Continuous flow reactor

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Continuous flow reactor

Continuous flow reactor

Continuous flow reactor

Products

It boasts numerous advantages, such as higher production efficiency, improved safety, and easier process scale-up, making it an important type of continuous flow reactor widely used in fields like chemistry, pharmaceuticals, and bioengineering.

Mobile Hydrogenation Reactor

Mobile Hydrogenation Reactor

The fixed-bed catalyst evaluation unit is primarily used for research on catalytic processes. The unit is equipped with a reactor made of 316L material, which features an oil-bath jacket. The unit comprises three main sections: the feed unit, the reaction unit, and the cooling & separation unit. All major instruments and piping valves in the unit are sourced from well‑known, high‑quality brands. Non‑standard components are fabricated from corrosion‑resistant materials. The unit employs a PLC control system and is outfitted with multi‑tiered, critical safety protection systems to ensure the safety of both equipment and operating personnel. The design objective is to establish a high‑quality, high‑performance test facility tailored for continuous reactions under high temperature and high pressure. The overall performance of the unit must feature a high degree of automation, excellent data accuracy and repeatability, as well as robust safety and reliable, long‑term stable operation.

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Flow electrochemical reactor

Flow electrochemical reactor

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4 CSTR Continuous Overflow Reactors

4 CSTR Continuous Overflow Reactors

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Coil Flow Reactor

Coil Flow Reactor

This tubular flow reactor is specially designed for continuous high-temperature, high-pressure flow reactions. Built around an HC276 corrosion‑resistant alloy and PTFE tubing, it integrates precise temperature and pressure control with a modular architecture, making it ideal for efficient synthesis and process development in fields such as chemical engineering and pharmaceuticals—while offering exceptional safety, flexibility, and ease of maintenance.

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50–400°C Coil Flow Synthesis System

50–400°C Coil Flow Synthesis System

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-45~200℃ Flow Coil Synthesizer

-45~200℃ Flow Coil Synthesizer

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-25–200℃ Plate Microchannel Flow Synthesizer

-25–200℃ Plate Microchannel Flow Synthesizer

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Flow Hydrogenation Reactor

Flow Hydrogenation Reactor

Hydrogenation is one of the more important reactions in chemical synthesis; however, the inherent hazards associated with hydrogen have limited its widespread application. In a continuous-flow hydrogenator, the substrate flows continuously and is mixed with hydrogen generated via in-situ electrolysis before entering the reaction chamber. Thanks to the advancements in microfluidic technology, the efficiency of three-phase mixing is significantly enhanced. The hydrogen–substrate mixture can be rapidly and uniformly heated to 150°C and 100 bar; under these conditions, most reactions achieve extremely high conversion rates in just a few minutes. Within the catalytic column, the hydrogen–substrate mixture comes into effective contact with the catalyst surface, undergoing rapid reactions under high temperature and high pressure before being collected after passing through a filter. Within just a few minutes, it is possible to reduce 10 mg to 100 g of reactants with exceptionally high conversion yields. The system is operated via a touch-screen display, offering simple operation, a high degree of intelligence, and the ability to modify reactions on‑line.

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Continuous flow reactor

Continuous flow reactor

A Continuous Flow Reactor is a piece of equipment that enables continuous feed and continuous product output in chemical reactions. Compared with traditional batch reactors, continuous flow reactors offer numerous advantages, including higher production efficiency, improved safety, and easier process scale-up. A wide range of continuous flow reactors—with multiple capacity levels and diverse functionalities—are available for customization. They feature broad applicability, powerful performance, flexible configuration options, and free configuration recommendations.

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Photocatalytic Batch Continuous Reactor

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.

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Fluidized Bed Reactor

Fluidized Bed Reactor

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Shanghai Yanzheng Experimental Instrument Co., Ltd.