Catalyst Rapid Screening and Reaction Conditions Optimization

The MCP-WS1000 Photocatalysis Workstation is essentially a mechanically automated tool based on physical hardware designed to acquire data. It upholds the design philosophy of "letting machines handle tasks they excel at." Its purpose is to provide researchers with a vast and reliable dataset, enabling convenient and efficient catalyst screening and reaction condition optimization.

The MCP-WS1000 Photocatalysis Workstation incorporates several powerful modules, including:

Sample Pretreatment Module - PLA-MAC1005 Multi-Atmosphere Controller

Reaction Module - PCX50C Discover Multi-Channel Photocatalytic Reaction System

Automatic Sample Introduction Module - PLA-GPA1000 Autosampler

Detection Module - Gas Chromatograph or other detection equipment

The complete system allows for fully automated catalyst performance testing after sample loading and supports simultaneous operation in 9 reaction positions. The irradiation lamp disk can be programmed for switching times as required. Equipped with optically grade quartz-bottom reaction bottles, it ensures consistency between the light flux of 9 parallel experiments and the detection environment. Furthermore, the MCP-WS1000 Photocatalysis Workstation, through its pretreatment module, can set the atmosphere and pressure within the reaction bottle, and the reaction module supports temperature control through water baths. This richly caters to the testing requirements of various parameters during the optimization of catalyst reaction conditions.

Advantages of the Solution:

1.Simultaneous Operation of 9 Reactions: Enables 9 reactions to be conducted simultaneously, resulting in a 9-fold increase in testing efficiency within the same time frame.

2.Independent Control of Reaction Conditions: Temperature, pressure, atmospheric environment, and light power can be individually controlled, allowing for precise adjustments.

3.Multidimensional Parameter Combination: Allows flexible combinations of multidimensional parameters for catalyst performance screening and reaction condition optimization.

4.Automated Sampling: Reduces interference from human factors on parallel experiments to a certain extent.

5.Comprehensive Solution: Offers an all-in-one solution that swiftly generates a substantial volume of experimental data, providing reliable data support for future research directions.