Photocatalytic Batch Continuous Reactor

The photothermal catalytic liquid fuel evaluation system is primarily used in continuous-phase photocatalysis, gas–solid photocatalysis, and gas–liquid reaction photocatalysis, achieving excellent results in fields such as pollutant degradation, catalytic synthesis, sulfidation reactions, and thermal catalysis. It is particularly well suited for applications including photocatalytic CO₂ reduction, photoelectrochemical activity evaluation, VOC degradation analysis (including total non-methane hydrocarbon degradation analysis), benzene-series compound degradation analysis, national standard acetaldehyde degradation analysis, formaldehyde photocatalysis, automotive exhaust NOₓ degradation analysis, and photocatalytic nitrogen fixation. YanZheng Instruments can customize complete reaction systems according to customers’ specific process requirements.

Classification:

Photocatalytic reactor

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Telephone:

400-920-1718

Product Description

The photothermal catalysis liquid fuel evaluation system is primarily used in continuous-phase photocatalysis, gas–solid photocatalysis, and gas–liquid reaction photocatalysis, achieving excellent applications in areas such as pollutant degradation, catalytic synthesis, sulfidation reactions, and thermal catalysis. It is particularly well suited for applications including photocatalytic CO2 reduction, photoelectrochemical activity evaluation, VOC degradation analysis (including total non-methane hydrocarbon degradation analysis), benzene-series compound degradation analysis, national standard acetaldehyde degradation analysis, formaldehyde photocatalysis, automotive exhaust nitrogen oxide degradation analysis, and photocatalytic nitrogen fixation reactions. Yan Zheng Instruments can customize complete reaction systems according to customers’ process requirements.

System Features

1. The design of the photothermal catalytic liquid fuel evaluation system adopts an internationally standardized PID process flow design. All major components of the unit are sourced from well-known domestic and international brands, including gas pressure reducing valves and backpressure valves from TESCOM in the United States, pressure gauges from Yaskawa in the United States and Omega pressure sensors, mass flow meters from Bronkhorst, and high‑temperature resistant valves from Swagelok for key piping and valve fittings.

2. Visual high-temperature reactor, capable of withstanding temperatures up to 500°C and pressures up to 6 MPa; equipped with an imported sapphire window at the top, an internal gas inlet pipe extending to the bottom of the reactor, and a gas distributor. The reactor is fitted with a quartz crucible whose dimensions are precisely matched to the inner wall of the reactor, ensuring uniform heat transfer with no temperature gradients.

3. The system is equipped with four gas inlets (argon, hydrogen, carbon monoxide, and carbon dioxide), featuring an integrated coil-and-mixing-tank design that increases both the heat transfer area and the mixing efficiency.

4. The control instruments employ a combination of SIEMENS brand instruments from Germany and computer-based control. A multi-level, interlinked protection system is also in place to ensure the safety of both the equipment within the plant’s systems and the operating personnel.

5. The control unit is integrated into the computer control software. All parameter controls within the system—such as pressure, temperature, and flow rate—are managed by the computer software.

6. The thermocouples used for temperature measurement are Omega brand thermocouples, with three external temperature measurement points on the reactor and one internal temperature measurement point. The reactor’s temperature range is 30–500°C, with an accuracy of ±0.5°C.

Details

Technical parameters

Product Description
Technical parameters
Product Details Chart

Details

The photothermal catalysis liquid fuel evaluation system is primarily used in continuous-phase photocatalysis, gas–solid photocatalysis, and gas–liquid reaction photocatalysis, achieving excellent applications in areas such as pollutant degradation, catalytic synthesis, sulfidation reactions, and thermal catalysis. It is particularly well suited for applications including photocatalytic CO2 reduction, photoelectrochemical activity evaluation, VOC degradation analysis (including total non-methane hydrocarbon degradation analysis), benzene-series compound degradation analysis, national standard acetaldehyde degradation analysis, formaldehyde photocatalysis, automotive exhaust nitrogen oxide degradation analysis, and photocatalytic nitrogen fixation reactions. Yan Zheng Instruments can customize complete reaction systems according to customers’ process requirements.

