Multi channel hydrogenation continuous reaction evaluation system

Multi channel hydrogenation continuous reaction evaluation systemIt is an automated reactor system designed for high temperature and high pressure or high temperature and atmospheric pressure environments, mainly used for loading solid catalysts or solid reactants to achieve continuous testing and evaluation of multiphase reaction processes. The system has the following characteristics:

1. Multi channel parallelThe system can support the operation of multiple reaction channels simultaneously, improving experimental efficiency and facilitating the comparison of experimental results under different conditions.

2. environmental adaptabilityThe system is capable of stable operation under high temperature, high pressure, or high temperature and atmospheric pressure conditions, meeting the needs of various chemical reactions.

3. Catalyst/reactant compatibilityThe system is suitable for loading solid catalysts or solid reactants and for studying multiphase reactions.

4. precise controlThe system adopts advanced control technology, which can accurately regulate parameters such as reaction temperature, pressure, and flow rate to ensure the accuracy of experimental results.

5. Continuous testing capabilityThe system can continuously test and evaluate the reaction process, providing important basis for catalyst performance evaluation, reaction condition optimization, etc.

6. security guaranteeThe system has * safety mechanisms, such as over temperature, over pressure alarm and shutdown functions, to ensure the safety of the experimental process.

7. Data recording and analysis functionThe system can record real-time data during the reaction process and provide data analysis tools to facilitate users' subsequent data processing.

In summary, the multi-channel hydrogenation continuous reaction evaluation system is an efficient and reliable automated reactor system, suitable for studying and testing multiphase reaction processes under high temperature, high pressure, or high temperature and atmospheric pressure.

High performance performance：

• Integrated high-precision sensors and professional self-control systems to ensure safe operation and low backmixing.

• The system is capable of handling reactions accompanied by cascade side reactions, improving reaction efficiency and product purity.

• Has good experimental reproducibility while reducing catalyst loss.

Quality Assurance：

• The reactor, condenser, and separator have undergone special process treatment and optimized design to adapt to different catalysts and process requirements.

• Using imported components to ensure stable performance, safety, and reliability of the equipment.

• The frame and operation panel are made of high-strength stainless steel material, with a sturdy and durable structure.

Intelligent management：

• By using programmable controllers and computers to achieve automated operations, the system can collect and display various parameters during the reaction process in real time.

• Equipped with a LCD touch screen interface, users can customize the temperature and flow rate, and the reaction pressure can be adjusted manually or automatically.

Convenient operation and maintenance：

• The equipment adopts a modular design, simplifying the operation and maintenance process, and facilitating future upgrades.

• The overall design adopts a pry type, which is easy to handle and install.

• The equipment has strong adaptability and can be used in standard indoor laboratory environments.

Diversified accessory selection：

• Users can choose accessories such as oil heat exchange or molten salt heat exchange reactors, data acquisition and temperature control software according to their actual needs.

• It can also be equipped with online sampling six way valves, various liquid feeding pumps, and gas chromatographs to meet different experimental needs.