UFB Labs-UNLOCKing THE POWER OF nanobubble through application r&d

Best Oil Seperation and Low Energy Oxygenation for wastewater treatment

Nanobubble technology is an innovative tool for wastewater treatment, improving treatment efficiency, reducing energy use, allowing better performance of existing aeration systems, and producing better biological oxygen demand (BOD) and chemical oxygen demand (COD).

Our Expertise In Wastewater Treatment

Explore the fundamentals, benefits, and research of nanobubbles.

top view of concrete structures
top view of concrete structures

PRETREATMENT

  • Easy to maintain optimal DO

  • Higher hatching rate

  • Reduced early mortality

aerial view of city during daytime
aerial view of city during daytime
RECIRCULATING AQUACULTURE SYSTEM
  • Reduces Early Mortality Syndrome

  • Growing faster

  • Higher productivity and quality

FOOD CLEANING & PREPARATION
  • Cleaner & free of debris

  • Improve taste

  • Higher market value

RETAIL & TRANSPORTATION
  • Cleaner & healthier

  • Reduction of smell

Nanobubbles Research & Development Insights

Appropriate supply of dissolved oxygen contributes to the increase in the income of fish farmers by increasing production and maintaining longer freshness.

Promote Sustainability

It reduces aquatic stock stress, allows sustainable intensification of aquaculture production and higher stocking densities, and results in better feeding with lower feed conversion ratios. Furthermore, the likelihood of pathogen disease outbreaks is mitigated. This all translates into greater productivity and improved aquaculture unit profitability from aquaculture production units

Proven Benefits

Nanobubble technology go beyond efficiently increasing dissolved oxygen levels. Thanks to their electrochemically charged surface, they attach themselves and degrade organic contaminants, allowing fish farmers to reduce chemicals and antibiotics, and can be used to remediate the seabed under fish farming sites.

a field of flowers with a house in the background

Contact Us

Reach out for inquiries regarding nanobubbles or our research.