As the supporting equipment of cement rotary kiln, clinker cooler (also called cement cooler) is a kind of heat exchange device that transfers heat from high-temperature clinker to low

A virtual-lab of a clinker grate cooler, intended for training of cement plant operators, has been developed. The grate cooler model has been derived from 

Uses: The grate cooler is an important main equipment in the clinker burning system of the cement plant. Its main function is to cool and transport the cement clinker. At the same time, it provides hot air for the rotary kiln and the decomposition furnace, which is the heat recovery of the firing system. The main equipment.

Cement manufacturing requires cooling down of hot clinker at temperature of about 1350o C to temperature lower than 100 o C in a cooling 

Cooling Air Quantity is maintained to ensure cooling of clinker and heat recuperation from hot clinker from kiln. Specific air usage is generally considered as key performance indicator of cooler. New generation coolers can cool clinker to the temperatures to as low as 65 0C over ambient with a specific air consumption of 1.7 kg/kg-clinker.

Cooling clinker The clinker temperature is an important indicator of the grate cooler performance, which reflects the cooling efficiency of the grate cooler, and also creates conditions for the conveyer, storage, and cement grinding of clinker in subsequent processes.

of ownership Reduce your clinker cooling costs with the Cross-Bar® Cooler The Cross-Bar Cooler is the latest evolution in clinker cooling 

Clinker cooler. Monitoring the cooling air flow. Application. Monitoring the cooling air flow · Temperature monitoring at bearings. Application.

Rotary cooler is also called clinker cooler, which is the important support equipment of cement rotary kiln. It is mainly used to cool the high-temperature clinker（1000-1200℃）discharged from the rotary kiln into an appropriate temperature (less than 200℃). The cold air produced by it contact countercurrent with the clinker in the

11/28 · The Clinker Cooler operates at 260 to 325 strokes per minute – stroke varies from 0.6 to 1. inches. Manual speed control makes it possible to maintain proper cooling conditions

To produce cement, the raw meal is burned to clinker in a long rotary kiln. After leaving the rotary kiln, the clinker has a temperature of up to +1300 °C and must be cooled down to a temperature of about +200 °C for further storage. To achieve this, the clinker bed is cooled with a continuous stream of air.

Typical clinker cooler products include the QuikTurn 60PC for casting applications and the QuikTurn 60G for gunning areas such as the tertiary air duct outlet. For the most severe abrasion, select the R-Max PC QT or the R-Max G QT. For further cement questions or assistance, contact Resco Products. RELATED PRODUCTS Alumex P-85-HS PDS SDS

Clinker Coolers. In cement manufacturing, formation of clinker nodules occurs at the entrance to the hottest part of the kiln with a material temperature of around 1280°C. The clinker is preferably in the form of 10-mm to 25-mm size nodules that exit from the front end of the kiln into the cooler.

Clinker coolers Deal with the equipment demands of heat, dust and high loads at low speed. And increase reliability and availability while keeping maintenance costs down. Stay up and running

Clinker Cooler Unit During the cement production, the raw material reaches a temperature of about 1450 ° C in the kiln. The clinker particles, which are first 

In the clinker cooler, the hot clinker is rapidly cooled by air in order to obtain a high degree of efficiency. Modern clinker coolers have an air flow perpendicular to the clinker flow, absor thermal energy. This hot air is used almost entirely as secondary air for combustion in the rotary kiln, or as tertiary air to the tertiary air duct.

In the clinker cooler, the hot clinker is rapidly cooled by air in order to obtain a high degree of efficiency. Modern clinker coolers have an air flow 

Clinker Cooler. The hot clinker produced by the rotary kiln is transferred to a grate cooler, where it is cooled by air blowers before being taken by conveyor 

Clinker Flow Direction 12 13 Typical ETA cooler results: Optimum recuperation High secondary and tertiary air temperature High middle air for WHR or drying purposes Cold clinker at the end of the cooler Clinker Flow Direction ETA Cooler = Thermal homogenisation Static Inlet HEModule

It discusses the important parameters determining the efficiency of a clinker cooler and shows how the solutions and market shares of the individual plant 

Clinker level in the cooling system. Level measurement at cement clinker cooler. The clinker is cooled as it is discharged from the rotary kiln onto