Projects Detail
JENNY
Aquaponic research centre
Who?
What?
When ?
Energy consumption : 80 watts/hour
Water Consumption : 1 ltrs/day
Grow Area : 3 sqm
Design : Lorraine Hodges
This meticulously designed system serves a dual purpose: as a comprehensive introduction and initiation course in aquaponics, specifically tailored for biologists working with the Coral Reef Alliance. Its’s primary objective is to facilitate the study of the captive reproduction cycle of the native "Vieja maculicauda" fish, a species of significance within local communities, where it is both well-known and frequently consumed. In addition to its research-oriented objectives, the JENNY System plays a pivotal role in supporting the repopulation of this native fish species within local aquatic ecosystems. Furthermore, it serves as a practical demonstration of aquaponics' viability in addressing ecological and socio-economic challenges. It promotes sustainability by reducing reliance on ocean and reef fish species for consumption and mitigating the pressure on local aquatic environments caused by the harvesting of exotic invasive fish.
- Scalability of the system: Ensuring that the aquaponic system can be easily adjusted and expanded according to specific needs and requirements.
- Ease of management by personnel with varying levels of expertise: Creating a system that can be efficiently operated and maintained by individuals with limited training or qualifications.
- Accessibility of materials: Focusing on utilizing readily available and accessible materials, allowing for cost-effective implementation and widespread adoption of the aquaponic system.
The species adaptability to the system for reproduction has been exceptional, showcasing a comprehensive integration.
JENNY has proven its capability to be installed in challenging locations, surpassing the performance of alternative systems. The affordability of materials and assembly costs has made it highly accessible for the targeted project.
This system not only serves as an excellent starting point for individuals embarking on their aquaponic journey but also offers a comprehensive understanding of fish and plant production on a broader scale. Its unique scalability allows for a gradual and economically sound expansion, enabling individuals to assess its suitability for their specific needs and determine which products to pursue while carefully planning each step of the process.
Today, JENNY stands as a benchmark for research, learning, and teaching, providing a portable standard that meets diverse needs.
What We Did ?
For our design, we opted for the use of IBC (International Bulk Container) due to its global accessibility, cost-effectiveness, reusability, and durability. Leveraging our experience, we developed a standardized and prefabricated model based on this element, enabling easy modularization to suit various project requirements. This approach ensures consistent performance, whether deployed in another location or country. As we moved on to the testing phase, the results were truly captivating, surpassing our expectations and fulfilling the intended purpose with excellence.
