PLR MFPR-I Multifunctional Photochemical Reactor Introduction
The PLR MFPR-I multifunctional photochemical reactor is a "medium-pressure" photocatalytic device, which can realize photo-optical catalytic reaction and online sample collection under certain temperature, pressure and electrical conditions. (Medium phase state: gas-liquid-solid multiphase reaction, gas-solid, liquid-solid, gas-liquid-solid)
MFPR-I's three light windows (one light window and two light windows) design can meet the requirements of photocatalysis and photocatalysis. A certain temperature and pressure resistance design can meet the requirements of external electric and thermal fields. The gas-solid phase platform can be added to meet the requirements of gas-solid experiments.
Application fields ▲ Especially applicable ● More applicable ○ Can be used
● Photocatalytic decomposition of water to produce hydrogen / oxygen ● Photocatalytic total decomposition of water ● Photocatalytic CO2 reduction ● Photosynthesis
● Photocatalytic quantum efficiency measurement ● PEC photoelectrochemistry
● Photodegradable gas pollutants (such as VOCs, formaldehyde, nitrogen oxides, sulfur oxides, etc.)
● Photodegradation of liquid pollutants (such as dyes, benzene and benzene series)
Feature
● The test parameters are high, and the photoelectric experiment with a certain temperature and pressure requirement is no longer a problem;
● Strong device compatibility, unique glass lining mode, inert system is compatible with most photochemical reactions;
● Automatic sampling of negative pressure, abandon tedious operations, improve efficiency and reduce errors;
● Rich and diverse functions, can be top-illuminated or side-illuminated, and can be used for photochemical experiments and photoelectrochemical tests.
Technical Parameters
1.Design working temperature: room temperature -180 ℃; temperature control accuracy: ± 0.5 ℃;
2. Design working pressure: 50kPa-0.9Mpa;
3. Material of reaction kettle: stainless steel + pressure glass lining;
5. Reactor container: pressure-resistant glass lining;
6. Effective volume: 100ml (the inner volume of the kettle is 120ml);
7. Temperature control and heating method:
Two heating: heating furnace heating, sampling valve group heating;
Three temperature control: heating furnace temperature control upper limit, sampling valve group temperature control upper limit, reaction kettle temperature setting control;
8. Kettle cover type: top-illuminated kettle cover (standard), side-illuminated kettle cover, multifunctional kettle cover;
9. Light window diameter:
Top light window: Φ27.5mm, material: sapphire glass;
Illumination window: double light window, Φ20mm (clear aperture);
10. Sampling method: negative pressure automatic sampling;
11. Sampling pressure range: 80KPa ~ 0.9MPa (absolute pressure);
12. Minimum sampling period: 3min;
13. Gas sample sampling volume: 100μl; sampling gas consumption is about 0.5mL;
14. With magnetic stirring function, stirring speed: 200 ~ 2000rpm, stirring accuracy: ± 1rpm;
15. Chromatographic triggering: automatic triggering of chromatographic injection;
16. With automatic pressure relief protection;
17. With outer protective box;
18. Automatic injection of gas phase products, offline detection of liquid phase samples;
19. Sampling control mode: internal timing mode (equipment triggering chromatography), external triggering mode (chromatographic triggering equipment).
The PLR MFPR-I multifunctional photochemical reactor is a "medium-pressure" photocatalytic device, which can realize photo-optical catalytic reaction and online sample collection under certain temperature, pressure and electrical conditions. (Medium phase state: gas-liquid-solid multi-phase reaction, gas-solid, liquid-solid, gas-liquid-solid) PLR MFPR-I multi-functional photochemical reactor with three light windows (one light window, two light windows) Catalytic and photocatalytic requirements. A certain temperature and pressure resistance design can meet the requirements of external electric and thermal fields. The gas-solid phase platform can be added to meet the requirements of gas-solid experiments.
