Industrial Applications
of Nanobubble Technology
Nanobubble technology is used to improve the efficiency of gas transfer, cleaning and water treatment processes, and is applied across agriculture, aquaculture, industrial cleaning, water and environment, hygiene and many other industries.
Nanobubble technology matched to the performance each industry requires
Nanobubble technology serves many industries, but the purpose and required performance differ. Dissolved oxygen supply matters most in agriculture and aquaculture, soil removal in cleaning, and oxygen transfer and ozone oxidation in wastewater treatment.
With these differences in mind, Honour Tech develops and supplies nanobubble systems for 12 fields, covering 4 core application areas plus research and testing. Each field page explains how the technology works, which products fit and the technical evidence; commercial readiness is summarized on this page.
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12
Applications
Fields across 4 core application areas plus research and testing
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37
Sub-applications
Applications by specific process and target
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25
Commercial applications (expanding 8 · early 17)
Field validation 10 · R&D 2 View commercial readiness
Productivity
Increases the supply of dissolved oxygen and process gases to support crop growth, aquaculture and microbial culture.
Recommended products
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Agriculture
Raises dissolved oxygen in irrigation water to support root vitality and crop growth.
Agriculture · Hydroponics · Smart farms
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Aquaculture
Supports dissolved oxygen supply and water quality management in culture tanks and ponds.
Shrimp farming · Tank culture · Recirculating aquaculture (RAS)
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Microbial Culture & Fermentation
Supports the gas supply needed for microbial culture and fermentation processes.
Fermentation · Culture
Cleaning & Washing
Applies nanobubble water to washing and cleaning processes to reinforce the removal of soils and residues.
Recommended products
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Commercial & Food Washing
Applies nanobubble water to washing processes to reinforce cleaning power.
Car wash · Laundry · Dishwashing · Produce & food washing
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Industrial & Precision Cleaning
Supplies nanobubble water to cleaning processes to reinforce the removal of fine contaminants and residues.
Glass · Metal · Precision parts · Electronic parts · Semiconductors
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Equipment & Pipe Cleaning
Reinforces residue removal inside tanks and piping to help prevent cross-contamination between batches.
Pharmaceuticals · Agrochemicals · Cosmetics · Food process · Pipe & circulating water management
Water & Environment
Dissolves oxygen and ozone in water to support better treatment efficiency and water quality recovery.
Recommended products
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Wastewater Treatment & Water Reuse
Reinforces oxygen transfer and ozone oxidation to support treatment efficiency and effluent reuse.
Car wash wastewater reuse · Sewage & wastewater treatment · Ozone advanced oxidation (AOP)
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Pond & Lake Management
Supplies dissolved oxygen to oxygen-deficient waters to support water quality recovery.
Ponds · Lakes · Reservoirs
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CO₂ Utilization
Process technology for dissolving and utilizing CO₂ in water is in development
CCUS
Hygiene & Healthcare
Supports hygiene management and functional water production with nanobubble water made from purpose-specific gases.
Recommended products
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Facility & Public Hygiene
Supports hygiene management, disinfection and sanitation of waterlines, facilities and circulating water with oxygen and ozone nanobubble water.
Swimming pools · Dental unit waterlines · Livestock barn washing & disinfection · Biosecurity
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Functional Water & Healthcare
Produces functional water with dissolved gases such as O₂ and H₂.
Functional water · Skincare
Others
Supports laboratory testing, pilot validation and feasibility reviews for fields not listed here.
Recommended products
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Research & Testing
Low-flow systems used from basic research through pilot validation before industrial application.
Basic research · Pilot validation
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Feasibility review for new fields
Fields not on this list can also be reviewed for feasibility based on purpose, water quality and flow rate.
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Commercial readiness by application
Honour Tech classifies and shares each application by field validation, supply experience and degree of productization.
- Commercial (expanding) Fields with established supply experience and growing adoption
- Commercial (early) Fields where market adoption is growing
- Market validation Fields validating field applicability and operating conditions
- R&D Fields under technology development and feasibility study
Productivity 5 sub-applications
- Agriculture Commercial
- Hydroponics Commercial
- Smart farms Commercial
- Aquaculture · RAS Validation
- Fermentation · Culture Validation
Cleaning & Washing 14 sub-applications
- Car wash Commercial
- Laundry Early market
- Dishwashing Early market
- Produce & food washing Early market
- Glass Early market
- Metal Early market
- Precision parts Early market
- Electronic parts Early market
- Semiconductors Validation
- Pharmaceuticals Early market
- Agrochemicals Early market
- Cosmetics Early market
- Food process CIP Early market
- Pipe & circulating water management Early market
Water & Environment 9 sub-applications
- Car wash wastewater reuse Commercial
- STP Validation
- WWTP Validation
- Industrial wastewater Validation
- AOP Validation
- Ponds Commercial
- Lakes Validation
- Reservoirs Validation
- CO₂ applications R&D
Hygiene & Healthcare 7 sub-applications
- Swimming pools Commercial
- Dental unit waterlines Early market
- Livestock barn washing & disinfection Early market
- Biosecurity Validation
- Functional water Early market
- Skincare (dermatology) Early market
- Skincare (sauna) Early market
Others 2 sub-applications
- Research & Testing Commercial
- Data center cooling R&D
Readiness can differ within the same field depending on the specific process and operating conditions. Evidence for each field is available on its field page.
Frequently Asked Questions
Which industries and processes can Honour Tech's nanobubble technology be applied to?
We apply it across agriculture, aquaculture, cleaning, water treatment, hygiene and many other fields.
Industries not on our list can also be evaluated for feasibility by reviewing the purpose, water quality and process conditions.
What criteria are used to select the right nanobubble system for each industry?
Selection is based on treatment flow rate, gas, target dissolved concentration, operating pressure and wetted-part materials.
Even within the same industry, the right system can differ with the process purpose and operating conditions.
Do raw water quality and operating conditions affect nanobubble performance?
Yes.
Water temperature, pH, salinity, organic matter and suspended solids can affect gas dissolution and process performance. A prior water quality review is especially important for heavily contaminated water or special process water.
Can it be applied without replacing existing production, cleaning or water treatment equipment?
In many fields it can be applied by adding a circulation line or connecting to the feed water system of existing equipment.
The extent of change required depends on the piping, pumps, treatment flow rate and installation space.
Can technical performance and economic feasibility be verified before commercial-scale adoption?
Yes.
Target performance and operating conditions can be evaluated through comparison tests using actual raw water or customer samples. The scope and method of testing are agreed according to the target process and required performance.
Let's find the right nanobubble system for your process. Tell us your purpose and site conditions, and we will review the required flow rate, gas, system configuration and pre-validation method with you.
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