Computer Controlled Flow Reactor Backmixing Performance Measurement Device

Computer Controlled Flow Reactor Backmixing Performance Measurement Device

Computer Controlled Flow Reactor Backmixing Performance Measurement DeviceMain functions：

（1）Master the method of pulse tracing to determine the distribution of residence time

（2）Understand the relationship between residence time distribution and multi vessel series model

（3）Understand the model parametersNThe physical significance and calculation methods of

（4）Analyze the factors that affect the retention experiment

Computer Controlled Flow Reactor Backmixing Performance Measurement DeviceDevice Introduction：

Using a multi vessel series device and a tubular reactor device, water is used as the mobile phase, and a pulse method is used to inject a saturated potassium nitrate aqueous solution tracer. The residence time distribution in the reaction vessel is measured, and the addition of the tracer is controlled by a computer for data acquisition and calculation of model parameters, in order to analyze and understand the degree of backmixing and deepen the understanding of the residence time distribution.

Computer Controlled Flow Reactor Backmixing Performance Measurement DeviceMain technical indicators and configuration：

1Three organic glass kettles: Capacity of each kettle1LThree pots connected in series for continuous flow;

2Tube reactor:DN25mm, Long1mMaterial: Organic Glass

3、Computer controlled tracer addition, tracer1-6mL/Secondly;

4Conductivity meter:3One, bring it485Interface, measurement range:0-20ms/cm，

5Mixing motor:25WDigital speed regulator with automatic display of speed;

6Stainless steel sink: volume ≥40L；

7Liquid pump: Head ≥4Meter, flow rate ≥7L/min；

8Rotary flowmeter:6～60L/h，1One;

9Configure solenoid valves, three-way valves, ball valves, etc. according to the process;

10Computer controlled acquisition software and computer1Platform:CPU:I5; Memory:4G; Hard drive:1TMonitor:19.5Inch LCD

11Equipment electrical voltage220V.