Aquaculture Research & Development (R&D)
Applied research and innovation to improve performance, sustainability, fish health, and value creation across hatcheries and aquaculture operations.
Our R&D focuses on practical, scalable outcomes — bridging science and production through formulation work, health solutions, genetics, and product development for modern aquaculture.
R&D Focus Areas
Research programs designed for measurable outcomes and real-world deployment.
Feed Development
Feed formulation optimization to improve growth performance and feed conversion ratio (FCR).
- Nutrient profiling and formulation optimization
- Performance testing for growth and FCR
- Digestibility and waste reduction
Alternative Protein Sources
Development and evaluation of alternative proteins such as insect protein, algae, and single-cell protein (SCP).
- Insect protein
- Algae and microalgae protein
- Single-cell protein (SCP)
- Sustainability and scalability assessment
Fish Health & Vaccines
R&D on species-specific aquatic health solutions and vaccines aimed at reducing antibiotic usage.
- Preventive health management
- Species-specific vaccine development
- Antibiotic reduction strategies
Selective Breeding & Genetics
Selective breeding and genetics programs to improve growth performance and resilience under intensive farming conditions.
- Growth performance enhancement
- Resilience and survival improvement
- Genetic line selection and performance tracking
Value-Added Products
R&D on seafood processing and development of value-added products such as fillets, oils, extracts, and nutritional supplements.
- Seafood processing and product development
- Fillets, oils, and extracts
- Nutritional and functional supplements
- Quality and market readiness focus
R&D Scope & Deliverables
Our scope includes research planning, protocol development, pilot validation, performance tracking, and documentation — designed to support measurable operational improvement.
Applied Aquaculture R&D for Hatcheries and RAS Facilities
TDQ Co conducts applied research to improve feed efficiency, fish health, genetics, and production performance — supporting sustainable growth in modern aquaculture.
R&D outcomes can be integrated with automation and SCADA monitoring to validate improvements using real production data.
Download Technical Specifications
Get an overview of our automation, control systems, and hatchery engineering capabilities.
Download Specs