At present, there is a considerable level of understanding and application of the motion laws of continuous fluids (gases or liquids). The flow of solid particles in gas-solid two-phase flow belongs to discontinuity, as discontinuity is the main characteristic of powder (particle group). How to provide a truthful mathematical description of discontinuous solid gas two-phase flowPneumatic conveying engineeringA difficult problem in development. Scientifically speaking.

    While applying the three-dimensional analysis and modeling methods mentioned above, it is also necessary to avoid intuition and illusion during operation, and to rationally optimize the operating parameters so that the solid gas two-phase flow can truly operate optimally in the pneumatic conveying device.

      In production, it is often necessary to increase the conveying capacity of existing pneumatic conveying devices. Some people often try to increase the conveying air volume in pipelines to improve production. There are two methods to increase air volume: replacing the fan or increasing the speed of the existing fan. However, the result was counterproductive, as the delivery capacity decreased instead. The reasonable and effective methods to increase the conveying capacity of pneumatic conveying devices include the influence of pneumatic conveying conditions, changes in air volume on conveying capacity, fluctuations in feeding, and changes in operating conditions after enlarging the diameter of the conveying pipeline.

     So how can we achieve the optimal conveying state? Welcome to contact usShandong Juheng Environmental Protection Equipment Co., LtdOur experts can design products with high conveying efficiency and stable conveying speed for you.