Power Generation Industry
CFD & Process Simulation
MACPROTEC provides comprehensive Computational Fluid Dynamics (CFD), heat transfer, combustion, multiphase flow, flue gas cleaning, cooling tower, and root cause investigation tailored specifically to boilers, HRSGs, flue gas ductwork, fan systems, and power plant infrastructure.
This is MACPROTEC's Specialized Power Generation Discipline
Our engineering domain lies in utility boiler CFD, burner combustion modeling, cooling tower plume/recirculation, fan systems, and SCR/FGD flue gas cleaning.
Engineering Services
Cards for MACPROTEC specialized CFD and process engineering disciplines applied to power plant operations. Click any card to inspect its complete technical dossier below.
Flow & Pressure CFD Analysis
Gas and fluid flow modeling across boilers, HRSGs, flue gas ducts, air intake systems, fans, and stacks to eliminate bottlenecks and balance draft systems.
Thermal & Heat Transfer CFD Analysis
Simulation of heat transfer, thermal radiation, and temperature distribution across boilers, superheaters, reheaters, HRSGs, economizers, and condensers.
Combustion CFD Analysis
Simulation of fuel-air mixing, flame development, heat release, species formation (NOx, CO), and temperature distribution in power boilers and burners.
Multiphase & Particle Flow CFD Analysis
Multiphase simulation of gas-solid interactions, particle trajectories, dispersion, ash deposition, and erosion in coal, biomass, and CFB power boilers.
Dust Collection & Flue Gas Cleaning CFD Analysis
CFD modeling of gas distribution, particulate transport, reagent mixing, and separation performance in ESPs, baghouses, SCRs, and FGD systems.
Cooling System & Cooling Tower CFD Analysis
Simulation of airflow, heat/mass transfer, evaporation, hot-air recirculation, and ambient wind effects in natural draft, mechanical draft, and ACC cooling towers.
Fan & Duct System Analysis
CFD analysis of airflow distribution, pressure loss, system resistance, and fan operating behavior across ID, FD, and PA fan duct networks.
Root Cause CFD Investigation
Recreating actual power plant operating conditions through physics simulation to pinpoint the root cause of pressure drop, fouling, erosion, or combustion instability.
Service Technical Dossier
Detailed physics specifications, deliverables, engineering analyses, and key benefits.
Flow & Pressure CFD Analysis
Efficient fluid flow management is fundamental to the safe, reliable, and efficient operation of power generation facilities. Boilers, flue gas ducts, heat recovery systems, cooling circuits, and air handling networks rely on balanced flow and controlled pressure distribution to achieve optimal performance. Poor flow distribution, excessive pressure losses, recirculation zones, and flow imbalance can reduce plant efficiency, increase auxiliary power consumption, and accelerate equipment degradation.
MACPROTEC utilizes advanced Computational Fluid Dynamics (CFD) to analyze airflow, flue gas flow, and pressure distribution throughout power generation systems. Our simulations identify hydraulic bottlenecks, optimize duct and piping configurations, improve fan and blower performance, and support engineering decisions that enhance plant efficiency, reliability, and operational stability.
Power Plant Equipment Applications
CFD and thermal simulation packages tailored to critical equipment across power generation facilities.
Utility Boilers & HRSG Systems
Flue gas flow balancing, superheater/reheater thermal mapping, temperature uniformity, and draft pressure loss reduction.
Burners & Combustion Chambers
Flame stability, low-NOx burner optimization, coal-biomass co-firing, over-fire air (OFA) mixing, and unburnt carbon mitigation.
ID, FD & PA Fan Networks
Primary, forced, and induced draft fan inlet/outlet flow quality, system resistance matching, and auxiliary power reduction.
Cooling Towers & Air-Cooled Condensers
Natural draft plume dispersion, mechanical draft cell recirculation, ACC crosswind sensitivity, and condenser backpressure tuning.
ESP & Baghouse Dust Collectors
Perforated distribution plate design, inlet velocity profile optimization, hopper re-entrainment suppression, and filter bag life extension.
SCR & FGD Flue Gas Cleaning
Ammonia Injection Grid (AIG) mixing uniformity, catalyst velocity distribution, SOx scrubber droplet interaction, and pressure drop tuning.
Pulverized Coal & Ash Transport
Primary air-coal pipe distribution balance, fly ash transport erosion, bottom ash chute flow, and cyclone separation efficiency.
Waste Heat Recovery & Ductwork
Waste heat boiler gas distribution, duct branch flow balancing, expansion joint flow separation, and stack flow quality.
Root Cause Plant Diagnostics
Troubleshooting tube erosion, refractory hot spots, fan hunting, temperature imbalances, and unexpected pressure drops.
Why Choose MACPROTEC for Simulation?
We combine deep thermal power plant process knowledge with advanced computational fluid dynamics to solve complex heat transfer, fluid flow, and combustion challenges.
Deep Thermal Power & Utility Expertise
Specialized thermal and fluid dynamics engineers with extensive experience across utility boilers, HRSGs, steam turbines, cooling towers, and flue gas cleaning.
Advanced Combustion & Multiphase Physics
High-fidelity simulation of pulverized coal, gas/oil, biomass combustion, species formation (NOx/CO), slagging risk, and fly ash transport.
Virtual Validation Without Plant Shutdowns
Evaluate duct retrofits, fan upgrades, burner re-configurations, and cooling tower modifications in a virtual CFD environment before physical implementation.
Actionable Engineering Deliverables
Comprehensive contour plots, velocity vector maps, pressure drop assessments, and CAD-ready recommendations for plant engineering teams.
Auxiliary Power & Heat-Rate Optimization
Target ID/FD fan power reduction, condenser backpressure minimization, and heat rate improvements to maximize overall plant efficiency.
Proven Debottlenecking Track Record
Consistently resolving flow imbalance, furnace hot spots, SCR ammonia maldistribution, and cooling tower recirculation in utility power plants.
Optimize Your Power Plant Operations
Get a Tailored Simulation Proposal
Connect with our senior engineering team to evaluate plant operating parameters, CAD geometry, and target performance improvements.