The highest standard in charge-stabilized nanobubble generators

ZetaWorks builds high-performance nanobubble generators engineered for consistent, verifiable output. Our cores are tested and documented to defined standards—then proven in real-world deployments—delivering stable, charge-stabilized nanobubbles that translate into measurable results across critical applications.

What Makes ZetaWorks Different

Charge-Stabilized Technology

Our nanobubble generator cores carry a strong surface charge, preventing coalescence and ensuring long-term stability in solution. This is the foundation of reliable, consistent nanobubble performance.

Proven Concentration & Size Control

At ZetaWorks, concentration and bubble size define performance. Concentration determines how many active nanobubbles are delivered into the water, while size distribution governs stability and usable surface area—so results are consistent, measurable, and repeatable.

Engineered for Real Deployment

Our nanobubble generators are built for industrial-scale operations with proven reliability in demanding environments for real-world performance.

How the Technology Works?

Surface Charge Generation

Our proprietary process creates nanobubbles with strong zeta potential, giving each bubble a surface charge that prevents aggregation and extends lifetime.

Gas Transfer Efficiency

Nanoscale size provides massive surface area-to-volume ratio, enabling superior gas transfer rates compared to conventional aeration methods.

Long-Term Persistence

Charge stabilization ensures bubbles remain in suspension for weeks or months, delivering continuous benefits without constant regeneration.

Multi-Port Architecture

MP-1 to MP-4

Every ZetaWorks nanobubble generator pairs our charge-stabilized core with a proprietary Multi-Port (MP) delivery system—so you can configure the right inputs now and scale capability later without changing the platform.

MP-1

1 input

Single-gas operation

MP-2

2 inputs

Dual-gas / multi-mode

MP-3

3 inputs

Advanced multi-input flexibility

MP-4

4 inputs

Maximum optionality

Why Multi-Port Matters

Built for oxygen, ozone, CO₂, and other gases—and can also be configured as a liquid injection point for in-line dosing of compatible chemistries (e.g., hydrogen peroxide) directly into the flow stream.

Applications Across Industries

Water & Wastewater Treatment

Enhanced gas transfer for biological treatment, improved dissolved oxygen, reduced energy use, and stronger contaminant removal. Ozone nanobubbles are commonly used for oxidation, odor control, and disinfection in targeted workflows.

Agriculture & Irrigation

Gas-enriched irrigation water supports roots, nutrient uptake, and yields while reducing water and fertilizer demand. It can also help manage biofilm in irrigation lines to support uniform distribution and fewer emitter blockages.

Aquaculture

Maintain stable dissolved oxygen to support fish and shellfish health, improve water quality, reduce mortality risk, and increase stocking density—oxygen for DO stability and ozone for water quality management in recirculating systems.

Industrial Processes

Chemical processing, fermentation, flotation separation, clean-in-place (CIP) cleaning and sanitation, and any application where gas-liquid transfer limits results—delivered with oxygen, ozone, air, or other gases as required.

Data Centers & Cooling Towers

Improve heat-exchange efficiency and operational stability by helping manage biofouling, scale, and microbial growth—reducing water and chemical demand. Delivered with oxygen, ozone, air, or other gases as required.

Environmental Remediation

Lake/pond restoration, groundwater treatment, sediment remediation, and ecosystem recovery through controlled gas delivery—oxygen for aerobic recovery and ozone when oxidation is the priority.

Healthcare & Sports Medicine

Oxygen-rich hydrotherapy support for recovery, rehab, and performance—designed for consistent water quality and repeatable sessions across clinics, training rooms, and wellness environments.

Additional Verticals

Golf & turf • Car washes • Food & beverage (incl. dairy/cheese) • Concrete & cement • Mining & metals • Pulp & paper • Textiles • Semiconductors • Breweries • Hospitality & pools • Pharmaceuticals • Specialty manufacturing • Custom integrations available

Certification & Proof

Data-Driven Validation

Our generator cores are certified for nanobubble concentration and size distribution using industry-standard nanoparticle tracking analysis (NTA) on industry-leading NanoSight NS300 instrumentation. Results are recorded under defined test conditions and routinely spot-checked for repeatability to ensure consistent, verifiable output.

Validation includes:

Why Industry Leaders Choose ZetaWorks

Reliable Output

Consistent nanobubble generation with minimal variation. Predictable performance you can count on.

Scalable Systems

From pilot installations to full-scale industrial deployment. Our technology scales with your needs.

Long-Term Efficiency

Low maintenance requirements, energy-efficient operation, and proven durability in demanding environments.

Ready to Deploy Proven Nanobubble Technology?

Work with our technical team to evaluate how charge-stabilized nanobubbles can improve your operations.