CE 220 Fluidised Bed Formation Teaching Equipment Hydrodynamics Laboratory equipment
1. Equipment Introduction
1.1 Overview
This equipment is a comprehensive experimental device, mainly used to demonstrate and study the behavior of liquids and gases in fluidized beds. It includes multiple functional modules, such as liquid fluidized bed display module, gas fluidized bed display module, water flow measurement and regulation module, and air flow and regulation module. These modules work together to simulate the fluidized bed system in the industrial process and provide an in-depth understanding of fluid dynamics.
1.2 Features
Versatility: The equipment can demonstrate a variety of physical phenomena of liquids and gases in fluidized beds, covering a wide range of experimental needs. Strong interactivity: It is equipped with observation windows and measurement points, which is convenient for students or researchers to directly observe fluid behavior and perform data analysis. Precise control: Through the measurement and regulation modules of water flow and air flow, precise control of flow rate and flow velocity is achieved to ensure the accuracy of the experiment. High safety: Equipped with overflow and drain to prevent excessive overflow of water and ensure the safety of the experimental process. Easy to operate: The design is user-friendly, easy-to-operate control panel and regulating valve, so that even beginners can quickly master the use of the equipment. Scalability: The design of the equipment allows modules to be easily added or replaced to meet different teaching or research needs. Efficient filtration: The built-in filter ensures the cleanliness of the gas entering the fluidized bed and maintains a pure environment for the experiment. Stable water supply: The water tank module provides a stable water source to ensure the continuity of water supply for long-term experiments. Environmental protection and energy saving: The equipment optimizes energy use and reduces energy consumption during operation, meeting environmental protection standards. Educational tool: It is not only a research tool, but also an important experimental equipment in educational practice, helping students better understand the relevant scientific principles. Through these features, the device becomes an efficient and versatile tool suitable for teaching and scientific research in higher education institutions and research institutions.
2. Technical parameters
Input power: single-phase three-wire AC220V Weight: about 80Kg Working conditions: Ambient temperature: -10℃～+40℃ Relative humidity: <85% (25℃) Size: about 750x610x1010mm
4. Experiment list
Experiment 1 Experiment on the formation of a gas fixed bed into a fluidized bed Experiment 2 Experiment on the formation of a liquid fixed bed into a fluidized bed Experiment 3 Comparison of pressure loss between a gas fixed bed and a gas fluidized bed Experiment 4 Comparison of pressure loss between a liquid fixed bed and a liquid fluidized bed Experiment 5 Experiment on the flow rate and pressure loss of a gas fluidized bed Experiment 6 Experiment on the flow rate and pressure loss of a liquid fluidized bed Experiment 7 Changes in pressure loss of a gas fluidized bed
