Boron-doped diamond (BDD) is a specialized diamond material created by incorporating boron during the diamond growth process. BDD electrodes, fabricated through chemical vapor deposition (CVD), utilize boron-doped diamond film as the anode with titanium or similar materials as the cathode.

The unique sp3 bond structure of BDD film provides exceptional electrochemical properties including:

• Extremely high oxygen evolution potential
• Widest electrochemical window available
• Lower background current compared to alternatives
• Superior physical and chemical stability
• Low adsorption characteristics

• Semi-metallic material with high conductivity and fast electron transfer
• Outstanding chemical and dimensional stability
• Exceptionally low background current
• Extremely wide potential window for water electrolysis
• Broad electromagnetic transparency window from UV-Vis to far-infrared
• Low magnetic susceptibility compared to other electrode materials
• Excellent biocompatibility (sp3 hybridized structure)

BDD electrodes demonstrate superior efficiency and lower energy consumption in organic degradation compared to conventional electrodes. Primary applications include:

• Treatment of organic wastewater in pharmaceutical, agrochemical, and petrochemical industries
• Coking, smelting, printing, dyeing, and paper manufacturing processes
• Tanning, explosives production, and landfill leachate treatment
• Electrochemical sensors and biosensors development
• Energy storage, electrocatalysis, and electrosynthesis applications