The Electrochemical Advanced Oxidation Process (EAOP) using boron doped diamond (Dia Chem®, registered trademark of CONDIAS GmbH) has been studied for wastewater treatment and freshwater disinfection. DiaChem® electrodes consist of preferentially metallic base materials coated with a conductive polycrystalline diamond film by hot-filament chemical vapour deposition. They exhibit high overpotential for water electrolysis as well as high chemical inertness and extended lifetime. In particular the high overpotential for water decomposition opens the widest known electrochemical window, allowing the energy efficient production of hydroxyl radicals directly from aqueous solutions. The hydroxyl radicals on the other hand are effectively used for ...
Thin-film boron-doped diamond coatings (BDD/Si) on boron-doped silicon substrates by means of a larg...
Boron doped diamond films have been deposited by large area hotfilament CVD (HFCVD) on silicon, sili...
The electrochemical oxidation of an industrial wastewater containing aromatic sulphonated acids on a...
The Electrochemical Advanced Oxidation Process (EAOP) using boron doped diamond (Dia Chem®, register...
Currently applied water treatment techniques consist of a combination of different methods to achiev...
Polycrystalline conductive diamond coatings used as electrode materials exhibit outstanding chemical...
Conductive diamond coated electrodes have undergone intensive investigation over the past number of ...
Re-evaluation of conventional wastewater treatment processes is of paramount importance to improve t...
Re-evaluation of conventional wastewater treatment processes is of paramount importance to improve t...
Boron-doped conductive diamond films applied as electrode material exhibit unique properties in elec...
Laboratory tests with model systems and the testing in pilot systems under application-oriented cond...
Boron doped diamond films have been deposited by large area hot-filament CVD (HFCVD) on silicon, sil...
Chemical industries are making significant efforts to limit pollution by the improvement of processe...
Boron-doped diamond (BDD) electrodes have the greatest known oxygen overpotential range; a character...
Electrochemical advanced oxidation processes (EAOP®) are promising technologies for the decentralize...
Thin-film boron-doped diamond coatings (BDD/Si) on boron-doped silicon substrates by means of a larg...
Boron doped diamond films have been deposited by large area hotfilament CVD (HFCVD) on silicon, sili...
The electrochemical oxidation of an industrial wastewater containing aromatic sulphonated acids on a...
The Electrochemical Advanced Oxidation Process (EAOP) using boron doped diamond (Dia Chem®, register...
Currently applied water treatment techniques consist of a combination of different methods to achiev...
Polycrystalline conductive diamond coatings used as electrode materials exhibit outstanding chemical...
Conductive diamond coated electrodes have undergone intensive investigation over the past number of ...
Re-evaluation of conventional wastewater treatment processes is of paramount importance to improve t...
Re-evaluation of conventional wastewater treatment processes is of paramount importance to improve t...
Boron-doped conductive diamond films applied as electrode material exhibit unique properties in elec...
Laboratory tests with model systems and the testing in pilot systems under application-oriented cond...
Boron doped diamond films have been deposited by large area hot-filament CVD (HFCVD) on silicon, sil...
Chemical industries are making significant efforts to limit pollution by the improvement of processe...
Boron-doped diamond (BDD) electrodes have the greatest known oxygen overpotential range; a character...
Electrochemical advanced oxidation processes (EAOP®) are promising technologies for the decentralize...
Thin-film boron-doped diamond coatings (BDD/Si) on boron-doped silicon substrates by means of a larg...
Boron doped diamond films have been deposited by large area hotfilament CVD (HFCVD) on silicon, sili...
The electrochemical oxidation of an industrial wastewater containing aromatic sulphonated acids on a...