Increase oxygen levels in water
Enhance nutrient uptake
Promote overall growth and yield
Improve efficiency in cultivation

Increase oxygen level in water
Increase nutrient uptake resulting in tastier crops
Promote plant growth
Improve soil structure and soil aeration
Improve water quality (filtration & sterilization)
Enhance pest control and management
Improve seed treatment
Facilitate soil remediation

Improve animals’ digestive system
Improve nutrient absorption and overall health
Reduce harmful bacteria
Improve disease prevention

Increase oxygen levels in fish tanks
Improve water quality (filtration & sterilization)
Boost growth rate and overall health
Reduce disease
Better larval rearing

Boost growth through increased oxygenation
Improve survivability through reducing disease
Increase nutrient uptake
Reduce stress through calm and oxygen-rich environment

Enhance oxygen solubility
Remove organic matter
Remove harmful bacteria
Improve water quality (filtration & sterilization)

Help with microbial control (bacteria, virus, algae spores etc.)
Remove organic matter and pollutants
Reduce disease outbreaks, water cloudiness, fouling
Help with effective filtering of aquatic waste

Increase nutrient uptake
Remove harmful pathogens
Promote overall health and well-being

Calm and reduce stress due to buoyancy and soothing properties
Create a tranquil and relaxing environment

Act as carriers for drugs, genes and other therapeutic agents
Enable targeted delivery to specific tissues and cells
Enhance drug stability
Prolong circulation timeImprove drug uptake at targeted site
Improve drug uptake at targeted site

As contrast agents and enhance visibility of tissues
Produce strong ultrasound signals due to acoustic properties
Allow effective real-time monitoring of physiological processes

Allow precise drug delivery, thermal ablation and sonodynamic therapy
Allow selective targeting cancer cells, minimizing collateral damage to healthy cells
Enhance efficacy of chemotherapy, radiation therapy and other treatments

Stimulate cellular processes
Enhance oxygenation (reduce infection risks)
Modulate inflammation
Promote wound healing and tissue regeneration

Help effectively deliver antimicrobial agents
Enhance immune responses
Target pathogens
Reduce antibiotic resistance

Blood-brain barrier penetration for brain-related diseases
Theranostics

Delivery of therapeutic agents through skin barrier
Reduction of inflammation
Antimicrobial effects

Enhanced penetration of therapeutic agents through skin barrier
Antimicrobial effects as nanobubbles reduce microbial load on skin
Skin rejuvenation by hydrating skin, reducing inflammation and supporting skin repair

Enhanced penetration of therapeutic agents through skin barrier
Antimicrobial effects as nanobubbles reduce microbial load on skin
Skin rehydration, inflammation reduction and skin repair support

Create additional micro-fractures and enhancing proppant placement
Improve acid penetration and reaction rates
Enhance efficiency of hydraulic fracturing

Penetrate porous rock formations
Reduce interfacial tension, mobilize trapped oil, enhance sweep efficiency
Improve oil production rates and recovery factors

Wellbore Cleaning
Enhanced waterflooding
Scale and corrosion control
Produced water treatment – remove residuals

Enable efficient gas-liquid contact and mass transfer
Facilitate the removal of impurities and contaminants

Improve gas dissolution and solubility of gases in liquids
Enhance gas-liquid interactions
Increase contact surface area
Facilitate efficient gas absorption, separation and utilization

Gas hydrate inhibition through disruption of nucleation
Gas storage and delivery through by improving compression and stability
Gas detection
Gas foam applications

Improve ion transport, cycling performance
Help charge/discharge kinetics
Enable high-energy-density

Promote electrolysis of water
Enhance hydrogen generation rates
Improve hydrogen storage and release
Enable sustainable hydrogen production, transportation and utilization

Solar energy harvesting through increasing light absorption
Enhanced heat transfer through better heat transfer fluids

Help remove pollutants (heavy metals, volatile organic compounds VOCs etc)
Promote degradation and extraction of pollutants
Enhance delivery of remediation agents

Enhance contact and reaction between airborne pollutants and treatment agents
Capture particulate matter and greenhouse gases
Suppress airborne pathogens

Increase surface area of oil-water interfaces
Promote dispersion of oil slicks
Facilitate action of oil-degrading microorganisms
Accelerate the natural attenuation of oil contaminants

High surface area-to-volume ratio allow enhanced oxygen dissolution and diffusion
Improve aeration and oxygen transfer
Promote aerobic microbial activity and accelerate organic matter degradation

Facilitate delivery of disinfectants (ozone, chlorine, UV radiation) into wastewater
Increase contact time with pathogens
Improve disinfection rates

Enhance attachment and flotation
Increase buoyancy forces
Facilitate particle aggregation and separation

Improve dispersion and contact of odorants and VOCs with oxidizing agents
Promote degradation and adsorption
Reduce nuisance odors and improve air quality

Low energy requirement by Nanovus’ proprietary nanobubble technology
Cost-benefit feasible in overall treatment plant resilience and sustainability

Inactivate microbials
Help remove VOCs and algae metabolites
Improve water aesthetics and palatability

Enhanced penetration for hard-to-reach crevices and pores
Increased surface area coverage for better sterilization
Disruption of biofilms for easier removal of microorganisms
Antimicrobial effects when nanobubbles collapse and coalesce

Improve dissolved oxygen levels
Accelerate water treatment kinetics
Reduce odors and tastes
Reduce fouling, scaling and biofilm formation

Advanced cleaning and disinfection
Improved whitening treatments through increase in efficacy of bleaching agents
Reduction in hypersensitivity

Disinfection through enhanced oxidation, improved distribution and increased contact time
Odor neutralization and continuous air purification in HVAC systems
Non-toxicity

Remove biofilm on surfaces, substrates and equipment
Inactivate pathogens in water
Aid in sediment remediation through promoting sediment oxygenation and mobilization
Restore ecosystems of natural habitats for aquatic species

Delivery of active ingredients through skin barrier penetration
Improved absorption and efficacy of active ingredients
Skin cleansing and exfoliation through antimicrobial effects

Skin hydration and anti-aging effects
Skin brightening and tone correction
Irritation and sensitivity reduction

Enhanced penetration help loosening and dislodging rust particles
Reactive oxygen species (ROS) such as singlet oxygen and hydroxyl radicals are generated when nanobubbles collapse, breaking down rust and corrosion on metal surfaces
High surface area-to-volume ratio allow heavy cleaning action
Nanobubbles form a protective layer that inhibit future rusting