Direct Operation of Large-Scale Aquaculture Wellboats for High-Value Seafood

📌 Background

Domestic annual consumption of salmon exceeds 200,000 tons with a self-sufficiency rate of under 30%. In the first quarter of 2026, Atlantic salmon imports reached 55,000 tons, a year-on-year increase of 59%, highlighting import dependence as a persistent industry pain point. The world's first 150,000-ton aquaculture wellboat, Guoxin-1 (2-2), has achieved commercial output of salmon and trout, with the first batch achieving a survival rate of 97.3% and an average harvest weight of over 4 kg (based on acceptance data standards), marking the transition of offshore mobile aquaculture from experimental trials to commercialization.

👤 Target Customers

Salmon and trout processing enterprises, high-end restaurant groups, and supermarket retail channels as primary customers; government subsidies and demonstration projects provide supplementary funding sources.

💰 Revenue Streams

1) Direct sales of salmon, trout, and other aquatic products harvested from wellboats to processors and wholesalers; 2) Future expansion into graded processing and cold-chain branded product sales; 3) Supplementary revenue from tourism, educational study tours, and related activities.

🧮 Cost Structure

Aquaculture wellboat construction and depreciation amortization; feed and vaccine procurement; vessel crew compensation and fuel/power; fry breeding and disease control investments; cold chain logistics expenses.

🛡️ Moat

Extremely high technical barriers to building large-scale aquaculture wellboats, with only a handful of global enterprises capable of construction and operation; year-round stable supply capacity via deep-sea harvesting; unit cost advantages driven by economies of scale.

🔑 Keys to Success

• Enhance wellboat automation and biomass management capabilities
• Partner with research institutions to optimize salmon and trout farming techniques
• Build a domestic sales network and establish a high-end seafood brand

⚠️ Risks

• Long initial investment payback period with significant cash flow volatility
• High sensitivity of single-species aquaculture to market fluctuations
• Marine safety and environmental accidents that could trigger regulatory penalties

🏢 Cases

• Large-scale commercial operation of the world's first 'fish-farming aircraft carrier'
• Commercial output project for salmon and trout utilizing a 150,000-ton aquaculture wellboat

📊 SWOT Analysis