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Continuous Flow Microreactor units run reactions in a flowing stream instead of a batch vessel. Two models are listed, with 20 mL and 600 mL holding volume. Temperature range is -70 to 200°C. That is -94 to 392°F. Pressure is listed at 4 MPa. That is about 580 psi. The small model processes up to 200 mL/min. The large model lists 1600 to 16000 mL/min. Heating is by thermal oil or steam. Flow chemistry labs use these reactors for fast or exothermic reactions, multistep synthesis, photochemical work, catalyst testing, and nanomaterial synthesis. Scale-up is listed as running reactors in parallel. Residence time equals reactor volume divided by flow rate.
$ 11575 / Each of 1
$ 46775 / Each of 1
Frequently Asked Questions
1 What is a Continuous Flow Microreactor?
Continuous Flow Microreactor is an apparatus designed to allow continuous input of reactants and output of products through micro-scale channels, enabling enhanced control over reaction conditions.
2 What types of reactions are suitable for a Continuous Flow Microreactor?
It is suitable for fast, exothermic, or hazardous reactions, as well as multistep syntheses that benefit from tightly controlled conditions and efficient heat transfer.
3 Can Continuous Flow Microreactor be used for scale-up?
It can be used for scale-up by operating multiple reactors in parallel, making it feasible for industrial-scale production.
4 How is Continuous Flow Microreactor used in pharmaceutical synthesis?
It is used in pharmaceutical synthesis for producing active pharmaceutical ingredients (APIs) with enhanced control over reaction conditions, resulting in higher purity, safety, and efficiency.
5 Is Continuous Flow Microreactor suitable for photochemical reactions?
It is suitable for photochemical reactions due to its small channel size and transparent materials, which allow uniform light penetration and efficient reaction control.
6 Can Continuous Flow Microreactor be used for catalyst testing?
It can be effectively used for catalyst testing by providing real-time analysis of catalytic performance under controlled, reproducible conditions with minimal catalyst usage.
7 What role does Continuous Flow Microreactor play in nanomaterial synthesis?
It plays a crucial role in nanomaterial synthesis by enabling controlled nucleation and growth, leading to uniform particle size distribution and better reproducibility.
8 How can Continuous Flow Microreactor assist in green chemistry applications?
It assists in green chemistry applications by reducing solvent use, improving energy efficiency, and minimizing hazardous by-products through tightly controlled reactions.
9 How is a Continuous Flow Microreactor applied in fuel and energy research?
It is applied in fuel and energy research for synthesizing and testing biofuels, hydrogen production, and catalytic reforming under tightly controlled conditions.
10 How does Continuous Flow Microreactor enhance sustainability in chemical processing?
It enhances sustainability in chemical processing by using less energy, producing fewer by-products, and enabling solvent-free or low-waste reaction conditions.