First of all, the mixing station host and feed batching system should be configured according to the project duration, total amount of hydrazine, daily hydrazine usage, etc., in order to meet the maximum daily cesium consumption, and a blender and related batching system is a production line. A general project may have only one production line. Large and important works shall be provided with two production lines arranged side-by-side so as to ensure uninterrupted supply of the project. One project may have only one mixing station, and the mixing stations may be set separately according to the division, or A large-scale mixing station shall be set up with an appropriate amount of transport vehicles; the actual situation shall be determined.
Secondly, the area of ​​sand and stone yards should be large enough to meet the needs of project consumption, and can be easily supplemented by feeding materials; Sand and sand stones are piled up in partitions to prevent the mixture from causing grade inequalities; Sand and gravel are stacked neatly; the site must be hardened to facilitate the loading of vehicle loading materials and to prevent dirt and other debris from entering the material.
Again, a mixing station with 1-2 pools must be able to ensure the mixing and mechanical cleaning required. A production line is equipped with at least 2 cement warehouses, preferably 3, which are replenished in a timely manner and used in a timely manner to meet the production needs of the plutonium without overstocking the cement. Large volume and pumping concrete generally need to be mixed with fly ash and additives, and they should be placed separately according to the site conditions to facilitate use.
Finally, as for the way to transport finished concrete, it is possible to use a helium pump. The transportation method is based on the delivery distance and height and the supply of helium. It is generally arranged in front of the mixer and connected to the pouring place by means of a pump tube. It can also be placed close to the pouring place and transported to the pump by the rake conveyor.
There are several points in the layout, and the remaining concrete mixing plant components can be assembled according to production needs.
Secondly, the area of ​​sand and stone yards should be large enough to meet the needs of project consumption, and can be easily supplemented by feeding materials; Sand and sand stones are piled up in partitions to prevent the mixture from causing grade inequalities; Sand and gravel are stacked neatly; the site must be hardened to facilitate the loading of vehicle loading materials and to prevent dirt and other debris from entering the material.
Again, a mixing station with 1-2 pools must be able to ensure the mixing and mechanical cleaning required. A production line is equipped with at least 2 cement warehouses, preferably 3, which are replenished in a timely manner and used in a timely manner to meet the production needs of the plutonium without overstocking the cement. Large volume and pumping concrete generally need to be mixed with fly ash and additives, and they should be placed separately according to the site conditions to facilitate use.
Finally, as for the way to transport finished concrete, it is possible to use a helium pump. The transportation method is based on the delivery distance and height and the supply of helium. It is generally arranged in front of the mixer and connected to the pouring place by means of a pump tube. It can also be placed close to the pouring place and transported to the pump by the rake conveyor.
There are several points in the layout, and the remaining concrete mixing plant components can be assembled according to production needs.
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