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BOROMOND · BDD ELECTRODE MANUFACTURER

Destroy the Toughest Industrial Wastewater

Boron-doped diamond electrodes engineered for electrochemical oxidation — wide potential window, fouling resistance, and proven performance at industrial scale.

APPLICATIONS

From PFAS to Pharma & Lithium Wastewater

One BDD platform oxidizes refractory COD, persistent pollutants and high-salinity streams across the hardest industrial effluents.

MANUFACTURER & ENGINEERING

CVD Diamond Films, Validated Treatment

25+ years of BDD material expertise, free water profiling and reactor engineering that take you from lab to full-scale plant.

ABOUT BOROMOND

From CVD Diamond Film to Validated Wastewater Treatment

Boromond is a manufacturer of boron-doped diamond (BDD) electrodes for industrial electrochemical oxidation. We design, produce and validate electrode systems that destroy the toughest refractory wastewater — backed by 25+ years of electrode-material development and a team of 45+ specialists.

  • In-House BDD Manufacturing
  • Evidence-Based Validation
  • Engineering to Scale

45+

Specialists & engineers
Trusted by top brands and Businesses
Universiti Sains Malaysia logo
Michigan Technology partner logo
Tsinghua University logo
Yuanda Group logo
Central South University logo
BYD logo
Industries We Serve

BDD electrodes for the toughest industrial wastewater

Oil and Gas Wastewater

BDD Electrodes Application

Oil and Gas Wastewater

Pesticide Wastewater

BDD Electrodes Application

Pesticide Wastewater

Food Processing Wastewater

BDD Electrodes Application

Food Processing Wastewater

Lithium Battery Wastewater

BDD Electrodes Application

Lithium Battery Wastewater

Textile Industry Wastewater

BDD Electrodes Application

Textile Industry Wastewater

Urban & Municipal Wastewater

BDD Electrodes Application

Urban & Municipal Wastewater

Call Us Now

+8619908482323

Cleaner Industrial Wastewater
with BDD Electrodes

get A Quote
Our Process

Our Work Process

1

Send sample and objective

Share COD, TOC, pH, conductivity, chloride, target pollutants, flow, treatment target, and process constraints.

Select electrode format

Match plate, foam, stack, active area, substrate, and connection style to the testing objective.

2
3

Run treatability test

Screen current density, residence time, removal trend, energy demand, pH drift, and byproduct concerns

Scale with evidence

Use lab and pilot data to define reactor geometry, power supply, hydraulics, maintenance, and integration assumptions.

4
Boron Doped Diamond

Products

All Member

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

Latest News

Our Latest News

Frequently asked questions about BDD electrode wastewater treatment
See Our Faqs

Frequently Asked Questions

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.
Yes. Boromond can adapt electrode geometry, substrate, active area, connector design, and surface treatment according to application requirements and electrochemical operating conditions.
BDD electrodes combine a wide potential window, low background current, chemical stability, fouling resistance, and strong non-selective oxidation capability in many wastewater matrices.
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.