast CAD cleanup and robust meshing strategies for convergent, stable runs.

Accuracy worries

Models calibrated with test data, hand-calc sanity checks, and sensitivity studies.

Delays & compute limits

Right-sized models, HPC-backed runs, and staged deliverables to keep design moving.

Integration gaps

Results packaged for R&D, design, EPC, and O&M stakeholders- so actions are clear.

Core CFD Consulting Services & CFD Analysis Solutions We Deliver

Single-Phase Flow Analysis

Use cases: Pressure drop, flow distribution, aerodynamics/hydraulics, thermal management.

What we do: Steady/transient CFD of air or liquids in pipes, ducts, manifolds, enclosures, and equipment.

You receive: pressure/velocity/temperature fields, loss coefficients, sizing recommendations, and design options ranked by performance versus cost.

Typical wins: 8–20% reduction in pressure losses; fewer pump/fan oversizing errors.

Multiphase Flow Analysis

Use cases: Gas–liquid separation, slurries, liquid–liquid mixing, boiling/condensation, free-surface flows.

What we do: Eulerian–Eulerian, VOF, DPM, and phase-change models tuned to your operating envelope.

You receive: phase distribution, carryover risks, residence times, separation efficiency, and operating window maps.

Typical wins: Improved separator performance; fewer fouling/entrainment issues; safer start-up/shutdown plans.

Process Simulation

Use cases Include Reactors, burners, heat exchangers, mixers, manifolds, and unit operations across various industries.

What we do: Species transport, turbulence–chemistry interaction, mixing indices, erosion/corrosion risk visualization.

You receive: Debottlenecking options, yield/quality-uplift scenarios, delta P vs. throughput trade-offs, and CAPEX/OPEX implications.

Typical wins: 3–10% energy savings; 5–15% throughput gains with controlled delta P.

HVAC & Airflow Simulation

Use cases: cleanrooms, pharmaceutical plants, data centers, control rooms, commercial buildings, and tunnels. What we do: Air-change effectiveness, thermal comfort (PMV/PPD), contamination control, smoke-control pre-checks. You receive: supply/return layouts, diffuser selection, setpoint strategies, and code-aligned recommendations (including design narrative and figures). Typical wins: 10–25% energy reduction while meeting IAQ/comfort targets.

Dynamic Analysis

Use cases: Start-up/shutdown transients, surge/slugging, valve/pump events, rotating machinery, vortex shedding, FSI pre-screen.

What we do: Time-accurate CFD capturing unsteady physics and peak loads; optional coupling to FEA/controls logic.

You receive: Time histories, peak-event envelopes, fatigue drivers, and mitigation strategies.

Typical wins: Lower fatigue hot spots; safer control sequences; fewer nuisance trips.

Smoke & Fire Simulation

Use cases: Compartments, atria, tunnels, garages, plants, and control rooms.

What we do: Fire growth, smoke spread, visibility/tenability, extraction effectiveness; design iteration on vents/dampers/sprinklers.

You receive: code-supporting calculations, evacuation visibility windows, and smoke management plans that pass review.

Typical wins: Faster authority approvals; right-sized systems.

Industries We Serve - Decision-Ready CFD for Complex Plants & Products

Oil & Gas

CFD guides Design (pipeline/header sizing, separator internals), Process (flow assurance, flare efficiency), Safety (HVAC, fire/smoke on offshore topsides), and Reliability (slug/surge prediction, vibration/fatigue hotspots) to cut downtime and de-risk operations.

Refineries

We optimize Design (fired heaters, exchangers, column internals), elevate Process (combustion/mixing, deta P control, emissions), strengthen Safety (control-room tenability, smoke extraction), and improve Reliability (thermal cycling, erosion/coking patterns).

Petrochemicals

CFD informs Design (reactor geometry, static mixers), boosts Process (polymerization mixing, mass/heat transfer), ensures Safety (relief/vent dispersion, fire scenarios), and protects Reliability (maldistribution fixes, transients during start-ups).

Chemicals

For batch/continuous units, we sharpen Design (agitators, baffles, manifolds), enhance Process (yield, selectivity, energy efficiency), validate Safety (toxic/thermal hazards, overpressure paths), and secure Reliability (pulsation, fatigue, and fouling risk).

