Introduction to BDD Electrode Products
Release time：2025-07-18 09:31:41Source：This original Clicks：
Boron-Doped Diamond (BDD) is an advanced electrode material known for its wide electrochemical window, high oxygen evolution potential, and excellent corrosion resistance. These properties make it highly effective in electrochemical oxidation applications.
Specifically designed for Advanced Oxidation Processes (AOPs), BDD electrodes offer efficient treatment of refractory organic wastewater, such as pharmaceutical, dye, and pesticide effluents.
AOPs are chemical treatment technologies that degrade persistent pollutants by generating highly reactive species, primarily hydroxyl radicals (·OH). Their strength lies in the ability to non-selectively oxidize organic compounds, pathogens, and some inorganic substances—making them ideal for contaminants resistant to conventional methods.
Advantages of BDD (Boron-Doped Diamond) Electrodes:
- High Efficiency
It has a fast reaction speed and can efficiently degrade various organic pollutants in a short period of time.
♦ High Current Efficiency:
Boron doping enhances electrode conductivity, achieving high current efficiency for optimal power utilization.
♦ Broad Applicability:
Effective for diverse organic wastewater streams, demonstrating significant efficacy even against refractory organic compounds.
- Environmental Friendliness
Mineralizes organic compounds into carbon dioxide and water.
♦ Green Treatment Process:
Chemical-free operation.
♦ Sustainable Development
Compliant with environmental regulations and drives corporate sustainable development.
- Cost-Effectiveness
Durable Performance, Fewer Replacements
♦ High Performance-to-Price Ratio
Low Initial Investment with Significant Long-Term Returns
♦ Resource Recovery and Recycling
Treated wastewater is recyclable, enhancing resource utilization efficiency.
Types of BDD (Boron-Doped Diamond) Electrode Materials:
1.Silicon-Substrate BDD(φ240*130*3 mm)
2.Niobium-Substrate BDD(e.g.,4*8mm/30*30mm/30*60mm)
