Shrimp RAS Project Story
Illustrative engineering scenario for discussion only. This is not a verified completed project or a measured performance claim.
Scenario Challenge
High disease pressure and inconsistent results in open pond production led the client to seek a biosecure indoor RAS with clearer batch control and export-oriented traceability.
Recommended System Logic
A clear-water RAS with segregated nursery and grow-out loops, enhanced mechanical filtration, biofiltration sized for shrimp loading, UV/ozone disinfection barriers, and centralized monitoring for critical parameters.
Key Modules
Mechanical Filtration
High-capacity drum and micro-screen filtration for reliable solids removal in commercial RAS loops.
Biofiltration
Moving bed and fixed film biofilters engineered for ammonia and nitrite control under commercial feed loading.
Oxygenation
High-efficiency oxygen cones, diffusers, and injection systems for commercial stocking densities.
UV / Ozone Disinfection
UV and ozone systems for pathogen control and biosecurity in commercial RAS loops.
Automation & Monitoring
PLC/SCADA panels, sensor networks, and alarm logic for reliable commercial RAS operation.
Engineering Notes
- •Biosecurity zoning between nursery and grow-out
- •Disinfection protocols integrated with batch turnover SOPs
- •Feed loading scenarios modeled for peak growth phase
Potential Design Objectives (not verified results)
- •Design objective: improve batch-to-batch consistency
- •Design objective: reduce dependence on external water exchange
- •Design objective: improve visibility via centralized SCADA
Related Solution
RAS for Shrimp Farming →Discuss a Similar Project
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