SOMETHING NEW! The ETA Cooler 5.0 is here
Redefining Clinker Cooling
The ETA Clinker Cooler has reached a new milestone with the launch of the ETA 5.0, boasting advanced features that enhance efficiency and performance. This evolution reduces CO2 emissions, aligning with sustainable industry goals.
At Claudius Peters, we recognise the transformative role a high-performance cooler plays in driving efficiency throughout the entire production process. This understanding has driven the launch of our 5th-generation ETA Cooler: the ETA Cooler 5.0.
The clinker cooler is the final, yet critical, step in the clinker production process. It ensures the quality of the clinker by optimising heat recovery for the kiln and cooling the clinker before it is milled into cement.
The ETA Cooler 5.0 is compatible with both retrofit and greenfield projects.
Innovation in Design: The Smooth Surface Advantage
The ETA 5.0 Cooler introduces a moving floor with a smooth surface and round aeration slots, eliminating traditional pockets. This streamlined design reduces shear forces during the backward stroke, minimizing clinker compaction and maximizing gap volume. The result? Improved clinker flow and enhanced overall performance.
Vision for the Future
The Claudius Peters ETA Cooler 5.0 represents the pinnacle of cooler technology. Its low compacting, low-pressure-drop design, combined with reduced energy consumption and high thermal efficiency, delivers unparalleled value. Designed for longevity and sustainability, the ETA 5.0 is the ideal solution for the demands of next-generation clinker production.
Smooth Surface Moving Floor. High Efficiency. Long Life. The future of clinker cooling starts here.
Key Features and Benefits
1. Optimised Cooling Airflow
- Reduced pressure drop across the clinker bed, even in sticky conditions behind the static inlet, thanks to maintained open porosity.
- This innovation minimizes energy consumption, enabling significant savings in electrical power.
2. Energy Efficiency
- Lower Fan Pressure and Reduced Drive Forces result in substantially lower electrical power requirements.
- Enhanced thermal efficiency, supported by a high clinker bed layer, ensures optimal heat recovery.
3. Durability for the Long Haul
- A long-life concept ensures low wear with reduced moving cycles, no movement between grate plates, and lower moving floor temperatures achieved through plug flow.
4. Transport Redefined
- The smooth-moving floor ensures slow, long transport strokes, which improve transport efficiency and support a high clinker bed for superior thermal performance.
- Reduced relative movement minimizes wear and clinker riddling, maintaining product integrity.
