The smallest photoreactor from Peschl Ultraviolet can perform nine irradiation experiments in parallel with very small sample quantities – LEDs are thermally decoupled by means of thermoliquid. The innovative photochemical screening device consists of nine vials (cells), each with a volume of 8 ml, which can be irradiated simultaneously with nine different wavelengths. The intensity…
Different photochemical reactions require photoreactors designed for the respective process. In addition to side-loop, falling film and plug or pulsed flow photoreactors, stirred photoreactors play an important role, especially for halogenation / radical reactions as well as multiphase reaction mixtures and large production volumes. For this reason, Peschl Ultraviolet, in cooperation with the company EKATO…
For decades, special medium-pressure gas-discharge light sources have been the standard technology used in photoreactors to carry out photochemical reactions. While gas-discharge lamps often have an ef ficiency of just 5-7% depending on the wavelength, LED light sources offer up to 60% ef ficiency with high selectivity. However, some obvious technical problems had to be solved, prior…
The research and development project: „Development of new LED-Light Sources for use in Plants for efficient Irradiation Systems to reduce the CO2 footprint” is funded by the European Union from the European Regional Development Fund.
The research and development project:
„Development of new LED-Light Sources for use in Plants for efficient Iddriation Systems to reduce the CO2 footprint”
is funded by the European Union from the European Regional Development Fund.
