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- LARYEE Continuous Photochemical Microreacto CM-DG&PG
LARYEE Continuous Photochemical Microreacto CM-DG&PG
LARYEE Continuous Photochemical Microreacto CM-DG&PG
- Modular system with high surface-area-to-volume ratios.
- Uniform irradiation for accelerated and scalable reactions.
- Energy-efficient LED and quasi-monochromatic light.
- Reliable and precise for exploring photochemistry.
- Easy operation and cleaning with optimal lamp spacing and uniform flow field.
- In situ generation of singlet oxygen, photooxidation, cis-trans isomerization, fluorination, cyanation, and carbon-carbon bond formation.
- Nanoparticle manufacturing, ring-opening, photo-redox, and photo-oxidation.
- Visible light photocatalysis in medicinal chemistry, including drug discovery and isotopic labeling.
- Photo chlorination, Vitamin D production, photo alkylation, artemisinin production, and E-caprolactame production.
- Water splitting, water treatment, pharmaceuticals, R&D laboratories, educational institutes, alternative energy, and environmental engineering.
- Models: CM-DG(HT), CM-DG(CRT), CM-PG(HT), CM-PG(CRT).
- Sizes: 152x152mm, 290x290mm; Volumes: 18ml, 23ml, 136ml, 238ml.
- Residence time: 10.8s-180min to 10.8s-230min; Throughput: 0.1-100mL/min to 0.5-3L/min.
- Temperature range: -25°C to 195°C; Operating pressure: 0-20bar.
- Structure types: HT, CRT; Reaction types: liquid-liquid, gas-liquid, and some solid particles.
- Light source: LED with double-sided lighting; Power: 1, 2, or 3W per lamp bead.
- Light range: 285nm to 550nm, including blue and green spectrums.
- Cooling method: Liquid cooling.
Catalog excerpts
FLOW CHEMICAL REACTORS ► ◄ FLOW CHEMICAL REACTORS Possible photochemical applications include In situ generation of singlet oxygen Photooxidation Continuous reactions include ► Carbon-carbon bond formation via diazonium chemistry Photochemical reactor is mainly applied to research gas / liquid phases, fixed / simulated visible light, Photochemical reaction under conditions of photocatalyst, etc. It is widely used in fields of Chemosynthesis, environment protection, life science, etc. The photochemical reactors can improve the efficiency of chemical synthesis, and can also perform reactions that would otherwise be impossible. The CM photochemical reactor makes photochemistry accessible. It is safe, precise, efficient, consistent and scalable photochemistry reactor system. ► High surface-area-to-volume ratios. ► Uniform irradiation, can be substantially accelerated and scaled to higher quantities. ► Energy-efficient LED and quasi-monochromatic light. ► Reliable, consistent, and precise for explore photochemistry. ► Designed with an eye on easy operations and cleaning; optimum lamp spacing, uniform flow field, and significant efficiency advantages amongst others. The advantages associated with visible light photocatalysis resulted in various applications in medicinal chemistry, including drug discovery, bioconjugation, late-stage C-H functionalization, and isotopic labeling. ► Photo chlorination ► Water treatment ► Production of Vitamin D ► Pharmaceuticals industry ► Photo alkylation ► Research and development laboratories ► Artemisinin production (anti malarial drug) ► Educational institutes ► Production of E-caprolactame ► Alternative Energy Water Splitting ►Environmental Engineering Ring-opening Photo-redox Photo-oxidation CM-DG&PG Photoreactors
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- Chamber kiln
- Test cabinet
- Automatic cut-off machine
- Electric furnace
- Knife cutting system
- High-precision cut-off machine
- Marking machine
- Temperature test chamber
- Automated testing machine
- Material test machine
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