System Features

1. The design of the photothermal catalytic liquid fuel evaluation system adopts an internationally standardized PID process flow design. All major components of the unit are sourced from well-known domestic and international brands, including gas pressure reducing valves and backpressure valves from TESCOM in the United States, pressure gauges from Yaskawa in the United States and Omega pressure sensors, mass flow meters from Bronkhorst, and high‑temperature resistant valves from Swagelok for key piping and valve fittings.

2. Visual high-temperature reactor, capable of withstanding temperatures up to 500°C and pressures up to 6 MPa; equipped with an imported sapphire window at the top, an internal gas inlet pipe extending to the bottom of the reactor, and a gas distributor. The reactor is fitted with a quartz crucible whose dimensions are precisely matched to the inner wall of the reactor, ensuring uniform heat transfer with no temperature gradients.

3. The system is equipped with four gas inlets (argon, hydrogen, carbon monoxide, and carbon dioxide), featuring an integrated coil-and-mixing-tank design that increases both the heat transfer area and the mixing efficiency.

4. The control instruments employ a combination of SIEMENS brand instruments from Germany and computer-based control. A multi-level, interlinked protection system is also in place to ensure the safety of both the equipment within the plant’s systems and the operating personnel.

5. The control unit is integrated into the computer control software. All parameter controls within the system—such as pressure, temperature, and flow rate—are managed by the computer software.

6. The thermocouples used for temperature measurement are Omega brand thermocouples, with three external temperature measurement points on the reactor and one internal temperature measurement point. The reactor’s temperature range is 30–500°C, with an accuracy of ±0.5°C.

Product Description
Technical parameters
Product Details Chart

The photothermal catalysis liquid fuel evaluation system is primarily used in continuous-phase photocatalysis, gas–solid photocatalysis, and gas–liquid reaction photocatalysis, achieving excellent applications in areas such as pollutant degradation, catalytic synthesis, sulfidation reactions, and thermal catalysis. It is particularly well suited for applications including photocatalytic CO2 reduction, photoelectrochemical activity evaluation, VOC degradation analysis (including total non-methane hydrocarbon degradation analysis), benzene-series compound degradation analysis, national standard acetaldehyde degradation analysis, formaldehyde photocatalysis, automotive exhaust nitrogen oxide degradation analysis, and photocatalytic nitrogen fixation reactions. Yan Zheng Instruments can customize complete reaction systems according to customers’ process requirements.

System Features

1. The design of the photothermal catalytic liquid fuel evaluation system adopts an internationally standardized PID process flow design. All major components of the unit are sourced from well-known domestic and international brands, including gas pressure reducing valves and backpressure valves from TESCOM in the United States, pressure gauges from Yaskawa in the United States and Omega pressure sensors, mass flow meters from Bronkhorst, and high‑temperature resistant valves from Swagelok for key piping and valve fittings.

2. Visual high-temperature reactor, capable of withstanding temperatures up to 500°C and pressures up to 6 MPa; equipped with an imported sapphire window at the top, an internal gas inlet pipe extending to the bottom of the reactor, and a gas distributor. The reactor is fitted with a quartz crucible whose dimensions are precisely matched to the inner wall of the reactor, ensuring uniform heat transfer with no temperature gradients.

3. The system is equipped with four gas inlets (argon, hydrogen, carbon monoxide, and carbon dioxide), featuring an integrated coil-and-mixing-tank design that increases both the heat transfer area and the mixing efficiency.

4. The control instruments employ a combination of SIEMENS brand instruments from Germany and computer-based control. A multi-level, interlinked protection system is also in place to ensure the safety of both the equipment within the plant’s systems and the operating personnel.

5. The control unit is integrated into the computer control software. All parameter controls within the system—such as pressure, temperature, and flow rate—are managed by the computer software.

6. The thermocouples used for temperature measurement are Omega brand thermocouples, with three external temperature measurement points on the reactor and one internal temperature measurement point. The reactor’s temperature range is 30–500°C, with an accuracy of ±0.5°C.
技术参数
技术参数