Our Services
1) Aquaponic System Design
System Design
2) Aquaponic Consultations
3) Aquaponic Training
Training
4) System Construction
Construction
- 31st March 2025 to & 19th April 2025
- 9,900 to 24,900
- Week 1: Hands-on training at our Centurion facility
- Weeks 2-4: Continued online learning
- Complete access to all course materials and recordings
- Full 4-week online curriculum
- Live virtual sessions with instructors
- Access to all digital resources
Aquaponic System Design
Great systems start with great design
Step 1 - The Location
Before installing a system, it’s crucial to understand the location’s environmental conditions, including temperature, light, and humidity. These factors significantly impact system performance.
Key Considerations:
- Temperature: Assess average and extreme temperatures.
- Light: Evaluate natural light availability.
- Humidity: Check local humidity levels.
Whether the installation is in an urban area, rural setting, or car park, we will find the best solution for your specific location.
Step 2 - The Structure
Once we understand more about the location we propose the right type of structure to fit the budget. Ranging from conventional standard steel greenhouses to our latest state of the art Light Weight Steel Structure as shown.
- Decide whether to use plastic or polycarbonate
- Choose the flooring
Step 3 - Grow Method
There are multiple grow methods that can be incorporated into any aquaponics system. The type of crop being grown and space available will determine the right grow method to be used.
- Deep Water Culture
- Vertical Towers
- Flow Through Media
Step 4 - Tanks & Filters
Once we have finalised the grow methods and total number of plants to be grown – we will match the right number and size of the fish tanks to ensure sufficient nutrition for the plants.
The filters are designed to meet the demands of the fish tanks.
Step 5 - Manufacturing
As each system is totally unique, we only start fabrication and procurement once the system is fully designed. This normally takes between 6 and 8 weeks to complete.
Step 6 - Setup
Once the project has been finalised and all components have been dispatched and received – it is time to setup your new and customised aquaponics system.
System Components
HiGrow Vertical Towers
Welcome to the cutting-edge world of aquaponics with vertical grow towers, revolutionizing sustainable agriculture! With the world's first aquaponics vertical grow towers, you can grow nutrient-rich, pesticide-free vegetables and enjoy the benefits of sustainable, year-round farming, all within a space-efficient design. Embrace the future of agriculture and join the movement towards a greener, healthier planet with this groundbreaking technology!
- Space Efficient
- Diverse Crop Range
- 48 Plants Per Tower
- Download the brochure
Deep Water Culture
Our Deep Water Culture beds are constructed from high quality powder coated steel. The frames are easy to assemble and survive even in harsh conditions. The liner is constructed to size from 550g reinforced PVC liner. Sufficient aeration is provided to plants using magnetic diaphragm air pumps and Matala air diffuser tube
- Perfect for leafy greens
- Consistant
- Up to 90 plants per sqm
- Download the brochure
Flow Through Media Beds
Our flow through media beds beds are constructed from high quality powder-coated steel. The frames are easy to assemble and last even in harsh conditions. The liner is constructed to size from 550g reinforced PVC liner. Sufficient aeration is provided to plants using magnetic diaphragm air pumps and matala air diffuser tubes. Crops are grown in 110mm Pots with Leca (clay balls) or Stone, supported on UV Resistant PVC boards.
- Perfect for tomatoes
- Wide range of crops
- Up to 6 plants per sqm
- Download the brochure
Filtration
Our BioMech filter makes use of Matala filter media that consists of unique, open-cell structures designed to provide exceptional biological and mechanical filtration for fish ponds. The open cell structure allows for excellent water flow while providing ample surface area for beneficial bacteria colonization. The bacteria play a vital role in breaking down organic waste and harmful substances, promoting a healthy aquatic environment.
- Biological Filtration
- Mechanical Filtration
- Low Maintenance
- Download the brochure
Click on each country for more information contact us
Justin Hess
Justin Hess
Mark Austin
Mark Austin
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