Equipment
Official photographs, model names and application layouts for SORA nanobubble generators.
EVIDENCE ROOM
Trust grows when observations, claims and open questions are separated.
This page shows how the technical and field materials are used. Manufacturer measurements are valuable discussion inputs, but they are not converted into universal performance promises.
- Source ownership identified
- Test-specific observations labelled
- Field context separated from controlled evidence
- Open verification items carried into project qualification
WHAT THE MATERIALS SHOW
The documented foundation
Measurements
Particle-size / concentration graphs and dissolved-oxygen observations associated with specific depicted tests.
Applications
Manufacturer-proposed uses across aquaculture, agriculture, water treatment and cleaning.
Field context
A Hokkaido shrimp-aquaculture installation, catalog images and videos linked from the official page.
SELECTED MANUFACTURER OBSERVATIONS
Numbers with context attached
< 1 μm
ISO terminology for ultrafine bubbles
Terminology threshold; not a product certification or performance result.
Open source74 nm
Maximum-frequency diameter in one catalog NanoSight result
One depicted sample and measurement, not a guaranteed output under all conditions.
Open source1.29 × 10⁸ / mL
Particle concentration paired with the 74 nm result
Manufacturer catalog observation with stated uncertainty; cross-comparison requires compatible sampling and methods.
Open source7.24-12.3 mg/L
Depicted dissolved-oxygen range for an ambient-air configuration
Manufacturer test observation; water temperature and test setup are material.
Open sourceUp to 30.0 mg/L
Depicted HS dissolved-oxygen value at 25 °C
Manufacturer test-specific observation, not a guaranteed result for a customer system.
Open sourceHOW TO READ THE DATA
Five questions to ask before comparing a number
- Which model and configuration produced it?
- Which gas, water, temperature, volume, flow and run time were used?
- Where and when was the sample taken?
- Which instrument, preparation and reporting method were used?
- Is the number a single observation, a range, an average or a replicated result?
FIELD CONTEXT
What the shrimp material supports - and what it does not
The official source supports the statement that a SORA-GR system was introduced into a shrimp-aquaculture environment in Hokkaido and that field imagery / video exists.
It does not, in the reviewed public material, establish a controlled causal claim for a specific growth, survival, feed, water-quality or economic outcome. Such claims require the original protocol and data.
PROJECT EVIDENCE
What a decision-grade validation should record
- 01
Question
State the operating or commercial hypothesis before the test.
- 02
Conditions
Record water, temperature, flow, gas, load, equipment and all relevant concurrent changes.
- 03
Method
Define instruments, sampling points, timing, controls and acceptance criteria.
- 04
Result
Report favourable and unfavourable observations with the test limitations.
- 05
Decision
Link the technical result to economics, operations, safety and scale-up risk.
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.
Aquaculture system overview (English, manufacturer-provided)NANOBEST JAPAN / document-listed project parties
07Used for solution architecture only. Biological outcomes require site-specific validation.
Aquaculture system overview (Japanese, manufacturer-provided)NANOBEST JAPAN / document-listed project parties
08Used to cross-check the proposed circulation, aeration, filtration and microorganism components.
Ultrafine bubbles for agriculture and water treatment (Japanese, manufacturer-provided)NANOBEST JAPAN / document-listed project parties
09Source for proposed application areas; unsupported health, sterilisation and outcome claims are not reproduced.
BIO material supplied for review (Japanese)NANOBEST JAPAN / document-listed project parties
10Used only to establish that a separate beneficial-microorganism product line is proposed. Identity, formulation, directions, efficacy, safety and market permissions require confirmation before a commercial claim is made.
Nanobubble generator video linked from the official pageVideo linked by NANOBEST JAPAN
11Visual reference for equipment and operation; not treated as quantitative evidence.
Vannamei shrimp aquaculture video linked from the official pageVideo linked by NANOBEST JAPAN
Field context only. The public source does not provide a controlled study protocol sufficient to attribute outcomes solely to the equipment.
REQUEST THE RIGHT MATERIAL
Tell us which claim your team needs to evaluate.
We can align the available manufacturer material with the application questions and identify what still requires project-specific testing.