BDD electrode manufacturer + wastewater engineering service
BDD Electrode Manufacturer for Industrial Electrochemical Oxidation
Boromond manufactures boron-doped diamond (BDD) electrodes, custom BDD anodes, electrode plates, foam electrodes, and electrochemical oxidation modules for complex industrial wastewater treatment.
BDD electrode performance is affected by substrate selection, boron doping level, surface termination, grain morphology, sp³/sp² balance, coating adhesion, and post-growth treatment. Boromond engineers high performance boron-doped diamond (BDD) films on robust silicon and niobium substrate, purpose-built for the destructive oxidation of refractory organic pollutants in complex industrial wastewater matrices. Utilizing proprietary chemical vapor deposition (CVD) infrastructure, we support projects from initial bench-scale feasibility assessment through to large-scale pilot and commercial reactor integration.
We combine CVD diamond-film manufacturing, electrode-material optimization, bench-scale treatability testing, pilot modules, and application engineering so buyers can move from sample evaluation to reactor integration with fewer technical risks.
20+
Years focused on synthetic functional diamond substrates
45+
R&D, CVD, electrochemistry, and wastewater specialists
25+
Years of catalyst electrode-material development experience
CVD
In-house diamond-film growth and post-treatment optimization
BDD Electrode Products Collection
Our boron-doped diamond (BDD) electrode collection is designed for demanding electrochemical oxidation, advanced wastewater treatment, and analytical applications requiring wide potential windows, low background current, and exceptional chemical stability. The electrodes combine a robust diamond film with controlled boron doping to deliver high anodic oxygen evolution overpotential, strong resistance to fouling, and reliable performance in harsh acidic, alkaline, and high-salinity media. Available in multiple substrate configurations and geometries, this collection supports scalable testing from laboratory screening to pilot-scale electrochemical systems.
BDD Electrode Plates
Foam BDD Electrodes
Custom BDD Electrodes
Lab Kits, Trial Modules & Electrochemical Reactor Components
Our Lab Kits, Trial Modules & Electrochemical Reactor Components collection is developed for practical evaluation, process screening, and reactor assembly in electrochemical catalysis, wastewater treatment, and electrode material testing. There are ready-to-use test kits, modular reactor units, flow-cell components, electrode holders, gaskets, spacers, current collectors, and connection hardware designed to support reproducible operation from benchtop trials to pilot-scale validation. Each component is selected with attention to chemical compatibility, electrical contact stability, sealing reliability, and ease of integration with catalytic anodes, cathodes, compact electrochemical oxidation systems.
BDD Electrode Stack
Beaker Trial Module
Portable EO Testing Kit
Why Boromond Outperform Those Catalog-Only BDD Suppliers As A Manufacturer
Boromond is a professional manufacturer of boron doped diamond (BDD) electrode materials, with a research and development, and engineering team over 45 experts including research scientists, electrode material technologists, materials scientists, CVD engineers, electrochemists, environmental engineers, surface chemists, wastewater system integrators, our team members have been committed to the research and development of catalyst electrode materials, and this innovative diamond electrode materials for more than 25 years.
What Is BDD Electrode?
A Boron-Doped Diamond (BDD) electrode represents an advanced anodic material fabricated by growing a thin, boron-intercalated crystalline synthetic diamond layer onto a conductive base substrate, predominantly high-purity silicon or ductile niobium—via precise chemical vapor deposition (CVD) processes.
Introducing boron into the diamond lattice alters the material from a natural electrical insulator into a highly stable p-type semiconductor. This yields an operational resistivity of approximately 0.01 to 100 ohm-cm, enabling sustained anodic polarization at extreme industrial current densities.
The resulting electrode retains diamond’s extreme mechanical hardness, thermal conductivity, and chemical inertness while exhibiting superior electrocatalytic activity. BDD electrodes are fabricated via chemical vapor deposition processes (CVD), with precise pre- & post-synthesis treatment to boost properties of these electrodes for better implements.
How To Choose The Most Suitable Product Or Solution
A guide for procurement managers, engineers, and wastewater treatment decision-makers
Hope these guides will hep you decide if BDD electrodes, electrochemical oxidation modules, or an engineering evaluation is the right step to take.
I need a BDD electrode
Compare plate, substrate, active area, connector, surface-treatment for electrochemical reactor.
Treat complex wastewater
Need proof prior investment
Engineering service, not only supply
From BDD film manufacturing to wastewater process validation
Boromond supports technical buyers with electrode-material selection, electrochemical cell configuration, treatability testing, pilot planning, and scale-up assumptions for industrial wastewater streams that are difficult to treat by conventional approaches alone.
- Wastewater profile review: COD, TOC, conductivity, pH, chloride, flow, and target compounds.
- Electrode format selection: plate, foam, stack, substrate, active area, and connector design.
- Operating-window screening: current density, residence time, flow rate, and electrode spacing.
- Risk review: energy demand, transformation byproducts, corrosion/fouling potential, and downstream compatibility.
- Pilot pathway: translate lab data into pilot module configuration and reactor integration requirements.
Engineering Boundaries
Before you decide to order, read these
Industrial wastewater treatment affects compliance, operating cost, worker safety, environmental discharge, and investment decisions. BDD electrochemical oxidation performance depends on wastewater chemistry, reactor design, current density, residence time, mass transfer, energy input, and downstream requirements. Boromond recommends bench or pilot validation using the customer’s actual wastewater before full-scale engineering decisions.
Evaluation signals for your references:
- Refractory organics or persistent compounds remain after conventional treatment.
