The core advantage of this device lies in its microreactor structure, which can realize efficient mass and heat transfer, shortening the reaction time and improving the efficiency of catalytic evaluation. The high-precision liquid and gas feeding control system can realize the accurate configuration of reaction atmosphere and进料 ratio, ensuring the repeatability of experimental data. The Hastelloy C-276 reactor material has excellent corrosion resistance, suitable for various strong corrosive high-pressure catalytic reaction scenarios. It supports online connection with GC/LC detection equipment, realizing real-time detection of reaction products, avoiding the error caused by off-line sampling.
Overall dimensions: 1000mm(W) × 800mm(D) × 1500mm(H); Net weight: 650kg; Maximum pressure tolerance: 50bar; Temperature control range: Ambient to 900°C with ±1°C accuracy; Liquid feeding flow range: 0.01mL/min-50mL/min; Gas flow control range: 0.1mL/min-10L/min; Reactor volume: 5-500μL adjustable; Data collection frequency: 1Hz-5kHz; Equipped with USB and Ethernet interfaces for data export; Passed CE safety certification; Compatible with mainstream commercial GC/LC detection equipment on the market.
This high-pressure microreactor catalyst evaluation device is widely applicable to hydrogenation catalysis, polymerization catalysis, fine chemical synthesis catalysis and other high-pressure catalytic reaction scenarios. It is suitable for university chemical engineering laboratories, fine chemical enterprises' catalyst R&D, and pharmaceutical enterprises' chiral synthesis catalysis testing. It can help researchers efficiently screen high-performance high-pressure catalysts and optimize reaction parameters, accelerating the industrialization of high-pressure catalytic technology.
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