RMC-1 high pressure photocatalytic carbon dioxide reduction system
Introduction: The online photocatalytic reduction system adopts high-quality 316L stainless steel, a novel snap ring flange structure, a graphite sealing ring, precise flow control of the gas and liquid intake and sampling volume, and can adopt elution and extraction methods to create a relatively vacuum environment, and under dynamic conditions Keep the pressure for more than 24 hours to ensure the long-term safe operation of the experiment. It is suitable for photochemical high-pressure reactions, photocatalytic high-pressure reactions, photocatalytic carbon dioxide reduction, pollution gas degradation, photocatalytic gas-phase high-pressure synthesis, reduction degradation of nitrogen oxides, high-pressure photocatalytic degradation of formaldehyde and other fields. It can also be used for reaction visual research, Sampling analysis, observation of multiphase behavior, spray observation of supercritical particle preparation, study of thermodynamic properties, observation of long-term dissolution process, etc. Suitable for experiments: Photochemical high-pressure reaction, photocatalytic high-pressure reaction, photocatalytic carbon dioxide reduction, pollutant gas degradation, photocatalytic gas-phase high-pressure synthesis, reduction degradation of nitrogen oxides, high-pressure photocatalytic degradation of formaldehyde Technical Parameters: 1. Experimental solution: 30-150ml 2. Sealing method: Snap ring flange 3. Sealing ring material: graphite composite material 4. Reactor material: 316L stainless steel 5. Lining material: GGS2 quartz 6. Lighting components: Sapphire 7. Irradiation method: side view 8. Constant temperature method: Constant temperature bath (internal temperature detection) 9. Ideal pressure: 10Mpa 10. Connecting the chromatogram: 3mm ferrule straight through 11. Electrode configuration: platinum electrode clip, platinum electrode, saturated calomel electrode 12. Optoelectronic accessories: Yes 13. Elution function: Yes 14. Gas sampling: Yes 15. Liquid sampling: Yes 16. Vacuum pump: Yes 17. Into the sampling system
Introduction: The online photocatalytic reduction system adopts high-quality 316L stainless steel, a novel snap ring flange structure, a graphite sealing ring, precise flow control of the gas and liquid intake and sampling volume, and can adopt elution and extraction methods to create a relatively vacuum environment, and under dynamic conditions Keep the pressure for more than 24 hours to ensure the long-term safe operation of the experiment. It is suitable for photochemical high-pressure reactions, photocatalytic high-pressure reactions, photocatalytic carbon dioxide reduction, pollution gas degradation, photocatalytic gas-phase high-pressure synthesis, reduction degradation of nitrogen oxides, high-pressure photocatalytic degradation of formaldehyde and other fields. It can also be used for reaction visual research, Sampling analysis, observation of multiphase behavior, spray observation of supercritical particle preparation, study of thermodynamic properties, observation of long-term dissolution process, etc. Suitable for experiments: Photochemical high-pressure reaction, photocatalytic high-pressure reaction, photocatalytic carbon dioxide reduction, pollutant gas degradation, photocatalytic gas-phase high-pressure synthesis, reduction degradation of nitrogen oxides, high-pressure photocatalytic degradation of formaldehyde