Power & Renewable Energy

CFD supports Design (boilers, condensers, ducts, turbine airpaths), uplifts Process (combustion, heat-rate, wind/wake interactions), assures Safety (HRSG/stack dispersion), and hardens Reliability (transient loads, flow-induced vibration).

Water & Wastewater Treatment

We refine Design (clarifiers, aeration grids, contact tanks), improve Process (mixing energy, oxygen transfer, sludge settling), safeguard Safety (chemical rooms, odor control), and enhance Reliability (pump/valve transients, surge mitigation).

Fertilizers

CFD steers Design (reformer burners, granulators, prilling towers), raises Process (NH₃/urea efficiency, dust capture), fortifies Safety (ammonia dispersion, fire/smoke), and secures Reliability (erosion, caking, thermal fatigue).

Pharmaceuticals

We validate Design (cleanroom layouts, diffuser placement), elevate Process (dryers, coating/mixing uniformity), ensure Safety (smoke control, tenability), and stabilize Reliability (temperature/humidity transients, contamination risk).

Manufacturing

CFD optimizes Design (ovens, paint booths, electronics cooling), advances Process (cycle time, energy use), confirms Safety (fume extraction, ventilation), and improves Reliability (start-up/shutdown transients, hotspot elimination).

Emerging & Cross-Industry Expertise

Our engineering excellence goes beyond traditional sectors. From Finite Element Analysis (FEA) and Fitness for Service (FFS) to RCA, CFD, Pipe Stress, and Structural Design, we deliver solutions that transcend industry boundaries. Our multidisciplinary team applies the same rigor, safety, and innovation trusted by global leaders.

Why Pipe Stress Analysis Matters

Pilot Study

Best for: First-pass CFD analysis services on new designs, R&D concepts, brownfield tweaks, and authority pre-checks.

Includes: Problem framing & KPIs · CAD cleanup & fit-for-purpose mesh · Baseline steady · Sensitivity checks.

Deliverables: Executive brief with pass/fail & risk flags · Core plots · “Go / Refine / No-Go” with timelines.

Project Delivery | Full Scope with Validation & Iteration

Best for: Decision-grade CFD consulting services covering design, process, safety, and reliability.

Includes: Mesh independence, proper physics models, steady-state to transient strategy, calibration against test/field data, and design iterations with quantified deltas.

Governance: Milestones · Weekly reviews · Change control.

Deliverables: Decision pack · Ranked action list · Native files/run logs/post templates.

Engineering Partnership | Continuous CFD Capacity

Best for: Multi-program support across plants/products with an embedded CFD consultant.

Includes: Monthly capacity block · On-demand studies · Cross-discipline collab (FEA/RCA/FFS) · Knowledge transfer.

Service Levels: Prioritization queue & response times · Quarterly value reviews · Optional on-site sprints.

Outcome: Faster iterations, fewer redesigns, institutionalized best practices.

Why Engineers Choose Ideametrics CFD Consultants?

Analysis Depth

Agile CFD Delivery

Clarity for Every Stakeholder

Trust & Compliance

Our CFD Process -
From Scope to Decision-Ready Delivery

Problem Definition

We align on what “good” looks like before a single cell is meshed. Together, we lock KPIs, the operating envelope (normal/start-up/shutdown/upset), constraints, and applicable codes. Risks and assumptions are identified and captured upfront.

Data Intake

Your inputs are organized into a clean data book: geometry (native or neutral CAD), P&IDs, duty points and control logic, fluid/thermal properties, and any lab/plant measurements for later validation. Gaps are flagged with proposed resolutions.

Pre-Processing

We prepare a simulation-ready domain by defeatinguring, fixing leakage, scoping the domain, partitioning regions, and selecting a mesh strategy to ensure stable and convergent runs.

Modeling

Physics are chosen to match the problem, not the other way around. Examples: RANS/LES/DES for turbulence; VOF/Eulerian/DPM for multiphase; species/combustion and radiation (DO/P1) where required; porous media and fan/pump curves. Boundary conditions and initializations are thoroughly documented for audit purposes.

