Move towards continuous water quality management.
BDD electrochemical advanced oxidation, side-stream circulation and online monitoring for water storage, distribution and recirculation systems.
MENTOR / BDD ELECTROCHEMICAL ADVANCED OXIDATION
Configure withdrawal and return points around your system
Combine treatment, monitoring and operational control
Evaluate improvements through testing and operating records
01 / APPLICATIONS
Address microbial fluctuations in storage tanks, distribution lines and recirculation loops. Design treatment and validation around site conditions.
Assess microbial fluctuations, cleaning frequency and compatibility around raw-water tanks, pretreatment buffer tanks and circulation lines.
Focus areas: raw-water tanks / pre-RO buffer tanks / circulation lines
Evaluate waterborne microorganisms, surface cleanliness and compatibility in fermentation equipment and circulation lines, alongside established cleaning procedures.
Focus areas: fermentation equipment / circulation lines / cleaning support
Start with water quality, materials and operating conditions before defining equipment configuration and validation goals.
Application assessment: water basins / distribution loops / equipment water
Side-stream treatment · Process signals · Verification
02 / TECHNOLOGY
BDD stands for boron-doped diamond. Electrode reactions, circulation and online monitoring come together in an integrated equipment system.
When energized, the BDD anode interface generates hydroxyl radicals (·OH) and other reactive species that participate in the oxidation of microorganisms and organics.
Water passes through the reaction unit in a side stream to continuously treat the waterborne load. Withdrawal and return points are configured for the site.
Process signals inform operation. Culture tests, ATP trends and surface sampling help separately assess waterborne microorganisms and biofilm control.
BDD / PROCESS IN MOTION
A 90-second 3D overview of BDD electrochemistry, side-stream circulation, and microbial and biofilm control.
Retain the main process route and configure treatment around storage, distribution and recirculation, with site-specific monitoring and protection.
Swipe to explore the diagram ↔
Concept diagram. Configure valves, venting, filtration and interlocks for actual operating conditions. ORP alone does not verify microbial control.
Complement existing pretreatment and cleaning procedures.
Configure monitoring and interlocks for membrane requirements.
Combine process signals with microbiological tests.
BDD ELECTROCHEMICAL SYSTEM
03 / EQUIPMENT
Integrates electrochemical reaction, power and operational control, online monitoring and data interfaces, with alerts and remote operation management.
| Power supply | AC 220 V ±10% / 50 Hz |
|---|---|
| Base-unit power range | 500 W – 2.2 kW |
| Base-unit dimensions | 2200 × 800 × 800 mm |
| Working pressure | ≤ 0.4 MPa |
Specifications follow the current industrial equipment sheet. Capacity, configuration and ancillary equipment depend on water quality and operating conditions.
Download product brochure ↓Chinese PDF · approx. 1.7 MB04 / VALIDATION
Start with water-sample tests, then assess site operation. Keep comparable records for waterborne microorganisms, surface biofilms and cleaning resources.
Units: CFU/mL. Values reproduce test records presented in the current brochure. A recorded value of 0 does not mean absolute sterility. These water-sample results do not replace long-term operation and pipe-surface biofilm validation.
BDD side-stream oxidation combined with downstream filtration and separation supports pretreatment for iron, manganese and sulfides in groundwater.
Culture testing captures changes before and after treatment. Long-term operation and pipe-surface outcomes require further validation.
Pilot preparation for fermentation vessels and circulation lines to evaluate waterborne microorganisms, surface cleanliness and operating compatibility.
Each project is shown at its respective stage. Sample tests, engineering applications and pilot preparation represent different scopes of evidence.
05 / ABOUT MENTOR
MENTOR Environmental Technology Co., Ltd. focuses on microbial and biofilm control in industrial water systems. We advance the practical application of BDD through electrode integration, equipment engineering and site validation.
From water treatment to water resilience.
Assess culture-water and effluent applications separately, defining appropriate treatment boundaries and validation criteria.
Talk to us ↗Configure water quality improvement and ecological restoration around site loads and maintenance conditions.
Talk to us ↗The main approach is side-stream integration. Actual withdrawal and return points, piping, valves and interlocks are determined from site drawings and operating conditions.
The system complements existing pretreatment and cleaning procedures. Changes to cleaning cycles, chemical use and pre-membrane water quality should be determined through site validation.
Culture tests and ATP trends can help assess waterborne microorganisms. Surface biofilms require separate evaluation, such as surface sampling. Process signals including ORP support operational observation and do not replace microbiological testing.
LET’S TALK ABOUT YOUR WATER
Bring a process diagram, water-flow information and testing records. Together, we can define the application point, validation goals and equipment configuration.
Email our team ↗