Nanobubble Research & Scientific Validation

PureNanoTech was founded on scientific discovery. Our research-driven approach combines laboratory validation, institutional collaboration, and engineering development to advance the understanding and application of nanobubble technology.

Research Focus Areas

PureNanoTech originated from academic research focused on understanding the fundamental behavior of nanobubbles in liquid systems. From stability and surface charge to gas–liquid interaction dynamics, our work centers on the physical and chemical properties that define nanobubble performance.

Our research focuses on:

Nanobubble stability over time
Size distribution and concentration control
Zeta potential and electrostatic behavior
Gas-specific nanobubble performance (O₂, O₃, H₂, CO₂, N₂, air)
Ozone–nanobubble interaction mechanisms
Gas–liquid mass transfer efficiency

Grants & Institutional Support

PureNanoTech’s research has been supported by federal and state institutions that recognize the scientific and practical potential of nanobubble technology.

In addition, PureNanoTech participates in international standards development related to fine bubble technology, contributing technical expertise to ISO discussions and related advisory groups.

These partnerships reflect external validation of our scientific approach and ongoing commitment to advancing nanobubble standards globally.

We have secured grants and support from organizations including:

U.S. Department of Energy (DOE)
Environmental Protection Agency (EPA)
National Science Foundation (NSF)
U.S. Department of Agriculture (USDA)
New Jersey Economic Development Authority (NJEDA)
Grow-NY
Other state and innovation programs

Laboratory Capabilities

PureNanoTech conducts detailed nanobubble characterization and performance evaluation through internal and collaborative laboratory testing.

Our capabilities include:

Nanobubble Size & Distribution Analysis

Measurement of nanobubble size distributions (often centered around ~100–200 nm) and total concentrations approaching 10⁹ particles/mL, depending on configuration.

Stability Over Time Studies

Evaluation of nanobubble concentration retention over extended storage periods to assess persistence and performance durability.

Zeta Potential Measurement

Analysis of surface charge characteristics across varying water conditions, demonstrating strong electrostatic stability.

Gas-Specific Performance Testing

Assessment of how different gases behave at the nanoscale and how they influence oxidation, dissolution, and mass transfer processes.

These laboratory capabilities allow PureNanoTech to validate system performance under controlled conditions before deployment into field applications.

stability graph

size distribution

zeta potential

Academic Partnerships

PureNanoTech collaborates with universities, national laboratories, and research institutes to further investigate nanobubble behavior and application potential.

Collaborative efforts may include:

Joint experimental studies

Independent validation of nanobubble performance

Application-specific pilot testing

Graduate and Ph.D.-level research projects

Co-development of experimental protocols

Through these partnerships, we continue expanding the scientific understanding of nanobubbles while supporting the broader research community.

Publications & Documentation

PureNanoTech develops technical documentation, research summaries, and presentation materials related to nanobubble science and system performance.

Available materials may include:

Interested in Collaborating or Accessing Research Data?

Whether you are a university researcher, laboratory director, or innovation partner, our team welcomes technical discussions and collaborative exploration.