How Much Does An Asphalt Plant Cost

How much does an asphalt plant cost is related to the brand, manufacturer, origin of asphalt mixing plant equipment, etc. Prices of a set of asphalt mixing plant range from a few million to tens of millions. Different asphalt plant manufacturers configure different prices of asphalt mixing plants, and the same asphalt mixing plant manufacturer also has many models, so the prices of asphalt mixing plants are not the same.

For how much does an asphalt plant cost, there are also other methods to reduce the total cost to build an asphalt mixing plant equipment. Such as the choice of asphalt mixing plant fuel. The cold aggregate drying system of the asphalt mixing plant needs to consume a lot of heat energy for heating and drying the wet and cold aggregate with water content, so the fuel selection of the drying system needs to be combined with the actual situation. General gas fuels such as solid fuels such as coal have insufficient combustion performance and the heat cannot be fully exerted. Therefore, liquid fuels such as diesel and heavy oil should be selected for the cold aggregate drying system.
 

Studies have shown that when the humidity of the stone increases by 1%, the energy consumption will increase by 10%, which shows the importance of controlling the water content of the stone. In the asphalt plant production process, effective measures must be taken to control the humidity of the stone materials. For example, in order to facilitate drainage, the stone stacking site usually needs to have a certain slope. The ground should be hardened with concrete. The surrounding area of the site should be spacious to facilitate water evaporation. Build shelters to prevent rainwater infiltration.
 

In addition to how much does an asphalt plant cost, the drying system also has requirements for the size and regularity of the stone particles. In the working operation of the cold aggregate drying system, for the case where the qualified rate of stone particle size is 70%, it will increase the workload of the overflow, which will inevitably lead to waste of fuel.