As photocatalytic research continues to advance, the demand for differentiation and personalization has become increasingly prominent. In response, the PLR MFPR-I multifunctional photocatalytic reactor has emerged, greatly expanding the range of experimental conditions. Factors such as light, electricity, heat, and pressure have become controllable and design-optimizable elements in experiments, catering to your multifaceted catalyst performance testing needs. It is suitable for the study of powder catalysis, membrane photocatalysis, and photoelectrochemistry. The system employs negative pressure automatic sampling for accurate measurement of gas products. The sampling valve assembly and reaction vessel are separately temperature-controlled to prevent high-temperature gases from condensing in the pipelines during the injection process, thereby avoiding inaccuracies in gas sample detection.
Advantages of the Solution:
1. Flexible combination of various light sources, including: xenon lamp source, high-power LED source, mercury lamp source
2. Flexible combination of various detection equipment, with gas chromatograph or gas chromatography-mass spectrometry for negative pressure automatic injection, and other detection equipment for offline liquid product detection
3. High testing parameters, suitable for photo-degradation of pollutants and organic photo-synthesis with specific temperature and pressure requirements
4. Strong device compatibility, using glass lining, compatible with the majority of photochemical reactions
5. Negative pressure automatic gas injection, for photo-degradation of pollutants and organic photo-synthesis reactions with gas generation, achieving automatic injection to reduce human error
6. Rich and diverse functions, can perform top and side illumination, capable of both photocatalytic and photoelectrochemical testing
