This diploma thesis is solving systems design of silo for a powdery lime hydrate for technology equipment in a sewage works. There is analysis of type choise and silo construction, dimension design and silo strenght calculation. There is described possibility of empty space creation during the emptying and how to reduse them with the aid of active and pasive elements conductive to flow. Description of active and pasive cases of stress in silo material.

This diploma thesis describes the design of silo for milled mineral salt and. There are described the types of silos and there is also analysis of type choise and silo construction, dimension design and silo strenght calculation. Further there are described active and passive stress state of the material in the silo. The thesis deals the possibility of emptying the vaults and there is describtion of active and passive elements, that condustive to flow of materiál. It also describes the specificity of the material considering the structure of silo.

The principle of this thesis is to design of the silo for bulk materials. In the thesis is there an analysis of the choice of type and construction of the silo, design of main dimensions and strength calculation of the silo. Then there is described active and passive stress state of the silo and their influence on filling and emptying. The thesis deals the possibility of the formation of buckling vault (bridging) during emptying and ways to solve it. There are also described various possibilities of modifications and equipment of the silo in relation to the type of material.