- The stream has enough conductivity or can be evaluated for conductivity adjustment.
- The user can provide real wastewater samples and analytical data.
- The project can compare removal target, energy demand, and byproduct profile.
- EO is being evaluated as pretreatment, polishing, or a targeted advanced oxidation step.
Start with evidence
Send Boromond your wastewater profile or BDD electrode requirement
Get a practical review of electrode format, test approach, EO module pathway, and the data needed before scale-up.
Include these details
- Wastewater source and target pollutants
- COD / TOC / BOD, conductivity, pH, TDS, chloride
- Flow rate or batch volume
- Treatment target and discharge constraints
- Current process and main failure point
Industrial Wastewater Applications
Industrial wastewater applications using BDD electrodes, trial modules, and pilot modules focus on the direct evaluation of high-strength, refractory, saline, or difficult-to-treat effluent streams under real operating conditions. The BDD anode provides a wide anodic potential window, strong oxidative capability, and excellent resistance to fouling and corrosion, making it suitable for COD reduction, color removal, odor control, disinfection, and degradation of persistent organic contaminants. Trial modules allow rapid screening of current density, flow rate, electrode spacing, electrolyte composition, treatment time, while pilot modules support scale-up verification, energy consumption assessment, maintenance planning, integration with existing systems.
Pharmaceutical Wastewater
APIs, antibiotics, solvents, high-COD streams and persistent intermediates.
Petrochemical Wastewater
Refractory organics, produced water, aromatics and process effluents.
PFAS & Persistent Pollutants
BDD electro-oxidation pathways for difficult-to-mineralize compounds.
Lithium Battery Wastewater
Treating caomplex wastewater from battery manufacturing and recycling.
- Data And Information From Previous Projects
Case Studies
Join Boromond to explore how electro oxidation technology become an innovative approach to remove recaltriant organic pollutants from those complex wastewater, and what is more, datas and information we collected based on feasibility and treatability of electro oxidation toward various organic industrial wastewater, bench and pilot projects, how we make it happen.
Engineering Design
Electro-oxidation engineering service support includes wastewater profile evaluation, electrode material selection, current-density optimization, treatability testing, etc.
EO Services
Services include BDD electrode fabrication, custom anode development, electrochemical cell design, testing protocols, prototype validation, and process support for industrial wastewater projects.
Selecting Electrode?
Share your wastewater, target pollutants, COD/TOC range, conductivity, pH, flow rate, and treatment objective. We can help match the electrode format and testing approach to your project.
Project workflow
A safer path from wastewater sample to EO module design
Comprehend how we can reduce your risks and make the next step explicit, by the way, water profile analysis with Boromond is free of charge.
1. Send sample and objective
Share COD, TOC, pH, conductivity, chloride, target pollutants, flow, treatment target, and process constraints.
2. Select electrode format
Match plate, foam, stack, active area, substrate, and connection style to the testing objective.
3. Run treatability test
Screen current density, residence time, removal trend, energy demand, pH drift, and byproduct concerns.
4. Scale with evidence
Use lab and pilot data to define reactor geometry, power supply, hydraulics, maintenance, and integration assumptions.
Evidence and readability
Easy to verify, your cost will be nada
What you get are what you've been looking for on electrochemical oxidation all the time:
- SEM, Raman, coating thickness, and surface-treatment information.
- Potential window and background-current curves where available.
- Accelerated service-life testing and electrode stability notes.
- Before/after wastewater test results with matrix conditions.
- Energy consumption, residence time, current density, and sample volume.
What to send for a useful review by our engineering team to finalize treatability
- Industry and wastewater source.
- COD, TOC, BOD, conductivity, pH, TDS, chloride, and temperature.
- Target pollutants and required discharge or reuse target.
- Current treatment train and pain point.
- Daily flow, batch size, site limitations, and timeline.
BDD Electrode Knowledge Hub
Explore our comprehensive encompassing manufacturing science, lifetime testing, substrate performance, BDD vs MMO/RuO₂/PbO₂, and application-specific process design, electrochemical oxidation wastewater treatment and beyond.
Unmatched Engineering Excellence
- SEM / Raman / coating thickness data
- Potential window and background current curves
- Accelerated service-life testing
- Before-and-after wastewater treatment results
- Downloadable datasheets and compliance reports
Check our resource hub and knowledge bases to get a better comprehension about BDD electrode based electrochemical oxidation wastewater treatment processes,
More BDD Electrode Guides, Comparisons, and Application Notes
Frequently Asked Questions
What is the best BDD electrode for wastewater treatment?
The best format depends on pollutant type, conductivity, pH, current density, flow design, and required removal target. Plates and stacks are common for reactor integration, while high-surface-area formats can improve mass transfer in compact systems.
Can Boromond customize BDD electrode size and substrate?
Yes. Boromond can adapt electrode geometry, substrate, active area, connector design, and surface treatment according to application requirements and electrochemical operating conditions.
Why does BDD outperform many conventional anodes?
BDD electrodes combine a wide potential window, low background current, chemical stability, fouling resistance, and strong non-selective oxidation capability in many wastewater matrices.
Should I test my wastewater before buying a full system?
Yes. Treatability testing is recommended to determine energy demand, current density, residence time, removal pathway, and whether BDD electro-oxidation is technically and economically appropriate.
Start a BDD Electrode Project
Boromond is not only a BDD electrode supplier. We support technical buyers, engineers, and researchers with electrode selection, treatability testing, and electrochemical oxidation scale-up for difficult wastewater streams.