Three gas one liquid film reaction device

Three gas one liquid film reaction device

This product is designed for catalytic reaction researchThree gas one liquid film reaction deviceThe system is capable of accurately proportioning and transporting three gases and one liquid reactant. After mixing and preheating, it enters its core membrane reactor (which can also be switched to a conventional fixed bed reactor) for efficient reaction at a set temperature and pressure. The product after the reaction is cooled and automatically separated into gas and liquid, and finally collected and analyzed to form a complete process flow path.

The entire device has a compact structure and a small dead volume, ensuring highly accurate feeding control and material transfer during the experimental process. The core reactor is designed with a temperature of 300 ℃, a design pressure of 5MPa, a gas flow control range of 0-100ml/min, and a liquid feeding accuracy of 0.001-5ml/min, meeting the experimental requirements under various harsh working conditions.

Safety is the primary principle of design. The system monitors temperature and pressure in real-time and has a two-level safety interlock. Once it exceeds the limit, it immediately triggers an audible and visual alarm and automatically stops heating, providing solid support for experimental personnel and equipment.

The device adopts a modular design concept, with flexible layout and support for functional expansion or non-standard customization according to future research directions.

The control system not only supports local touch screen operation, but also integrates remote control function. Users can remotely monitor the experimental process and data through a computer, achieving intelligent and convenient experimental management.

Product Features

1. Membrane and fixed bed dual-mode: Integrated membrane and conventional fixed bed dual reactors, freely switchable, suitable for diverse catalytic research.

2. Accurate gas-liquid feeding and control: Three gas and one liquid channels with high-precision ratio, accurate flow control, small dead volume, and good repeatability.

3. Improve safety interlock protection: real-time monitoring of temperature and pressure, two-level alarm linkage, automatic protection for exceeding limits, and safe and reliable experiments.

4. Modular and flexible layout: Adopting a modular structure, supporting non-standard customization and later functional expansion to meet different experimental needs.

5. Local and remote dual control: supports touch screen local operation and computer remote monitoring, real-time data viewing, convenient and intelligent operation.

Technical Specifications

Industry classification and application directions: Innovative fields such as membrane catalysis, process intensification, and complex gas-liquid reactions