Macro view of luminous nanobubbles suspended in clear water
Quantum Particle Technologies™

Give Water Life Again!

Aquadei engineers nanobubble and ultrafine bubble platforms that infuse water with precision gases — oxygen, ozone, and CO₂ — to boost performance, slash chemical use, and unlock measurable savings across every water-based process.

Less disinfection cost
70%

Less disinfection cost

Gas transfer efficiency
10×

Gas transfer efficiency

Trusted by leading universities and government labs.
16+

Trusted by leading universities and government labs.

Industrial deployments
Global

Industrial deployments

The Technology

Engineering water at a scale chemistry can't reach

Conventional aeration and dosing waste energy and chemistry on bubbles that escape before reacting. Aquadei's platforms restructure water itself — producing trillions of persistent quantum-scale particles that carry gas where it matters, for as long as it matters.

Quantum Particle Generation

Proprietary platforms generate billions of nanobubbles (<100 nm) and ultrafine bubbles per milliliter, dramatically increasing reactive surface area in water.

Precision Gas Infusion

Oxygen for biology, ozone for disinfection, and CO₂ for pH control — dosed with surgical accuracy to match each process's exact demand.

Harmonic Conditioning

Advanced harmonics stabilize bubble populations and extend dwell time, multiplying contact and reaction efficiency throughout the system.

Measurable Outcomes

Lower CAPEX/OPEX, reduced chemical loads, and verifiable performance gains — engineered, instrumented, and documented.

Benefits

What nanobubbles and quantum particles actually deliver

Quantum particle technology re-engineers water at the molecular interface — packing it with trillions of persistent, reactive nanobubbles. The result is a measurable shift in efficiency, cost, and sustainability across every process that touches water.

Supercharged Biology

Persistent oxygen nanobubbles dissolve and remain bioavailable for hours — accelerating root growth, microbial activity, aquaculture yields, and wastewater treatment kinetics by 20–50%.

Chemical-Free Disinfection

Ozone nanobubbles deliver pathogen kill rates that rival chlorine without the residuals. Ideal for produce wash, recreational water, and CIP cycles where clean-label matters.

Mass-Transfer Efficiency

Surface-area-to-volume ratios up to 1,000× greater than conventional bubbles mean gases dissolve almost instantly — slashing aeration energy by 30–60%.

Lower Chemistry, Lower Cost

Reduce or eliminate chlorine, acids, surfactants, and antiscalants. Most operators see chemical spend drop 40–80% within the first quarter of operation.

Engineered Surface Reactivity

Nanobubbles carry a stable negative zeta potential, attracting suspended solids, oils, and contaminants — improving flotation, flocculation, and membrane life.

Anti-Fouling & Scale Control

Continuous nano-scale agitation at pipe and membrane surfaces inhibits biofilm formation and mineral scaling — extending asset life and reducing CIP frequency.

The Physics

Why quantum-scale particles behave so differently

At sub-100-nanometer diameters, water no longer behaves like a passive carrier. It becomes an active reaction medium — and the numbers tell the story.

Months to Years

Stability in solution

Unlike microbubbles that rise and burst in seconds, nanobubbles remain suspended for weeks to months due to their neutral buoyancy and electrostatic stabilization.

<100 nm

Particle diameter

Sub-micron scale allows nanobubbles to penetrate porous media, plant tissue, biofilms, and membrane surfaces inaccessible to conventional aeration.

10⁸–10⁹/mL

Bubble density

Trillions of reactive sites per liter create a continuously regenerating reaction field — every drop of treated water carries the process with it downstream.

−30 mV

Typical zeta potential

Strong surface charge prevents coalescence, drives electrostatic attraction to contaminants, and produces hydroxyl radicals on collapse for advanced oxidation.

Outcomes by Sector

Measurable results in the field

Agriculture & Horticulture

  • 15–30% yield increase in hydroponic and field crops
  • Reduced irrigation volume through improved root uptake
  • Suppression of root-zone pathogens without fungicides

Aquaculture

  • Higher stocking densities with stable dissolved oxygen
  • Lower fish mortality and improved feed conversion
  • Reduced ammonia and nitrite stress on stock

Municipal & Industrial Water

  • 30–60% energy savings on aeration in activated sludge
  • Faster BOD/COD reduction and sludge dewatering
  • Odor and H₂S control without chemical scrubbing

Recreational & Drinking Water

  • Crystal clarity with a fraction of the chlorine
  • Continuous ozone disinfection without off-gassing
  • Healthier swim environments — no red eyes, no harsh smell

Oil, Gas & Mining

  • Enhanced oil-water separation and produced-water polishing
  • Reduced surfactant and demulsifier consumption
  • Membrane and heat-exchanger anti-fouling

Food & Beverage Processing

  • Chemical-free produce wash with verified pathogen reduction
  • Cleaner CIP cycles with less water and heat
  • Extended shelf life through reduced microbial load

Challenges We Solve

If water touches your bottom line, we make it work harder.

Improve low dissolved oxygen and better gas transfer

Reduce CAPEX and OPEX of ozone, oxygen, and CO₂ programs across treatment, nanobubble, and gas applications.

pH instability & acid corrosion

The proven, most efficient pH control solution available — without the risks of mineral acid dosing.

Non-biodegradable COD, oils & surfactants

Boost biological capacity and unlock treatment of compounds that block conventional biology — using your existing infrastructure.

High chlorine, THMs & chemical odors

Reduce disinfection cost by up to 70% in pools, drinking water, and reuse — with cleaner-tasting, safer water.

Why Aquadei

A different category of water technology — with the data to prove it

Backed by science

Active R&D partnerships with leading universities and government labs ensure every claim is measured, replicable, and peer-reviewable.

Engineered for retrofit

Our skids and inline modules integrate with existing pumps, tanks, and dosing systems — no rip-and-replace required.

Instrumented from day one

NTA characterization, dissolved-gas sensing, and remote telemetry mean you see the impact in real time, not in a brochure.

Operational savings, fast

Most deployments pay back in months through reduced chemistry, energy, water, and maintenance — not years.

Sustainable by design

Less chlorine, less acid, less wasted water. Your sustainability KPIs improve as a side effect of doing the work better.

Hands-on partnership

Our scientists, engineers, and field operators stay engaged from pilot through scale-up — your team gains capability, not just a vendor.

Research Partners

Validated alongside the world's leading research institutions

  • Cal Poly logo
  • University of Alberta logo
  • Arizona State University logo
  • Florida Atlantic University logo
  • University of Florida logo
  • University of Louisville logo
  • University of Maine logo
  • University of Notre Dame logo
  • Osaka University logo
  • USDA logo
  • Washington State University logo
  • University of Waterloo logo
  • University of Wisconsin logo
  • Clemson University logo
  • Penn State logo
  • University of Montreal logo

Latest article

Fresh from the press

Green Living Magazine

Feature · Green Living Magazine

Nanobubbles: Water Treatment in the Arizona Desert

A Gilbert company is using bubbles smaller than the eye can see to clean Arizona's water with less chlorine — and the implications go far beyond the pool.

Let's discuss your process

Free consultation. Real engineering answers.

Tell us about your water challenge. We'll review your process, share preliminary recommendations, and outline what an Aquadei deployment could look like for your operation — at no cost.

We typically respond within one business day.