Pulse pneumatic conveying systemIt is composed of an air compressor, hopper, pressure vessel (warehouse pump), conveying pipeline, secondary air supply, and PLC control system. Designed for conveying powdered materials, granular and coarse-grained materials, the pulse pneumatic conveying system can use air and inert gas to enter pressure vessels and pipelines, forming regular pulses in the first time, making the material dry into individual, wavy, pulse segment plugs. The pulse pneumatic conveying system operates at high pressure and low gas velocity, conveying materials to hoppers, reactor vessels, silos, rail cars, or other destinations.

     The development of pulse pumps is aimed at solving the problem of pneumatic conveying of adhesive powders. The pulse pump separates the material into discrete "plug" powders and air in the pipeline. This is achieved by using an air knife to make the material easy to transport and slide through the pipeline, rather than completely suspending the particles in the airflow. Pulse gasThe force transmission system has the following advantages:

Figure 1

1. High material to gas ratio and the ability to use smaller pipelines

2. Low conveying speed and reduced pipeline wear

3. Reduce material degradation, reduce air volume, and decrease the size of the air filter in the receiving container

4. Low gas consumption reduces operating costs, high conveying speed, and the system can operate continuously

    Pulse flow or wave flow conveying is used for general dust particle materials and requires gentle handling.Materials flow in the form of pulses or waves on a moving material bed. Pulse flow conveying is achieved by using an intelligent control system to monitor the flow path of materials, the speed and pressure of the conveying air, and the pulse flow condition,Carefully adjust the system to maintain correct and precise conveying conditions. The use of pulse pneumatic conveying system can greatly reduce material damage and fine particle accumulation. Pulse flow systems have many potential advantages, such as being able to be used for transportation in fine pipelines, having a low solid to gas ratio, reducing bending and pipeline wear, minimizing material damage, and reducing material pollution.

Therefore, the pneumatic conveying system is a complex engineering project that involves multiple fields such as fluid science, aerodynamics, particle science, and mechanics. Therefore, you should choose a manufacturer with strong capabilities. If you need pneumatic conveying, please feel free to contact usJuhengContact.