Discover properties, AOP Technology Research, Product dEVELOPMENT, AND APPLICATIONS
Boron-Doped Diamond Solutions & Boron-doped Diamond Enabled Wastewater Treatment Solutions
Boron-Doped Diamond Solutions
Boron-doped diamond electrode is an innovative electrode material with a wide electrochemical potential window in aqueous solution, approx. 2.9–3.4 V, while traditional electrode materials failed to be recorded with reaction on the surfaces of those electrodes with a potential range of some -0.6V to -1.3V and the other range from around +1.9V to 2.6V, comparatively lower background currents ensures a cleaner signal and enhance the sensitivity, and reduce detection limits, which means boron-doped diamond could be used for detecting analytes at trace levels, and what is more, unparalleled dimensional stability, excellent chemical stability, biocompatibility, extended lifespan in harsh environments, less chance of fouling, properties we mentioned above make boron-doped diamond electrode an excellent electrode material. Boromond developed a large collections of boron-doped diamond material and electrodes, aimed to aid our customers to expedite their technology research and product development, boron-doped diamond materials and electrodes function as core material of a vast variety of applications, especially boron-doped diamond CVD, boron-doped diamond powder and microns, electrochemical advanced oxidation for wastewater treatment. Our boron-doped diamond solution portfolio mainly cover: Boron-doped diamond powder, micron, and BDD CVD fabrication. Boron-doped diamond electrode fabrication. Boron-doped diamond electrolysis of wastewater. Practical application of boron-doped diamond electrodes in electro oxidation wastewater treatment.
Boron-Doped Diamond Fabrication As Fundamentals Of Boron-Doped Diamond Solution
our Boron-doped diamond fabrication capability range from substrate preparation, diamond synthesis, post-growth further process, assembly and material assessments.
With practical applications and further product development in mind, our diamond is grown on a variety of substrates materials, mainly Niobium (Nb), silicon. Further processing including polishing, etching, metallization and laser cutting, Boromond aimed to be an one stop solution provider for boron-doped diamond BDD material and electrode development and prototyping for comprehensive applications in various industries.
Ultrahard Tool Fabrication As Partial Of Boron-Doped Diamond Solution
Synthsised via chemical vapor deposition (CVD) technology by doping boron atoms into diamond lattice, boron-doped diamond (BDD) are a p-type semiconductor with certain level of electrical conductivity while exceptional hardness remained, is used in the fabrication of ultrahard materials due to its exceptional hardness, these combined properties make it an ideal material for applications require great wear resistance such as CD/CVD cutting tools, diamond scribing wheels, wear-resistant coatings on different components.
Electro Oxidation for Wastewater Treatment: Boron-Doped Diamond Solution & Applications
Here at Boromond, we conduct several further processing to enhance performance of boron-doped diamond electrode for better performances in electrochemical oxidation for wastewater treatment:
Etching: to create rough surface, and create more active surface area to expedite electrochemical generation of reactive oxygen species (ROS).
Optimize boron doping level: it’s the key factor to make a balance between ideal electrical conductivity and surface reactiviry.
Surface modification: Change the surface of boron-doped diamond electrodes to enhance the adsorption of water molecules, and hydrophilic functional groups, for instance, -OH(hydroxyl radicals).
Operating potential and current: Spot the ideal applied potential and current to enhance the electrochemical generation of reactive oxidizing agents while avoid undesired side reactions via various experimental testings. Thanks to these further processing, our boron-doped diamond electrodes have high oxygen evolution overpotential, and keep the unmatched stability, and robust performances in various harsh environments, making them particularly useful for applications where a high level of oxidation is needed without unwanted side reactions during the wastewater electrolytic treatment processes.
Oxygen evolution overpotential (V vs. SHE) comparison testing between boron-doped diamond electrodes and conventional electrode materials indicated that Titainium/Boron doped diamond electrode performed much higher oxygen evolution overpotential and oxidation power than MMO electrode and conventional electrode material, therefore boron doped diamond BDD anodes can maximum electrochemical generation of hydroxyl radicals. These two charts demonstrate comparison of potential and oxygen evolution overpotential between boron doped diamond BDD electrode and conventional electrodes.
Utilizing boron-doped diamond as the electrode anode material, electrochemical oxidation technology can effectively degrade organic compounds through direct and indirect oxidation processes. Direct oxidation involves the removal of organic matter by adsorbing organic pollutants onto the anode surface through electron transfer. Indirect oxidation, on the other hand, involves the removal of organic pollutants by generating active intermediates or high oxidizing metal oxides on the anode surface.
Boron-Doped Diamond Solution & Applications In Electrolytic Treatment Of Complex Industrial Effluent
Check charts below to explore the datas we collected from our previous and current experiemental testing, treatability evulations, and on-site industrial effluents treatment projects, and contact us to find out how our superb boron-doped diamond solution to be a part of your wastewater treatment solution:
Explore Characteristics, Features, Properties, And Application Ranges of Boron-Doped Diamond Electrode,And Find Out How It Could Be A Solution For Complex Wastewater Treatment & Management In Your Daily Operation
Boron doped diamond BDD electrode is an excellent electrode material used in electro oxidation wastewater treatment, wastewater remediation and disinfection are proven to be efficient and environmental friendly, via various research, treatability testing, and then bench/pilot scale on-site applications, click the explore exact properties, characteristics, application ranges of boron-doped diamond electrodes.
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