aerospace@aerothermalsolutions.co
Pelletizing furnaces, pollutant dispersion, pressure drop analysis, burners and emissions, combustion of solids, liquids and gases, biogas, hydrogen and decarbonization.

There is no doubt about the importance of mining for any nation and this industry, besides being very important for many sectors, has become increasingly technological. This change brought very positive aspects to the mining industry through the equipment and also the processes. Now increasingly safer, more efficient and more automated, mining has managed to leverage its processes and also minimize previously negative impacts on the cost and environmental management sector. Through our solutions, it is possible to resolve more issues and maximize gains through better cost and time management. Optimize is the watchword, but always balancing it with respect for sustainability and quality.
Low NOx burners, fuel switching and emissions control, with CFD coupled to chemical kinetics.
Flow, combustion and heat transfer in the furnace, for throughput, fuel use and emissions.
Refractory and furnace wall temperatures, cooling of equipment and electrical rooms, radiation and conjugate heat transfer.
Mass and energy balances and flow in industrial and mining processes, to gain capacity and efficiency.
Pressure drop in ducts and chambers, and flame position and length in the furnace, computed with CFD, for process stability and lower fuel consumption.
Droplets, particles, bubbles, free surfaces and phase separation in equipment and processes.
CAD, CFD and FEA integrated to find the best design across several disciplines and constraints at once.
Planning, instrumentation and supervision of laboratory and field tests, with reports for validation and certification.
Fire and smoke spread, smoke control and extraction, and visibility along escape routes, for design and fire department approval.
Air distribution, temperature and humidity in buildings, warehouses and process rooms.
Tell us about your case. An ATS engineer will reply.