Description
Technical Description:
The QRFT model allows users to experiment with a variety of liquid-liquid reaction processes under controlled conditions. The reactor’s setup includes temperature control, data acquisition, and analysis functionalities, enabling accurate, repeatable measurements critical for kinetic studies. The design of the QRFT ensures optimal mixing and temperature distribution, which is crucial for homogeneous reactions. The unit is equipped with a digital interface for real-time monitoring and control, enhancing usability and experimental accuracy.
Technical Specifications (Tabular Format):
| Feature | Description |
|---|---|
| Model | QRFT |
| Purpose | Study of liquid-liquid homogeneous reactions |
| Applications | Determining kinetic equations, kinetic constant calculations, temperature variation analysis |
| Reactor Type | Tubular Flow Reactor |
| Control System | Digital interface for real-time monitoring and control |
| Temperature Control | Adjustable to accommodate temperature-dependent kinetic studies |
| Data Acquisition | Real-time data acquisition system to track conversion rates and other reaction parameters |
| Comparison Capability | Enables comparison of theoretical and experimental conversion values |
| Optimal Mixing | Designed for homogeneous reactions with consistent temperature distribution |
| Power Supply | Standard electrical requirement (specify voltage and phase if available) |
| Dimensions | Compact bench-top or floor model (confirm specific dimensions if required) |
| Recommended Use | Educational institutions, research facilities, chemical engineering studies |
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