At TMEC, our specialization extends beyond just designing and creating innovative thermal units. We focus on the in-depth modeling of various thermal and physical processes, offering high-precision solutions tailored to the specific needs of our clients.

Our key feature is the meticulous approach we take to studying the physical processes, modeling objects, and task requirements. We dive deep into literature sources, thoroughly describing the physical phenomena at play, developing algorithms, and programming models accordingly. This process ensures that the results we provide are accurate, reliable, and more robust than those derived from typical commercial simulation packages.

Once the model is developed, it undergoes validation against real-world data from operational systems, and adjustments are made as necessary. We also offer visualization of results, allowing for easier interpretation and analysis.

Our experience includes developing models for:

• Steam boilers
• Lime kiln furnaces
• Induction furnaces for heating tube billets
• Fluidized bed reactors
• Heat exchangers and reactors with moving bed layers
• Heating furnaces for rolling mills
• Regenerative heat exchangers
• Various hydro-gas dynamics problems for reactors, including chemical transformations

With over 25 years of experience, we sometimes combine our in-house programs with commercial software packages to enhance the modeling process and deliver the most effective solutions to our clients.