Lower energy use and emissions, designs verified before fabrication
Every option is assessed on a model validated against the plant's operating data, before any investment.
We reply within 24 working hours
Three pillars, three levels of intervention
Do you need a fault diagnosis, a new equipment design, or a tool for daily operation?
Performance engineering
Analysis and improvement of equipment in service.
Simulation & Virtual engineering
A design tested on a validated model.
Digital twin & Engineering AI
A tool for continuous operation.
Simulation training for companies, organizations and universities
Taught by CFDWAYS project engineers; exercises are built from your organization's data.
Companies
Lessons built from your plant drawings and operating data.
Organizations & institutes
In-depth programs by field, ending with a final assessment.
Universities
CFD classes for lecturers and students; internships and theses on industrial problems.
The Simcenter suite, from the team that uses it every day
CFDWAYS is a Software Partner of Siemens Digital Industries Software in Vietnam: licenses, local engineering support, and training on your own problem.
Simcenter STAR-CCM+
The core multiphysics CFD tool: flow, heat transfer, multiphase, reactions, particles.
Details →
Four industry groups, real problems
CFDWAYS focuses on four industry groups. The first three are backed by delivered projects; the fourth is an area we are expanding into.
Energy & Utilities
- Thermal power & waste-to-energy
- Oil, gas and refining
- SOx and NOx removal
- Water & environmental engineering
Process industry
- Cement and ceramics
- Chemicals & petrochemicals
- Spray drying, cyclones
- Separation & mixing
HVAC & Buildings
- Thermal comfort
- Indoor air quality
- Industrial ventilation
- Wind loading on structures
Advanced technology
- Batteries & energy storage
- Electronics cooling
- Data centers
- New industrial equipment
Featured projects
35 projects for 15 clients in 6 countries. The problem, approach and measured results of each project.
Optimizing a dry flue-gas desulfurization (FGD) system
Energy efficiency of a spray dryer & cyclone train
Fixing the SNCR injection layout before installation
Full gas-path flow analysis of an HRSG
Diagnosing maldistribution in an overhead condenser
Optimizing an ozone DeNOx system in a wet scrubber
Wind Tunnel & Wind Ring — design optimization
A burner evaluation tool for NH₃ co-firing
A pilot retrofit electrostatic precipitator (R.EP)
Optimizing a dioxin soil treatment system — TP1
Selecting a fuel-efficient burner for a roller kiln
Choosing the alternative-fuel injection points for a cement calciner
Ductwork and exhaust fan for a charcoal pyrolysis plant
Diagnosing the cold-air flow in a blast freezer
Condenser layout for a data-centre cooling system
Dynamic-mesh CFD of a Jet A-1 fuel gear pump
Testimonials
“Thanks to close cooperation and deep expertise in waste incineration technology, the simulation specialists from CFDWAYS helped the Micro-One engineering team reach results quickly and complete the project on schedule — excellent work.”
“With the CFD results from STAR-CCM+, our choice of urea injector positions became more reliable and the design review moved considerably faster.”
Research & publications
50+ international papers on CFD, process simulation and machine learning — the basis for the models we use in industrial projects.
Hydrodynamics and chemical reactions in a molten-metal bubble column reactor for CO2-free hydrogen production using VOF-CFD
Effects of NH3 co-firing ratios on performance of a 500 MWe pulverized coal combustor using a compartment model
Hydrogen generation rate and yield of natural gas pyrolysis using a one-dimensional molten-metal bubble column reactor model
Optimal susceptor rotation speed in hot-wall horizontal SiC epitaxy using CFD
Experiments and modeling for non-oxidative polypropylene pyrolysis in two-stage molten metal bubble column reactors for hydrogen production
Destruction and removal of nitrogen trifluoride (NF3), sulfur hexafluoride (SF6), and tetrafluoromethane (CF4) via three-stage molten-metal bubble column reactors
Catalytic and non-catalytic reactions of methane pyrolysis for hydrogen production in screening and electromagnetic levitation reactors using CFD
Numerical investigation of segregation behavior in a fluidized bed reactor for high-purity carbon production via catalytic methane decomposition
See the publications page → · Our expert team → · In progress: NH₃ co-firing research for thermal power plants (with Industrial University of Ho Chi Minh City).
Outsource the work, buy the license, or do it in-house?
Outsource the whole job, buy a license and run it in-house, or train your team to take over — CFDWAYS engineers support every option.
Project-based simulation
We take on the entire problem and deliver the results with a verified improvement plan.
Simulation services →Simcenter licenses
STAR-CCM+, FloEFD, Simcenter 3D, Amesim, NX — with local engineering support.
Siemens software →Training & handover
Standard or tailored courses, with process handover so your team can work independently.
Training programs →Full capability dossier — detailed projects, team and clients — sent by email on request.
Request the capability dossierClients in 6 countries, three continents
The map marks where clients and projects are. The CFDWAYS office is in Hanoi.
- VietnamViglacera Thang Long · CTCI/BSR · INSEE · TONA
- South KoreaMicro-One · KoreaTesting
- JapanKobashi
- FranceCarbo France
- BelgiumJohn Cockerill
- United StatesNelson Global
- Micro-One South Korea · Environment / WtE
Viglacera Thang Long Vietnam · Building materials
INSEE Vietnam · Cement
Carbo France France · Charcoal fuel
John Cockerill Thermal power
Kobashi Japan · Thermal equipment
Nelson Global United States
CTCI / BSR Vietnam · Refining & petrochemicals
KoreaTesting South Korea
TONA Vietnam
Siemens
Hanoi Univ. of Science & Technology HUST
Thuyloi University TLU
Industrial Univ. of HCMC IUH · NH₃ co-firing R&D
Describe your problem
Send us details of the equipment or process that is giving you trouble. We reply within 24 working hours with a suggested approach.
or call +84 34 615 9396