Shrimp Aquaculture

Local Validation for Shrimp Aquaculture

Japanese shrimp evidence is the starting point. Local species, water, feed, stocking density, climate and management determine whether the technology is relevant on another farm.

100% natural Japanese biotechnology.

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Evidence

What has been explored in Japan?

Source verification in progress

Grow-out / production context

Vannamei / whiteleg shrimp · Japan

Technology + high DOTechnology aloneHigh DO aloneControl

A four-condition comparison. The source material reports the strongest late-stage growth and the fastest attainment of market size in the combined condition (technology + high dissolved oxygen).

Two factors were combined, so the combined outcome cannot be attributed to the biotechnology alone. The contribution of each factor cannot be separated. No weight figures are published while verification is in progress.

Preliminary source material

Fry / early-stage context

Vannamei / whiteleg shrimp · Japan

Indoor tank trialPreliminary

The source material describes more active swimming and lower protozoan proliferation in the test group, with possible relevance to initial stabilization and water-quality context.

Preliminary observations only. This is not a disease-prevention claim and requires source verification and local validation.

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Context

Why local validation matters

Results from Japan should not be copied directly to another farm. The same number can reflect a different biological state under different conditions.

Water temperature

Drives metabolism, feeding and growth rate.

Dissolved oxygen

Shapes stress, appetite and biomass capacity.

pH / salinity

Differ by site, source water and season.

Stocking density

Changes competition, water load and uniformity.

Feed

Formulation, ration and schedule affect every KPI.

Management / biosecurity

Routines and protocols differ farm to farm.

Measurement

What a shrimp pilot should measure

These are measurement targets, not promised outcomes — each read against a comparison group under the same management.

Biological

SurvivalAverage body weightGrowth rateUniformity

Feed

FCRFeed intakeFeed cost per kg biomass (where available)

Water

DOTemperaturepHSalinityAmmonia / nitrite (where available)Protozoa observations

Business

Yield per cycleHarvest timingOperating costROI / payback (where appropriate)

Formats

Pilot formats

Hatchery / early-stage

Fry and post-larvae stage, focused on early stability and survival.

Nursery / RAS

Controlled systems where water parameters can be logged closely.

Grow-out / pond / closed system

Full or partial cycles measured to harvest.

Optional technology-pairing

Evaluated alongside e.g. dissolved-oxygen enhancement, with separate groups so each factor can be read.

How the MEGUMI Pilot Program works

1. Initial Review
2. Pilot Design
3. Local Implementation
4. Data Collection
5. Review
6. Next-stage Decision

The Pilot Program is a paid, individually scoped engagement.

Scope, duration, volumes and terms are agreed after the initial review. Participation is reviewed, not automatically accepted.

Getting started

What we need from you

CountrySpeciesLife stageFarm scaleProduction systemCurrent challengeBaseline data availableWhat you want to measure

Shrimp pilot questions

Has this been tested with shrimp?

Yes. MEGUMI BIO technology has been explored in Japan in vannamei (whiteleg) shrimp contexts: a grow-out comparison of four conditions and a preliminary fry-stage tank trial. Source verification for both records is still in progress, so no performance figures are published.

Does the Japanese result guarantee the same outcome on my farm?

No. Species, life stage, water temperature, dissolved oxygen, salinity, stocking density, feed and management differ between farms. Japanese observations are a starting point; local validation under your own conditions is required.

What should a shrimp pilot measure?

Survival, average body weight, growth rate and uniformity; FCR and feed intake; dissolved oxygen, temperature, pH, salinity and, where available, ammonia, nitrite and protozoa observations; and yield per cycle, harvest timing and operating cost — always against a comparison group under the same management.

Is the Pilot Program free?

No. The Pilot Program is a paid, individually scoped engagement. Scope, duration, volumes and terms are defined after an initial review.

Build shrimp evidence under your own farm conditions.

Apply to the Pilot Program Talk with our team

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