澳门尼威斯网站8311-Oushisheng (Beijing) Technology Co., Ltd.

H-Flow-S05 Hydrogenation Reactor

H-Flow is a fully automatic hydrogenation reactor based on the continuous flow technology. The instrument is derived from the microreactor technology from Tsinghua University, which realizes the rapid mixing of high-purity hydrogen and reactants to realize a continuous hydrogenation in a micro-packed bed filled with the catalyst. Integrated with the fully automatic control strategy, in-line analysis module, and automatic sample collection function, H-flow can realize a safer, greener and more efficient process for the hydrogenation reaction.

H-flow is suitable for the rapid process optimization and catalyst screening. For some kilogram-scale production requirements, a high-throughput model can also be provided for the continuous hydrogenation in fume hoods.

性能特点
技术指标
产品备注

· Directly connected to high-pressure hydrogen cylinders, or optional high-pressure high-purity hydrogen generator

· Fully automatic control of hydrogenation process to avoid batch-to-batch variation

· Process intensification of hydrogenation and greatly decreased reaction time to several minutes

· Small reactor and intrinsic safety characteristics

· Fast sampling with sample collection port

· Active and passive safety protection solutions to make the process more reliable and safer

· Highest reaction temperature up to 200℃ and highest working pressure up to 10 MPa, suitable for most hydrogenation applications

· Improve the efficiency of process optimization and catalyst screening

· High-throughput equipment model to realize the kilogram-scale production

· Small size which can be placed in a fume hood

· Can be integrated with online UV-visible and near-infrared spectrometer for online monitoring and analysis

Model	H-Flow-S05	H-Flow-S30
Reactor catalyst loading Catalyst particle size	3~7ml	150ml
	0.2~2mm
Pressure	<10MPa
Temperature Preheater temperature	RT ~200℃
	RT ~200℃
Liquid feed flow	0.1~5 ml/min	5~30 ml/min
Flow accuracy	±1%FS
Liquid heat tracing temperature Hydrogen flow	RT ~200℃
	5~100sccm	100~1000sccm
Nitrogen flow	5~100sccm	100~1000sccm

澳门威尼24848网址-澳门尼威斯网站8311

澳门威尼24848网址|澳门尼威斯网站8311