Focusing on high precision and operational flexibility, this unit adopts a 316L stainless steel reactor with excellent corrosion resistance, adapting to most acidic, alkaline, and organic reaction environments. Its PLC touch-screen control system allows real-time adjustment of temperature, pressure, and flow rates, with automatic data logging and export functions to eliminate manual recording errors. The over-temperature and over-pressure protection systems ensure safe operation even during long-duration testing. Compared to traditional fixed bed devices, it supports online sampling and real-time component analysis docking, solving the pain point of delayed data acquisition in traditional catalyst evaluation processes.
Reactor size: Φ50mm × 300mm (customizable); Overall dimensions: 1200mm × 600mm × 1600mm; Net weight: 280 kg; Power supply: 220V AC 50/60Hz; Heating method: Electric heating furnace with uniform temperature distribution (±2°C); Cooling method: Air cooling + water cooling optional; Gas supply interface: 1/4" Swagelok; Liquid supply interface: 1/8" Swagelok; Data output format: CSV, PDF; Compatible with most online gas chromatographs for real-time product analysis.
Suitable for laboratory-scale testing of oxidation, hydrogenation, reforming, and other catalytic reactions in fields such as petroleum refining, environmental protection (exhaust gas treatment), new energy (hydrogen production by methanol reforming), and fine chemical synthesis. Typical use cases include evaluating the activity of automotive exhaust purification catalysts, screening high-performance hydrogen production catalysts, and optimizing reaction conditions for biomass catalytic conversion.
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