Concrete Batching Plant Process Flow Diagram

The concrete batching plant process flow diagram is a complete process from raw material preparation to product delivery, which contains several key steps, such as raw material preparation, proportion design, pre-production inspection, mixing and so on. Each step needs to be operated in strict accordance with the regulations to ensure the quality of concrete. At the same time, there are corresponding measures to deal with unqualified raw materials and products to ensure the smooth running of the whole concrete batching plant process flow.

The concrete batching plant process flow diagram usually includes the following steps:

1. Aggregate storage and transportation:

Raw material aggregates are usually crushed stone, sand, etc., which need to undergo the process of storage and transportation to the concrete mixer. Aggregates can be transported to the concrete batching machine by belt conveyor or bucket elevator.

2. Aggregate batching:

Aggregates need to be prepared according to a certain proportion, usually through the concrete batching machine will be different sizes of aggregates in accordance with the proportion required to be put into the concrete mixer.

3. Cement and Admixture Addition:

Cement and admixture are important components of concrete, which need to be added to the concrete mixer according to a certain proportion.

4. Stirring and mixing:

Aggregate, cement and admixture are put into the concrete mixer together for mixing and mixing, the concrete mixer will mix these raw materials evenly and mix them into concrete within a certain time.

5. Conveying and discharging:

The mixed concrete will be conveyed to the concrete mixer truck or transportation vehicle through conveying equipment (such as discharging hopper, screw conveyor, etc.), and then transported to the construction site for pouring.

The above is the basic concrete batching plant process flow diagram, and there may be some differences between different models and specifications of concrete batching plant. In actual operation, it also needs to be adjusted and optimized according to the specific situation.