RAS & Fish Farm Design

We develop aquaculture concepts for new species and innovative production systems.
Our work includes biological requirements analysis, production strategy, and RAS configuration adapted to site conditions.

Typical scope:

• species biology and production targets

• system concept and production flow

• preliminary RAS configuration

• site constraints analysis

• technical concept documentation

Design and implementation of pilot aquaculture systems for technology validation and investment readiness.

Scope:

• pilot RAS design

• equipment selection

• experimental protocol definition

• performance monitoring setup

• scaling strategy

Verification of production parameters for new species in controlled aquaculture systems.

Includes:

• stocking density validation

• growth and FCR assessment

• water quality tolerance

• feeding strategy

• risk identification

Development of hatchery and nursery technologies for new aquaculture species.

Includes:

• hatchery layout and flows

• larval / juvenile systems

• water treatment configuration

• life-stage specific RAS modules

• prototype testing

Comprehensive technical and economic evaluation of aquaculture investment projects.

Includes:

• site and water assessment

• species suitability

• production capacity modeling

• CAPEX and OPEX estimation

• risk analysis

Financial modeling of recirculating aquaculture systems (RAS).

Includes:

• equipment cost structure

• energy demand modeling

• water and oxygen consumption

• feed and biomass projection

• production cost per kg

Engineering design of commercial aquaculture facilities.

Stages:

• process flow diagrams (PFD)

• RAS sizing calculations

• equipment specification

• layout development

• engineering documentation

Selection of optimal aquaculture technologies and suppliers.

Includes:

• RAS configuration comparison

• filtration and biofilter selection

• oxygenation systems

• automation and monitoring

• supplier evaluation

• Independent assessment of existing aquaculture facilities.

  Includes:

  • RAS performance analysis

  • bottleneck identification

  • water quality review

  • equipment condition

  • operational risks

Independent assessment of existing aquaculture facilities.

Includes:

• RAS performance analysis

• bottleneck identification

• water quality review

• equipment condition

• operational risks

Optimization of RAS water treatment and stability.

Includes:

• biofilter performance

• solids removal efficiency

• CO₂ and nitrogen control

• aeration / oxygenation

• monitoring strategy

Upgrade of existing aquaculture systems.

Includes:

• RAS retrofitting

• equipment replacement

• energy efficiency

• automation integration

• capacity expansion