Ambient-air route
Manufacturer materials describe SORA-GR as drawing in outside air. It may suit projects beginning with compact oxygenation or circulation, subject to engineering review.
SOLUTION A NANOBUBBLE EQUIPMENT
A compact generator is only the beginning The application design creates the value
SORA is presented as a compact platform for generating ultrafine bubbles in water. The commercial question is not simply whether bubbles can be generated, but how gas, water, flow, temperature and process objectives fit together at your site.
Language selection does not determine the project destination. This desk does not accept Nanobubble inquiries for Thailand.
- Ultrafine-bubble terminology aligned to the below-1 μm ISO definition
- Ambient-air and selected-gas configurations described in manufacturer materials
- Particle and dissolved-oxygen observations available for technical review
- Performance confirmed by application-specific validation
THE TECHNOLOGY
Very small bubbles, long water contact, more design options
ISO terminology describes ultrafine bubbles as fine bubbles smaller than 1 μm. Manufacturer materials position SORA systems as a means of generating this bubble class while introducing ambient air or, depending on the configuration, selected gases into water.
Bubble size alone does not determine an outcome. Gas type, source-water chemistry, temperature, pressure, circulation, residence time, organic load and downstream process conditions all matter.
MODEL DISCUSSION
Select by operating requirement - not by the largest brochure number
Selected-gas route
SORA-GR HS / related high-spec configurations are presented for selected gases. Gas compatibility, supply, materials, ventilation and local safety requirements must be checked.
Project configuration
Tank size, piping, pump duty, continuous or batch operation and monitoring requirements determine the practical system around the generator.
DOCUMENTED OBSERVATIONS
Useful reference points, presented with their limits
74 nm
Maximum-frequency particle diameter shown in one NanoSight result
Manufacturer catalog sample result; not a guaranteed output across all water and operating conditions.
Open source1.29 × 10⁸ / mL
Particle concentration shown with the same catalog result
The document reports an uncertainty term; sampling, preparation and measurement conditions should be reviewed before comparison.
Open source7.24-12.3 mg/L
Dissolved-oxygen observations associated with the depicted ambient-air configuration
Manufacturer-provided test range. Water temperature and test setup materially affect dissolved oxygen.
Open sourceUp to 30.0 mg/L
Dissolved-oxygen value depicted for an HS test at 25 °C
Test-specific manufacturer observation, not a site-performance guarantee.
Open sourceWHAT WE NEED FROM YOU
The information that turns interest into a viable system discussion
- Country, site and industry
- Freshwater, seawater or process-water characteristics
- Tank or loop volume, depth and circulation rate
- Water-temperature range and baseline dissolved oxygen
- Available electricity, pump and gas infrastructure
- Current process problem and measurable target
- Operating hours, cleaning regime and installation constraints
VALIDATION FIRST
Agree on the measurement before evaluating the result
- 01
Baseline
Record the existing process under representative operating conditions.
- 02
Configuration
Document model, gas, flow, run time, water volume, temperature and sampling points.
- 03
Indicators
Choose application-relevant indicators such as dissolved oxygen, energy use, water-quality variables or cleaning result.
- 04
Decision
Review the result against a pre-agreed threshold before scale-up or commercial commitment.
SOURCE TRANSPARENCY
Materials used for this page
See who provided each source and how it is treated in the sales narrative.
01
ISO 20480-1:2017 - Fine bubble terminologyInternational Organization for Standardization
02Independent terminology reference. It defines terminology; it does not validate a specific product's performance.
NANOBEST JAPAN official nanobubble pageNANOBEST JAPAN
03Primary manufacturer-provided product and application source; claims are not treated as independent validation.
SORA Nanobubble Generator catalog (English, manufacturer-provided)NANOBEST JAPAN / document-listed project parties
04Source for model descriptions, depicted measurements and application diagrams. All numbers are test-specific observations, not guaranteed site results.
SORA Nanobubble Generator catalog (Japanese, manufacturer-provided)NANOBEST JAPAN / document-listed project parties
05Used to cross-check model labels, test figures, application diagrams and field photographs.
SORA Nanobubble Generator flyer (English, manufacturer-provided)NANOBEST JAPAN / document-listed project parties
06Corroborating source for the depicted particle-size, particle-count and dissolved-oxygen measurements; promotional superlatives are excluded.
Nanobubble generator video linked from the official pageVideo linked by NANOBEST JAPAN
Visual reference for equipment and operation; not treated as quantitative evidence.
TECHNICAL FIT
Send the water conditions We will structure the right questions
A short technical brief is more useful than a generic price request. Include water volume, temperature, current dissolved oxygen, flow and your target process outcome.
Language selection does not determine the project destination. This desk does not accept Nanobubble inquiries for Thailand.