The simulation value for metallurgical and thermal process equipment is typically reflected in three areas: energy consumption, temperature uniformity, and lining service life. As energy-saving and emission-reduction requirements rise, traditional experience-based furnace tuning is increasingly unable to meet new demands.
Industry Characteristics
- High thermal loads with significant process fluctuations
- Mutual interaction among flow field, combustion, and refractory material performance
- Both energy consumption and maintenance costs are highly sensitive
Typical Tasks
- Analysis of in-furnace flow field, combustion, and temperature distribution
- Assessment of furnace lining hot spots and heat losses
- Verification of workpiece heating uniformity and cycle time matching
- Long-duration lining life prediction under extended operation
Recommended Approach
Conduct unified analysis of combustion, heat transfer, and structural temperature fields, avoiding the pitfall of focusing solely on combustion efficiency while neglecting lining and equipment life issues. For retrofit projects, simulation can also compare the benefits of different burner arrangements and insulation schemes.
Solution Value
A mature furnace solution should simultaneously serve energy conservation, process stability, and maintenance interval optimization — not merely output a single temperature contour plot.