Aquaponic Container Farming

Welcome to the future of sustainable agriculture. Each of our container systems is designed to be a complete, turnkey solution that can be integrated with any of our living spaces or operated as a standalone unit. Whether you're looking to ensure your own food security, start a commercial operation, or contribute to community sustainability, our aquaponic systems provide an efficient, space-saving solution.

Advantages of Aquaponic Container Farming

Reduced Water Usage

Aquaponic systems use up to 90% less water than traditional farming methods, recirculating water between fish tanks and growing beds.

Smart Automation

Advanced monitoring systems and automation ensure optimal growing conditions while minimizing daily maintenance requirements.

Space Optimization

Vertical growing techniques maximize production capacity, allowing for 3-4 times more crops per square foot than conventional farming.

Independent Environment

Container systems create a fully controlled growing environment, enabling successful cultivation in regions with extreme climates, poor soil quality, or challenging growing conditions where traditional farming would be impossible.

Reduced Food Miles

Urban placement of container farms dramatically cuts transportation costs and carbon emissions while providing fresher produce to local communities.

Year-Round Harvests

Climate-controlled environments allow for continuous growing cycles regardless of external weather conditions or seasonal changes.

What Can You Produce In Container Farms?

Spinach
Strawberries
Tomatoes
Potatoes
Lettuce
Garlic
Mushroom
Peppers
Onions
Cucumbers
Squash
Carrots
Microgreens

3 Types of Container Systems

Leafy Greens & Berries

Our premium 40ft container system features 5-tier vertical NFT cultivation optimized for leafy greens. With capacity for 5,880 plants and advanced environmental controls, this turnkey system delivers commercial-scale production in a minimal footprint.

  • 5,880 plant capacity with 5-tier vertical system
  • Full spectrum LED lighting for optimal growth
  • Automated nutrient delivery and pH management
  • Smart control system with climate monitoring
  • Precision sensors for temperature, humidity, and CO₂
  • Complete environmental control system

Complete System Specifications

Cabinet Body
Container Standard 40-foot cold chain container with high-density polyurethane insulation
Internal Structure T-shaped aluminum bottom plate for stability and water recovery
Flooring Galvanized aluminum plate with laboratory anti-slip floor mat
Partitions Double-layer purification board
Planting System
Vertical Structure 5 layers (360mm height per layer)
Frame Plastic-sprayed steel frame
Dimensions 97000mm x 740mm x 2500mm (L x W x H) per set
Planting Capacity 5,880 plants total (98 plants per tray)
Cultivation Method NFT (Nutrient Film Technology) shallow liquid flow
Tray Material Opaque ABS, corrosion-resistant with 3+ year lifespan
Lighting Full spectrum LED plant lights (1.5m/piece)
Nutrient System
Fertilization Camol 3-channel peristaltic pump with adjustable speed
Storage Three 10L blue fertilizer buckets
Water Management Dedicated water filter and circulation system
Solution Tanks Two PP material tanks with inlet/outlet, sewage pipe & oxygen filling
Monitoring System
Temperature Sensor Range: -40°C to 80°C, Accuracy: ±0.5°C at 25°C
Humidity Sensor Range: 0-100%RH, Accuracy: ±3%RH (5-95%RH, 25°C)
CO₂ Sensor Accuracy: ±1.5%FS with RS485 output
pH Sensor Range: 0-14pH, Resolution: 0.01pH, IP68 rated
Conductivity Sensor Range: 0-20000μs/cm, Accuracy: ≤±3%
Environmental Control
Climate Control Central air conditioning with cooling/heating units
Air Management Fresh air system with circulation fans
Dehumidification Dedicated dehumidifier unit
CO₂ System 15L carbon dioxide cylinder with electromagnetic pressure valve
Control System
Interface 10-inch Siemens LED screen with PLC host
Management Platform Intelligent control software for sensor data and equipment management

Total System Price: $45,000 USD

Mushroom Cultivation

Our specialized 40ft container system creates the perfect environment for gourmet and medicinal mushroom cultivation with precise humidity and temperature control. Features 4-tier vertical growing with state-of-the-art environmental management for year-round production.

  • 4-tier vertical growing system
  • Ultrasonic humidification system
  • Temperature and CO₂ monitoring
  • Smart environmental control
  • Separate wet and dry zones
  • LED lighting optimized for fungi

