Carbon Dioxide Methane Steam Reforming Reaction – Micro Fixed Bed

Carbon Dioxide Methane Steam Reforming Reactor, Methane Steam Reforming Unit, High-Pressure Hydrogenation Fixed-Bed Catalyst Evaluation Unit, Methane Steam Reforming to Synthesis Gas Reactor, Fixed-Bed Catalyst Evaluation Microreactor. The high-pressure hydrogenation fixed-bed catalyst evaluation unit features a 310S reaction tube material, a design temperature of 1000°C, and a design pressure of 25 MPa. The bed is equipped with thermocouples for temperature measurement and includes temperature interlock protection. The product stream is designed with a fresh sample collection module and an automatic liquid discharge module; during automatic liquid discharge, pressure compensation is automatically implemented to prevent fluctuations in the reaction system pressure.

Classification:

Fixed-Bed Reactor

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Telephone:

400-920-1718

Product Description

Product Features
Miniature: The main unit measures 36x48 cm or 43x48 cm (high‑temperature version);
Scalability: The base unit is equipped with three mass flow controllers for air intake, and multiple air intake modules can be added via Wi‑Fi.
Accuracy: Pressure ±0.25% F.S.; Flow ±1% F.S.; Temperature control in the constant‑temperature zone ±1℃, with a temperature control accuracy of ±0.1℃.
Applicability: Suitable for gas–liquid–solid multiphase reactions; can be integrated with a variety of analytical instruments (GC, MS, IR, etc.), enabling online/offline sampling and offering excellent chemical compatibility.
Safety: Integrated high‑sensitivity gas alarm sensors; overpressure and overtemperature alarms with interlock protection; misoperation protection; handling of power and gas outages; 24‑hour unattended operation; highly stable electrical control.
Scalability: Multiple reactors can be custom‑configured to operate in coordinated experiments based on customer needs, significantly accelerating research and experimentation.
Convenience: Computer control, data recording, data processing, and remote control functions.
Correction: Correction of the mass flow gas conversion factor, bed temperature difference correction
System Security: The YanZheng reactor system is equipped with comprehensive safety features, including overpressure protection, overtemperature protection, and misoperation protection. Multi‑layered, multi‑faceted, interconnected safety measures can be implemented through system hardware, PLCs, and PCs, fully reflecting a design philosophy that prioritizes the safety of researchers and laboratory personnel—both in terms of personal safety and property protection.

Application Cases: Catalytic Cracking, Hydrofining, Hydrocracking, Hydrogenation of Lubricating Oils and Catalytic Reforming, Acetic Acid Synthesis, Ethylbenzene Dehydrogenation, Propylene–Ammonia Catalytic Oxidation, Toluene Disproportionation, Catalytic Cracking of C4 Olefins, Polyethylene, Polypropylene, Synthetic Rubber, Carbon Fiber, Fischer–Tropsch Synthesis, Dimethyl Ether/Methanol to Olefins, Catalyst Evaluation Tests for Methanol Synthesis, Ammonia Synthesis, VOC Treatment, Flue Gas Desulfurization, Catalyst Evaluation for Sulfur Recovery, Amine-Based Desulfurization, and Other Test Facilities.

