Energy efficiency, heat transfer, combustion, modelling and emissions reduction in industrial processes. Consulting, engineering and R&D from diagnosis to implementation.
Companies that have worked with the team
Field measurements, modelling and economic analysis to inform industrial decisions. The examples come from the team’s project experience.
We assess fuel compatibility, flame stability, effects on the product and the cost of the change.
Examples: Green H₂ in CSN galvanizing; biomethane at Stellantis; decarbonization routes for glass furnaces.
Explore this service →Energy balances, combustion tuning and burner adaptation to reduce consumption while preserving product quality.
Examples: CSN slab reheating furnaces; calcination at Mineração Curimbaba/GASMIG; Gerdau forging furnaces.
Explore this service →Burners, atomizers, cutting nozzles, gasifiers and heat exchangers, from concept to detailed design.
Examples: Steam-assisted Y-jet atomizer for Kamini; circulating fluidized-bed gasification and a 5.2 MW air heater for Delta H.
Explore this service →Flow, combustion and heat-transfer simulations to test alternatives before changing a plant.
Examples: Coil cooling in the Novelis storage building, with Mitisid; CSN blast-furnace stoves.
Explore this service →Technical investigation of fires, explosions and combustion-system failures, with findings and recommendations.
Examples: Fires involving mobile equipment and the FEA 81 control room at Gerdau; a gas leak in the CSN OG system.
Explore this service →Greenhouse-gas inventories, life cycle assessment, NOx, particulate matter and assessment of control options.
Examples: GHG inventory for Vale; NOx prediction in CST sintering; pollutant dispersion for a CPFL thermal power plant.
Explore this service →Courses in industrial combustion, emissions and thermochemical processes, tailored to the plant and its team.
Examples: Combustion and gasification training for Solum Ambiental; the team’s experience in technical education for industry.
Explore this service →Work in steelmaking, automotive manufacturing and waste-to-energy. Explore the team’s wider technical track record.
The scope follows the problem. The process connects the initial assessment to verification in the field.
Operating data, measurements and understanding of process constraints.
Mass and energy balances, combustion properties and CFD where needed.
Alternatives compared by energy, emissions, investment and implementation requirements.
Support during modifications, combustion tuning and performance verification.
Peer-reviewed work on fuels, engines and thermochemical processes.
Engineers and researchers with experience in industry and combustion research.
Describe the equipment, the fuel and what needs to improve. We will discuss the scope with you.