Calibration & Runs

We prove robustness before scaling scope, including mesh independence and sensitivity to key assumptions/models, as well as convergence via residuals and engineering monitors. When physics demand it, we graduate from steady to transient with controlled time-stepping.

Validation

Results are verified against plant or laboratory data and sanity-checked through hand calculations/correlations. We quantify confidence with uncertainty bounds and note limitations to ensure decisions remain grounded.

Design Iterations

We explore A/B/C concepts and operating scenarios, ranking options by KPI deltas, energy/capex impacts, and risk. Recommendations are practical and implementation-ready for design, process, safety, and reliability teams.

Delivery & Handover

– Decision pack, native files (as agreed), review workshop

You receive an executive summary for quick sign-off and a technical dossier for engineering records. Native files/meshes and post templates are shared as agreed. We conclude with a review workshop and next-steps plan.

What You Receive from Our CFD Consulting Services

01.

Executive Pack (for quick decisions)

A concise, board-ready summary that traces problem, methods, results, and recommendations. It highlights KPIs, risk flags, compliance notes, and the preferred option with rationale, so leaders can approve confidently.
02.

Engineering Dossier (for your technical record)

A complete, auditable package: contours, vectors, streamlines, iso-surfaces, plots/tables, model setup and boundary conditions, assumptions/limitations, mesh statistics and mesh-independence checks, sensitivity studies, convergence histories, and a documented validation/uncertainty budget.
03.

Action List

A prioritized, cost-aware list of design changes with performance deltas, effort/risk ratings, and step-by-step implementation guidance. Each action aligns with your KPIs and timelines to expedite the design freeze and procurement process.

CFD Case Studies

diagram of mop, design pressure, maop and mawp
A Sustainable Solution That Changed the Game
Thermal power plants are the backbone of India’s energy sector, contributing over 65% of the nation’s electricity. These facilities operate under extreme conditions, with steamlines ...
Read More
Fitting Non-Standard Designs into the Framework of Recognized Standards
Fitting Non-Standard Designs into the Framework of Recognized Standards
In the industrial world, equipment often needs to be tailored to meet unique process requirements. This frequently leads to non-standard designs that fall outside the ...
Read More
internal misalignment of vassal images
A Project That Demonstrated Reverse Engineering for Design Validation: Oil Separation Vessel Case Study
In September 2021, our team faced a critical challenge while working on an oil separation vessel project for KNM Process System in Malaysia, developed by ...
Read More
Transient temperature load histogram
Fatigue: It’s Not Just About Body Pain!
When manufacturers design equipment, they must have a clear understanding of its working conditions and the types of loads it will encounter throughout its life. ...
Read More

Speak to a Senior CFD Consultant


Frequently Asked Questions

End-to-end simulation of fluid/thermal behavior, scope, modeling, runs, validation, and actionable recommendations, covering flow, heat transfer, mixing, combustion, HVAC, transients, and smoke/fire.

Bring in a CFD analysis consultant when timelines are tight, physics are complex, or you need validation for safety/authority approvals and business decisions.

Calibration to test/field data where possible, mesh independence and sensitivity studies, conservative assumptions, and clear uncertainty bounds.

Oil & Gas, Refineries, Petrochemicals, Chemicals, Power & Renewables, Water & Wastewater, Fertilizers, Pharmaceuticals, and Manufacturing.

We select the best fit from ANSYS Fluent, STAR-CCM+, OpenFOAM, FDS, and proprietary tools, aligning them with physics, complexity, and schedule.

CAD/P&IDs, duty points, media properties, operating scenarios, and any test/field data for validation.

Yes, smoke & fire simulation with engineered calculations, visibility/tenability checks, extraction sizing, and submission-ready documentation.

Yes, we perform dynamic analysis for start-up, surge, slugging, rotating machinery, and FSI pre-screening. We also coordinate with FEA teams for structural checks.

Turning Complex Engineering Into Confident Decisions.

Ideametrics is where precision, compliance, and innovation come together, helping industries to solve complex challenges, achieve global standards, and move forward with confidence.

Scroll to Top