Details

Technical parameters

Product Description
Technical parameters
Product Details Chart

Details

Product Features
Miniature: The main unit measures 36x48 cm or 43x48 cm (high‑temperature version);
Scalability: The base unit is equipped with three mass flow controllers for air intake, and multiple air intake modules can be added via Wi‑Fi.
Accuracy: Pressure ±0.25% F.S.; Flow ±1% F.S.; Temperature control in the constant‑temperature zone ±1℃, with a temperature control accuracy of ±0.1℃.
Applicability: Suitable for gas–liquid–solid multiphase reactions; can be integrated with a variety of analytical instruments (GC, MS, IR, etc.), enabling online/offline sampling and offering excellent chemical compatibility.
Safety: Integrated high‑sensitivity gas alarm sensors; overpressure and overtemperature alarms with interlock protection; misoperation protection; handling of power and gas outages; 24‑hour unattended operation; highly stable electrical control.
Scalability: Multiple reactors can be custom‑configured to operate in coordinated experiments based on customer needs, significantly accelerating research and experimentation.
Convenience: Computer control, data recording, data processing, and remote control functions.
Correction: Correction of the mass flow gas conversion factor, bed temperature difference correction
System Security: The YanZheng reactor system is equipped with comprehensive safety features, including overpressure protection, overtemperature protection, and misoperation protection. Multi‑layered, multi‑faceted, interconnected safety measures can be implemented through system hardware, PLCs, and PCs, fully reflecting a design philosophy that prioritizes the safety of researchers and laboratory personnel—both in terms of personal safety and property protection.

Application Cases: Catalytic Cracking, Hydrofining, Hydrocracking, Hydrogenation of Lubricating Oils and Catalytic Reforming, Acetic Acid Synthesis, Ethylbenzene Dehydrogenation, Propylene–Ammonia Catalytic Oxidation, Toluene Disproportionation, Catalytic Cracking of C4 Olefins, Polyethylene, Polypropylene, Synthetic Rubber, Carbon Fiber, Fischer–Tropsch Synthesis, Dimethyl Ether/Methanol to Olefins, Catalyst Evaluation Tests for Methanol Synthesis, Ammonia Synthesis, VOC Treatment, Flue Gas Desulfurization, Catalyst Evaluation for Sulfur Recovery, Amine-Based Desulfurization, and Other Test Facilities.

Product Description
Technical parameters
Product Details Chart

Product Features
Miniature: The main unit measures 36x48 cm or 43x48 cm (high‑temperature version);
Scalability: The base unit is equipped with three mass flow controllers for air intake, and multiple air intake modules can be added via Wi‑Fi.
Accuracy: Pressure ±0.25% F.S.; Flow ±1% F.S.; Temperature control in the constant‑temperature zone ±1℃, with a temperature control accuracy of ±0.1℃.
Applicability: Suitable for gas–liquid–solid multiphase reactions; can be integrated with a variety of analytical instruments (GC, MS, IR, etc.), enabling online/offline sampling and offering excellent chemical compatibility.
Safety: Integrated high‑sensitivity gas alarm sensors; overpressure and overtemperature alarms with interlock protection; misoperation protection; handling of power and gas outages; 24‑hour unattended operation; highly stable electrical control.
Scalability: Multiple reactors can be custom‑configured to operate in coordinated experiments based on customer needs, significantly accelerating research and experimentation.
Convenience: Computer control, data recording, data processing, and remote control functions.
Correction: Correction of the mass flow gas conversion factor, bed temperature difference correction
System Security: The YanZheng reactor system is equipped with comprehensive safety features, including overpressure protection, overtemperature protection, and misoperation protection. Multi‑layered, multi‑faceted, interconnected safety measures can be implemented through system hardware, PLCs, and PCs, fully reflecting a design philosophy that prioritizes the safety of researchers and laboratory personnel—both in terms of personal safety and property protection.

Application Cases: Catalytic Cracking, Hydrofining, Hydrocracking, Hydrogenation of Lubricating Oils and Catalytic Reforming, Acetic Acid Synthesis, Ethylbenzene Dehydrogenation, Propylene–Ammonia Catalytic Oxidation, Toluene Disproportionation, Catalytic Cracking of C4 Olefins, Polyethylene, Polypropylene, Synthetic Rubber, Carbon Fiber, Fischer–Tropsch Synthesis, Dimethyl Ether/Methanol to Olefins, Catalyst Evaluation Tests for Methanol Synthesis, Ammonia Synthesis, VOC Treatment, Flue Gas Desulfurization, Catalyst Evaluation for Sulfur Recovery, Amine-Based Desulfurization, and Other Test Facilities.
技术参数
技术参数