Steel Industry
CFD & Process Simulation
MACPROTEC provides comprehensive Computational Fluid Dynamics (CFD), heat transfer, combustion, multiphase gas-solid flow, dust collection, fume extraction, and root cause investigation tailored specifically to steel plant gas systems, furnaces, gas cleaning plants, and bulk material handling.
This is MACPROTEC's Specialized Steel Discipline
Our engineering domain lies in steel plant gas distribution, furnace thermal modeling, primary/secondary fume extraction, cyclones, and pneumatic conveying.
Engineering Services
Cards for MACPROTEC specialized CFD and process engineering disciplines applied to steel plant operations. Click any card to inspect its complete technical dossier below.
Flow & Pressure CFD Analysis
Gas and fluid flow modeling across blast furnaces, BOF/EAF gas systems, duct networks, and stacks to eliminate hydraulic bottlenecks and balance draft systems.
Thermal & Heat Transfer Analysis
Evaluation of heat transfer mechanisms, temperature distribution, thermal radiation, and cooling performance across critical steel plant equipment.
Combustion CFD Analysis
Advanced modeling of flame behavior, fuel-air mixing, species concentration, emissions, and thermal heat release in steel plant furnaces.
Multiphase & Gas-Solid Flow Analysis
Coupled CFD-multiphase modeling to simulate gas-solid interaction, particle trajectories, erosion patterns, and pneumatic transport across steel production.
Dust Collection & Separation Analysis
CFD analysis of airflow, particle behavior, and separation efficiency in baghouses, ESPs, and cyclones to lower emissions and pressure drop.
Industrial Ventilation & Fume Extraction CFD Analysis
Simulation of airflow patterns, fume dispersion, and exhaust hood efficiency to ensure worker safety, regulatory compliance, and thermal comfort.
Material Handling & Pneumatic Conveying CFD
Multiphase flow simulation of gas-solid transport, particle behavior, pipeline erosion, and material flow characteristics in bulk handling operations.
Fan & Duct System Optimization
CFD analysis of airflow distribution, pressure losses, fan operating points, and duct system behavior to cut power consumption and balance draft.
Equipment Performance Optimization
Aerodynamic, thermal, and fluid dynamic evaluation of critical steel process equipment to debottleneck operations without production shutdown.
Root Cause Investigation
Virtual recreation of actual operating conditions to pinpoint physical mechanisms causing pressure loss, thermal anomalies, dust build-up, or equipment wear.
Service Technical Dossier
Detailed physics specifications, deliverables, engineering analyses, and key benefits.
Flow & Pressure CFD Analysis
Steel manufacturing involves the transportation of high-temperature process gases through furnaces, duct networks, gas cleaning systems, cyclones, stacks, and waste heat recovery units. Poor flow distribution, excessive pressure losses, and flow recirculation can significantly impact process efficiency, increase fan power consumption, and reduce equipment performance.
MACPROTEC applies advanced CFD simulations to evaluate gas flow behavior, pressure distribution, velocity profiles, and flow uniformity throughout steel plant systems. Our engineering studies identify hydraulic bottlenecks, optimize gas transport systems, improve process stability, and support design modifications that enhance productivity, energy efficiency, and operational reliability.
Steel Plant Equipment Applications
CFD and thermal simulation packages tailored to key equipment across steelmaking operations.
Blast Furnace (BF) & Stove Systems
BF off-gas flow distribution, hot blast stove gas balance, tuyere combustion, and burden gas permeability.
Basic Oxygen Furnace (BOF) Systems
Converter off-gas hood cooling, secondary fume extraction, suppressed combustion systems, and slag splash gas dynamics.
Electric Arc Furnace (EAF) Fume Capture
Fourth-hole evacuation (DEC), canopy hood primary/secondary fume capture, oxy-fuel burner flame simulation, and slag door ventilation.
Reheating & Annealing Furnaces
Walking beam burner placement, combustion efficiency, oxygen concentration, slab thermal uniformity, and scale formation mitigation.
Continuous Casting Cooling Systems
Secondary cooling spray mist CFD, tundish/ladle thermal fluid dynamics, liquid steel flow distribution, and refractory thermal stress.
Baghouses & ESP Dust Collectors
Gas distribution plates, filter bag velocity uniformity, dust hopper deposition, and differential pressure minimization.
PCI & Pneumatic Material Conveying
Pulverized Coal Injection line splitting balance, iron ore/lime fines conveying, pipeline elbow wear prediction, and blockage prevention.
Waste Heat Recovery (WHR) Ducts
Waste heat boiler flow balancing, particulate erosion mapping, heat exchanger efficiency enhancement, and pressure loss tuning.
Cast House & Workshop Ventilation
Blast furnace cast house canopy ventilation, toxic fume dispersion modeling, heat stress reduction, and indoor air quality compliance.
Why Choose MACPROTEC for Simulation?
We combine deep steel plant process knowledge with advanced computational fluid dynamics to solve complex thermal, fluid flow, and gas-solid challenges.
Deep Steel Industry Domain Expertise
Specialized thermal and fluid dynamics engineers with extensive experience across Blast Furnaces, BOF/EAF converters, reheating furnaces, and gas cleaning plants.
Advanced Multiphase & Combustion Physics
High-fidelity modeling of complex gas-solid flows, pulverised coal injection, flame stability, chemical reaction, and radiation heat transfer.
Zero Shutdown Virtual Validation
Test performance modifications, duct redesigns, and burner upgrades in a virtual CFD environment without risking physical plant downtime.
Actionable Engineering Deliverables
Clear visual contour maps, velocity vectors, pressure drop reports, and precise CAD-ready design recommendations for your engineering team.
Energy & Emissions Optimization
Target fan power reduction, heat recovery optimization, and lower CO/NOx emissions to comply with stringent environmental standards.
Proven Debottlenecking Track Record
Consistently resolving flow imbalance, furnace hot spots, baghouse filter loading, and pipeline erosion in major steelmaking facilities worldwide.
Optimize Your Steel Plant Operations
Get a Tailored Simulation Proposal
Connect with our senior engineering team to evaluate plant operating parameters, CAD geometry, and target performance improvements.