Complete System Specifications

Cabinet Body
Container Standard 40-foot special insulated container for cold chain with high-density polyurethane insulation
Internal Structure Dry and wet separation partition with windproof curtain
Foundation T-shaped aluminum bottom plate for stability and water recovery
Flooring Laboratory anti-slip floor mat for safety
Planting System
Vertical Structure 4 planting layers (550mm height per layer)
Frame Plastic-sprayed square tube construction
Growing Method Vertical cultivation with dedicated operation channels
Lighting Special LED light strips optimized for fungal growth
Water System Dedicated water purification equipment
Humidification Ultrasonic humidification system for precise moisture control
Monitoring System
Temperature Sensor Range: -40°C to 80°C, Accuracy: ±0.5°C at 25°C
Humidity Sensor Range: 0-100%RH, Accuracy: ±3%RH (5-95%RH, 25°C)
CO₂ Sensor Range: 0-5000 ppm, Resolution: 1 ppm, Accuracy: ±50 ppm
Sensor Stability Temperature: ≤0.1°C/year, Humidity: ≤0.1%RH/year
Control System
Interface 7-inch Siemens LED screen with PLC host
Management Platform Intelligent control software for sensor data and equipment management
Remote Access Remote control module for offsite management
Environmental Control
Climate Control Special constant temperature unit for edible fungi
Air Management Fresh air system with circulation fans
Air Circulation Dedicated circulation fans to promote uniform temperature and humidity
Communication 485 communication module for smart platform unified control

Total System Price: $30,000 USD

Microgreens & Fodder

Our high-density 40ft container features an impressive 9-tier vertical growing system specially designed for microgreens and fodder production. With 360 growing trays and high-pressure atomization irrigation, this system delivers maximum yield in a minimal footprint.

  • 9-tier vertical system with 360 growing trays
  • High-pressure atomization irrigation
  • Optimized LED lighting for rapid growth
  • Stainless steel construction for durability
  • Complete climate monitoring system
  • Built-in sterilization system

Complete System Specifications

Cabinet Body
Container Standard 40-foot cold chain container with high-density polyurethane insulation
Internal Structure Laboratory special anti-slip floor mats with windproof door curtain
Interior Custom interior decoration optimized for microgreen production
Planting System
Vertical Structure 9 planting layers (240mm height per layer)
Frame Stainless steel construction for durability and cleanliness
Growing Method Vertical cultivation with dedicated operation channels
Growing Trays 360 special growth trays for pasture/microgreens (750mm x 500mm)
Lighting Special LED fill light strips optimized for microgreen development
Irrigation High pressure atomization system for fine mist delivery
Monitoring System
Temperature Sensor Range: -40°C to 80°C, Accuracy: ±0.5°C (0-60°C)
Humidity Sensor Range: 0-100%RH, Accuracy: ±3%RH (20-80%RH)
CO₂ Sensor Range: 0-5000 ppm, Resolution: 1 ppm, Accuracy: ±50 ppm
Sensor Stability Temperature: ≤0.1°C/year, Humidity: ≤0.1%RH/year
Power 12-24V DC with low power consumption (48-180mW)
Control System
Interface 7-inch Siemens LED screen with PLC host
Management Platform Intelligent control software for sensor data and equipment management
Automation Fully integrated control of lights, humidification, temperature, and air systems
Environmental Control
Climate Control Central air conditioning with heating and cooling capabilities
Air Management Fresh air system with circulation fans
Air Circulation Dedicated circulation fans to promote uniform temperature and humidity
Sterilization Model: TKLN-007 10g/h sterilization system
Communication 485 communication module for smart platform unified control

Total System Price: $33,000 USD

Production Information

Leafy Greens & Berries

NFT System
5,880
Plants per Cycle
45-60
Days to Harvest
450-650
kg Monthly Yield
Power Consumption
12-14 kWh/day
Water Usage
400-600 L/week (90% less than field farming)
Optimal Temperature
18-24°C (64-75°F)
ROI Timeline
24-36 months

Ideal Crops

Lettuce Kale Spinach Basil Strawberries Bok Choy Swiss Chard Arugula

Mushroom Cultivation

Controlled Environment
300-400
kg Monthly Yield
21-60
Days to Harvest
4-5
Harvests per Month
Power Consumption
8-10 kWh/day
Humidity Requirement
85-95% during fruiting
Optimal Temperature
18-22°C (64-72°F)
ROI Timeline
18-30 months

Ideal Varieties

Oyster Shiitake Lion's Mane King Trumpet Reishi Maitake Enoki Button

Microgreens & Fodder

High-Density System
350-500
kg Monthly Yield
7-14
Days to Harvest
360
Growing Trays
Power Consumption
10-12 kWh/day
Water Usage
250-350 L/week
Optimal Temperature
18-24°C (65-75°F)
ROI Timeline
14-24 months

Ideal Crops

Sunflower Pea Shoots Radish Broccoli Wheatgrass Barley Fodder Arugula Amaranth

Annual Production Value Calculator

Based on current market prices and optimal operation, each container system can generate the following estimated annual revenues:

Leafy Greens

$84,000 - $130,000

Annual gross revenue potential

Mushrooms

$70,000 - $120,000

Annual gross revenue potential

Microgreens

$90,000 - $150,000

Annual gross revenue potential

Values based on optimal production and average market prices. Actual results may vary based on location, market conditions, and management.