BDD electrode 3mm Boron doped diamond electrodes (BDDE) are characterized by high mechanical stability, chemical inertness and a wide potential window. The electrodes reach detection limits up to the nmol/L level. Boron doped diamond is prepared by chemical vapor deposition activated by microwave plasma. The results of the measurements are presented [...]
Photoelectrochemical chamber PECell The PECell photoelectrochemical chamber is intended for measuring the photoelectrochemical properties of thin layers deposited on a substrate with dimensions of 1x1 cm and a height ranging from 600 µm to 700 µm. PECell consists of three parts: Lower part – sample holder with connector; Middle part – [...]
LumBox photocatalytic reactor The LumBox photocatalytic reactor was developed for the purpose of measuring the efficiency of degradation of micropollutants in the air using photoactive materials. The device includes an input connector for connecting contaminated air and an output connector for removing purified air. Degradation of micropollutants takes place in an [...]
Air cleaner AirBox The AirBox air purifier uses advanced oxidation processes to break down micropollutants using photoactive titanium dioxide material. A UV-A LED is placed in the device to initiate photocatalysis. The device is intended for the degradation of micropollutants such as volatile organic substances, viruses, bacteria and nitrogen oxides. [...]
Flow chamber FlowCell3el FlowCell3el flow chamber is designed for photoelectrochemical measurements in flow. Price quote
Reference electrode RefEl is an Ag/AgCl reference electrode module designed for the FlowCell3el electrochemical flow chamber. The module is attached to the chamber with a 10-32 0.19in thread. The reference electrode is connected to the potentiostat with a 4mm banana plug. [...]
Photocatalytic reactor LumBox mini The LumBox photocatalytic reactor was developed for the purpose of measuring the efficiency of photoactive materials. The device includes an airtight chamber and a UV-A LED with a maximum at a wavelength of 365 nm. Price quote
Photoelectrochemical (PEC) water splitting provides a promising way for development of sustainable methods for hydrogen generation and water treatment without chemicals.
At the Science and Technology Week at the Incheba Exhibition Center in Bratislava on 9 and 10 November 2017, we presented a unique technology for wastewater treatment using boron doped diamond electrodes.
