The gas-solid suspension is fed into the cyclone vertically downward through the cover with an angle of 30° to the main axis of the cone. The software consists of tables into wich the system. Pressure drop from 10 to 10 000 Pa To run the application, the user enters to enter 2 or 3 variables and the other parameters are then calculated. From shop design through installation, Oneida Air Systems is with you every step of the way.Ĭyclone diameter from 0.01 to 3 m c. Our patented Dust Deputy® cyclone separator removes over 99% of dust and debris from the incoming airstream, eliminating filter clogging and suction loss! Dust-Free Contractor Tools. The pri-mary advantages of cyclones are economy, simplicity in. They are the most frequently en-countered type of gas–solid separator in industry. Introduction Cyclones are mostly used for removing industrial dust from air or process gases. Keywords: Cyclone prediction Cyclone efficiency General software Gas-solid separators Cyclone design 1. Huge cyclone separators are widely used in various industries since decades but due to lack of research in micro scale cyclones no direct and sufficient data is available. The proposed design of micro scale cyclone separator is low cost as well as portable and easy to manufacture.
The final design is suggested considering the results obtained from two optimization methods. Based on the 18 analysis results, the relative importance of each variable to the collection efficiency is obtained through the ANOVA (analysis of variance). In this process, an L 18 orthogonal array is adopted as a DOE method, and kriging interpolation method is adopted to generate the metamodel for the collection efficiency. Thus, two approximation methods are introduced to obtain an optimum design. Since the CFD analysis requires a lot of calculation time, it is impossible to obtain the optimal solution by linking the gradient-based optimization algorithm. Thus, the collection efficiency is set up as the objective function in optimization process. This research defines six shape design variables to maximize the collection efficiency. The collection efficiency in this study is predicted by performing the CFD (Computational Fluid Dynamics) analysis. The most important performance of the cyclone separator is the collection efficiency. The separator of interest in this research is a cyclone type, which is used to separate a steam-brine mixture in a geothermal plant. A Separator is a device installed in industrial applications to separate mixed objects.
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