Course About Pneumatic conveying

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Pneumatic conveying

is the movement of solids through pipe using gas (usually air) as the motive force. It differs from hydraulic or slurry conveying in that the gas expands continuously along the pipe length. The flow regime in the pipe depends greatly on the ratio of solids to gas and the particle characteristics With the appropriate choice of system, material can be transported with minimal degradation  Little or no exposure of the product to the environment  Can transport relatively long distances (several thousand feet)  Excellent for multiple sources and multiple destinations  Ability to transport material which might be air, moisture, etc. sensitive  Compared to mechanical conveyors, relative ease in system routing especially elevation changes  Interfaces well with a variety of transportation modes – truck, railcars, ships  High reliability of system with comparatively few moving parts

AIR SLIDE CONVEYR


AIR SLIDE CONVEYR




AIR SLIDE CONVEYR

AIR LEFT CONVEYR





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Mechanical Elements of tubes Mills For Cement industry

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صورة
Mechanical Elements of tubes Mills For Cement industry The course include  Introduction -  Nature of wear in ball mills -  Influence on lifetime for wear parts - A- Influence from material to be ground  B- Influence from lining thickness  C- Influence from lining shapes and surfaces  The mechanical elements of a tube mill can roughly be subdivided into internal and external parts.  The mill internals have a direct function with regard to the grinding process and include principally the wear parts of a mill such as mill liners, diaphragms and grinding media. The external parts of a standard tube mill consist of mill shell, mill heads, mill bearings, feed and discharge equipment and include also the mill drive. In the following the external parts of the tube mill are described under special consideration of the process technological aspects. The mill internals are described in separate chapters. The feed devices have to fulfill the following functions Continuous flow of material into mil
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Wear Parts & Wear resistant Material in ball mills

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صورة
Wear Parts & Wear resistant Material in Mills   The equipment in the grinding installations therefore will have to be protected with sufficient wear resistant materials for two different reasons  In order to protec t the equipment from     damage and decay.- In order to maintain maximum output at optimum operating conditions-. Nature of Wear in Ball Mills Grinding in ball mills takes place by lifting the grinding media charge and the material to be ground followed by a return to the bottom part of the mill tube In this continuous cascading movement. The material quality of the wear parts in a ball mill must therefore partly be resistant to over hammering without cracking, and partly withstand abrasive wear. Wear Resistance Cement Mill Grinding Ball In Carbon Steel A. Chrome Alloyed Ball Mill Liner Plates C. High Manganese Steel Ball Mill Liner Plates B. Chromium-Molybdenum Alloyed Ball Mill Liner Plates C. High Manganese Steel Ball Mill Liner Plates - Cast grinding ball mill liner
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Visit inside CF-silo To know its components

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صورة
CF Raw Meal Silo How it works  The CF (Controlled Flow) silo is a continuously operating system for homogenization and storage of cement raw meal, where the material is extracted simultaneously at different flow rates from a number of outlets in the silo bottom. The CF system, including suitable kiln feed equipment, ensures stable kiln feed composition at minimum power consumption and investment cost. The efficient performance of the CF homogenizing silo results in stable kiln operation so that changes in kiln speed or firing rate are rarely needed and stable coating in the kiln is maintained. In order to ensure high homogenization efficiency, all the raw meal in a silo must be kept in constant movement towards the outlets. Furthermore, the raw meal must pass through the silo in flow zones with different residence time. The CF silo complies with these demands. It extracts raw meal at different rates from several outlets in the silo bottom and mixes the stream from these outlets. The CF
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