The kettle type photoreactor , Designed for precision and performance, this reactor system optimizes light energy utilization to drive chemical transformations with enhanced efficiency and sustainability.

Key Advantages:

Maximized Light Exposure:

360° Uniform Irradiation - The spherical reactor design ensures complete coverage of reactants, eliminating shadow zones and accelerating reaction rates up to 40%.

High transmittance Materials (e.g., quartz, borosilicate glass) - Maximizes photon penetration, enabling efficient activation of photocatalysts.

Enhanced Mass Transfer:

Agitated Mixing Mechanism - Stirring systems (e.g., magnetic or mechanical) promote homogeneous distribution of catalysts and reactants, reducing diffusion limitations.

Gas-Liquid-Solid three phase collaboration - Integrated gas sparging (e.g., O₂, CO₂) enhances reaction kinetics, ideal for heterogeneous photocatalysis.

Modular Design for Flexibility:

Scalable Configuration - From lab-scale (50 mL) to industrial (20 L+) capacities, the kettle design facilitates seamless scale-up without sacrificing performance.

Customizable Light Sources - Compatibility with LEDs, UV lamps, and sunlight simulators enables tailored experiments across UVA/UVB/VIS/NIR spectra.

Energy Efficiency & Safety:

Low Operational Costs - LED-based systems consume 70% less energy than traditional mercury lamps, with longer lifespans (≥20,000 hours).

Over-Temperature Protection & Auto-Shutoff - Advanced control systems monitor temperature and pressure, ensuring safe operation.

Versatility in Applications:

Ideal for - Water purification (e.g., degradation of organic pollutants), organic synthesis (e.g., C-C coupling), CO₂ reduction, and photovoltaic material development.

Why Choose a Kettle Type Photoreactor?

Accelerate Research & Production - Shorten reaction times and boost yields with optimized light-catalyst interactions.

Minimize Waste & Costs - Green chemistry approach reduces solvent usage and energy consumption.