Gas cyclone separator manufacturers

There is a Kentucky in Shanghai. . . (The name is quite generic); specializes in manufacturing cyclone separators

As 2# said. Kentucky: designed in the United States, manufactured in Shanghai. We had him make one last year. But you need to prepare your data table well, 1. Fully in English 2. Composition of gases and solids, solid density, distribution. . .

Thank you, brother upstairs. Can’t it be done domestically? Why does it have to be designed abroad? That will surely increase the cost

Reply to 4# wu5584774: Don’t underestimate it. Although its calculation formulas are described even in textbooks, designing cyclones is not simple; without hundreds or thousands of calculation and operational examples, one cannot succeed in this industry.

Thank you, brother upstairs. At first I didn’t pay attention; both of you were talking about cyclone separators used for separating gas from solids. What I wrote about was a swirl separator used for separating gas from liquid. It seems that the design of swirl separators does utilize the principle of cyclones, but there are differences

Reply to 6# wu5584774: I haven’t come into contact with hydrocyclones before, but I have heard of them; they are used very rarely. For example, the separation of organic liquids from water is carried out using sedimentation methods – theoretically, centrifugation could also be used, but it isn’t employed in practice. This is likely because, first, it is difficult to design such systems, and second, a stable feed stream is required; if the operating conditions are unstable, no matter how well the system is designed, it will be ineffective due to these changing conditions.

The well-known ASCOM is highly professional at separation tasks

GLCC cylindrical cyclone separator, American technology, Chinese design and manufacturing

Reply to 6# wu5584774: Yes. Like cyclone separators, hydrocyclones also utilize the difference in particle specific gravity for centrifugal separation. Cyclone separators are divided into traditional single-cylinder, large-diameter cyclones and multi-factor, small-tube cyclones; the latter have a much higher separation efficiency and precision than the former, and are primarily used for solid-gas separation as well as gas-liquid separation in applications with lower requirements. Solid and liquid particles exit through the opening at the bottom of the cyclone tube, separating from the main airflow. Hydrocyclones are also divided into traditional single-tube, large-diameter hydrocyclones and multi-factor, small-tube hydrocyclones; the latter have a much higher separation efficiency and precision than the former, and are primarily used for high-demand gas-liquid separation tasks. Structurally, it is essentially a cylindrical cyclone separator with continuous defects in its wall; the liquid flow separates from the main flow through these continuous defects on the wall. Droplets leave the main flow before completing any 360° spiral path, resulting in high efficiency; however, its cost is higher than that of similar cyclone separators. Our company also uses a precision design model platform for design; the internal components are provided by our subsidiaries at home and abroad, while the housing is manufactured in China according to the design, and the internal component modules are integrated to form the final product for delivery. Our company’s foreign engineers are stationed on a 24/7 basis at designated shell manufacturers in China to oversee the production process. By utilizing world-class technology through assembly by well-known domestic shell manufacturers, we provide integrated equipment that represents the highest international standards while offering competitive prices, thereby helping domestic enterprises improve the level of gas-liquid separation in their operations. In addition to the hydrocyclone, the 4-panel vane-type gas-liquid separator also achieves the same level of separation efficiency and precision as hydrocyclones, yet it has a lower cost. Its design is based on precise foreign modeling platforms, while the casing is manufactured by domestic manufacturers with foreign company personnel on site to oversee the assembly process around the clock. Those with design needs in this area may wish to examine JORD Company’s technical capabilities and project management skills.

Manager Luo has been posting quite frequently lately. The cyclone/filtration element combination filtering design developed by JORD in collaboration with PEERLESS/BM has proven successful in foreign countries. We have also recently undertaken several large-scale projects for the design and manufacture of methanol vapor-liquid separation and impurity filtration units for the West-East Gas Pipeline project (of course, in cooperation with JORD). In general, the function of a cyclone is to carry out solid filtration; as mentioned earlier, it creates a specific airflow pattern to generate local swirls, thereby utilizing the high density of solids to remove them. As Manager Luo mentioned, the liquid accumulation design in the filter element section also serves to perform vapor-liquid separation. It seems that JORD is indeed not ordinary, having talents like Manager Luo.