KAMET®
HEATING SYSTEMS
Automated Kamet® Turbo thermal energy power plants are designed for year-round production of high-quality concrete for the precast industry. They are perfect for thawing frozen aggregate and ice, and for heating process water and aggregate as well as heating production lines and buildings in temperatures as low as -40°C.
All this with just one plant!
KAMET ® TURBO SERIES 1–5X
YEAR-ROUND SUPREMACY IN CONCRETE PRODUCTION
Kamet® Turbo thermal energy power unit is designed for year-round mass production of high-quality concrete for the precast industry.
Kamet® Turbo power unit ensures that concrete quality remains consistent regardless of the temperature. The fully automated units are perfect for thawing frozen aggregate, and for heating process water and aggregate as well as heating production lines and buildings. All this with just one unit!
Kamet® Turbo power unit is extremely cost-efficient, enabling the combination of a very high-efficiency ratio and a low environmental load with very low-energy consumption. The unit makes innovative use of all the energy that it generates. Combustion gases heat the water used at various stages of concrete production. Any excess heat generated by the combustion gases is automatically directed into the aggregate silos.
YEAR-ROUND SUPREMACY IN CONCRETE PRODUCTION
Kamet® Turbo thermal energy power unit is designed for year-round mass production of high-quality concrete for the precast industry.
Kamet® Turbo power unit ensures that concrete quality remains consistent regardless of the temperature. The fully automated units are perfect for thawing frozen aggregate, and for heating process water and aggregate as well as heating production lines and buildings. All this with just one unit!
Kamet® Turbo power unit is extremely cost-efficient, enabling the combination of a very high-efficiency ratio and a low environmental load with very low-energy consumption. The unit makes innovative use of all the energy that it generates. Combustion gases heat the water used at various stages of concrete production. Any excess heat generated by the combustion gases is automatically directed into the aggregate silos.