We elaborate practical and theoretical studies as well as computational simulations so that our stations can efficiently solve the main problems related to refractories and their heat exchange in the production units:
- Cut in heating and reheating times
- Cut in cooling times
- Abatement of fuel consumption
- Increase in the refractory campaign
- Thermal uniformity
- Thermal soak
- Reduction of thermal shock, preserving the refractory
In tailor-made projects, and using the resources of our technology division, Æstus , we finely adjust operational variables such as burner positioning and inclination, combustion products injection speed, path of the combustion products inside the equipment, positioning and exhaust diameter, for maximum efficiency of heating or cooling, in the various activities in which the stations are applied:
- Total relining
- Localized repairs
- Slag line replacement
- Replacement of plugs
- Reheating due to losses in the operational cycle
- Controlled or accelerated cooling