In the pursuit of sustainable and high-yield chemical production, efficiency is the key. Our cutting-edge microchannel photoreactor redefines reaction performance with its unparalleled advantages, driving productivity while minimizing environmental impact.

Core Advantages

1. Unmatched Mass and Heat Transfer

• Microscale channels (10-300 μm) enhance mixing efficiency by 3x, reducing diffusion distances and enabling laminar flow.

• Surface-to-volume ratio up to 10⁶ m²/m³ boosts heat exchange (up to 25kW/(m²·K)), ensuring precise temperature control and preventing hotspots.

2. Precise Control for Optimal Results

• Real-time monitoring of light intensity (365-950 nm), pressure, and residence time (ms to min scale) optimizes reaction kinetics.

• Modularity allows customizable channel geometries and catalyst integration, ideal for photopolymerization and photocatalytic processes.

3. Safety and Scalability

• Low hold-up volume (mL range) mitigates risks in hazardous reactions, eliminating runaway reactions.

• Parallelization of units enables seamless scale-up from lab to industry, maintaining consistent reaction conditions.

4. Green Chemistry in Action

• Continuous flow reduces solvent waste by 70% and energy consumption by 40% compared to batch processes.

• Direct photolysis eliminates the need for costly catalysts, streamlining synthesis routes.

Applications Driving Impact

• Pharmaceuticals: Enabling rapid synthesis of API intermediates with >95% purity (e.g., vitamin D3 derivatives).

• Advanced Materials: Fabricating nanostructured polymers for electronics and optics with sub-10 nm precision.

• Environmental Remediation: Photodegrading organic pollutants (benzene, phenol) in wastewater at 300L/h throughput.

• Efficiency: Up to 90% reduction in reaction time and 30% increase in yield.

• Flexibility: Compatible with UV, visible, and deep-UV light sources (200-400 nm).

• ROI: Payback period as short as 6-12 months due to energy savings and higher product value.