Driving Innovation in Ultrafine Bubble Technology for a Sustainable Water Future

Nanobubbles: The Next Frontier in Sustainable Water Technology

At Waboost, research and development are the cornerstone of our mission to transform global water treatment through nanobubble technology. With over 15 years of pioneering experience, we continue to lead the evolution of ultra-fine bubble (UFB) applications by combining in-house engineering with collaborative scientific research.

Our Vision

We envision a world where clean, efficient, and chemical-free water treatment is accessible to every industry. Our R&D strategy is centered on developing scalable, intelligent, and sustainable Ultrafine Bubbles solutions that reduce water and energy use while enhancing environmental and economic value.

Recognized Key Innovator by the European Commission

Waboost has been officially identified as a Key Innovator by the EU Innovation Radar, a recognition given to high-potential organizations delivering cutting-edge technologies in European-funded research.

Highlighted Innovation

“Platform for real-time monitoring of nano-aeration systems with automated cloud-based control” – an intelligent system enabling predictive and adaptive water treatment, particularly in precision agriculture and environmental applications. This recognition underlines Waboost’s role as a leading European innovator in smart, sustainable water technologies, positioning us among the continent’s top deep-tech startups pushing the boundaries of clean water solutions.

Our Research and Innovation Partners

Our Research and Innovation Partners

Ongoing R&D Focus Areas

Advanced Gas Transfer Efficiency

Engineering proprietary Ultrafine Bubbles generation systems with >90% oxygen transfer efficiency.

AI-Driven Smart Water Platforms

Integrating real-time sensor data, machine learning, and remote control systems for automated water quality optimization.

Multigas Ultrafine Bubbles Applications

Exploring the use of ozone, oxygen, and CO₂ Ultrafine Bubbles in targeted disinfection, oxidation, and nutrient delivery.

Biological Interaction Studies

Understanding the effects of Ultrafine Bubbles on microbial ecosystems, plant physiology, and animal metabolism.

Key Collaborations

University of Ljubljana (Slovenia)
We co-develop fundamental and applied studies on oxygen transfer, water microbiology, and precision agriculture in partnership with leading researchers from UL’s Faculty of Biotechnology and Faculty of Mechanical Engineering.

HEPIA – Geneva School of Engineering, Architecture and Landscape Collaborative studies focus on Ultrafine Bubbles use in irrigation water efficiency under varying environmental conditions and applications.

HEPIA – Geneva School of Engineering, Architecture and Landscape
Collaborative studies focus on nanobubble use in irrigation water efficiency under varying environmental conditions and applications.

GreenDat.AI (EU Horizon Project) As part of the GreenDat.AI consortium, Waboost is leading Use Case #4 – Smart Water Management. This project integrates IoT, AI, and Ultrafine Bubbles systems to deliver predictive irrigation optimization and water quality analytics across Europe’s agri-tech sector.

GreenDat.AI (EU Horizon Project) As part of the GreenDat.AI consortium, Waboost is leading Use Case #4 – Smart Water Management.
This project integrates IoT, AI, and nanobubble systems to deliver predictive irrigation optimization and water quality analytics across Europe’s agri-tech sector.

Validated Impact

Our R&D results are continuously validated by independent institutions and third-party certifications, including the CIF Climate Impact Validation (2023) confirming up to 21 tCO₂eq savings per 100,000 m³ of water treated—demonstrating the environmental potential of Ultrafine Bubbles in reducing fertilizers, pesticides, and water usage.

Pilot Projects & Data Collection

Waboost operates multiple field testbeds in greenhouses, livestock farms, wastewater facilities, and open water bodies across Europe, Asia, and Africa. These installations provide real-time performance data for ongoing product refinement, machine learning model training, and scientific publications.

Commitment to Scientific Integrity

We maintain an open approach to research, frequently collaborating with global universities, presenting at scientific conferences, and sharing data through EU-funded platforms. Our goal is to set the scientific standard for Ultrafine Bubbles research and promote evidence-based deployment worldwide.

Interested in Collaborating?

We welcome inquiries from research institutions, universities, and industry partners interested in co-developing applications, performing field trials, or joining EU-funded projects.