Egerton University Living Lab

Technology

A combination of aquaponics and hydroponics, integrated into a closed-loop system. Aquaponics is a sustainable farming technique that combines aquaculture (fish farming) and hydroponics (soilless plant cultivation). In this system, fish waste provides nutrients for the plants, and the plants filter and purify the water for the fish. Hydroponics, on the other hand, involves growing plants in a nutrient-rich water solution, without the use of soil.

Goal

Major goal(s) of the Living Lab: Link potential (peri-)urban agri-food innovations to LLs to promote circularity.

Improved network of local resource and service streams to the LLs.
Increased local production, processing, and marketing of healthy and nutritious foods
Conceptualized WEFE nexus for city region food system assessments.
A carbon-neutral world, within global warming of 1.5°C.
Promoted a resource-efficient and resilient circular economy
Reduced vulnerabilities by enhancing opportunities for vulnerable groups.
Strengthened scientific capacity in Africa

Why Egerton University?

Situated in the city of Njoro, Nakuru County, Kenya, Egerton University holds the distinction of being the oldest institution of higher learning in the country. Originally established as a Farm School in 1939 by Lord Maurice Egerton of Tatton, it underwent significant growth and transformation over the years. By 1950, the school had evolved into an Agricultural College, offering diploma programs to its students. The Living Lab at Egerton University is a dedicated undertaking within the broader INCiTiS Food Project Living Lab. Its primary focus is to establish a sustainable and circular food production system. This initiative aims to combine aquaponics and hydroponics, two innovative farming techniques, in order to create a fully integrated circular flow for food production. The ultimate goal of the project is to seamlessly merge aquaponics and hydroponics into a self-sustaining cycle. Within this system, the fish waste from the aquaculture component serves as a nutrient source for the plants in the hydroponics system. In return, the plants cleanse the water, which is then circulated back into the fish tanks. By adopting this closed-loop approach, the system minimizes water consumption, reduces reliance on chemical fertilizers, and optimizes the utilization of resources.

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Technology deployed in LL

A combination of aquaponics and hydroponics, integrated into a closed-loop system.

Crops

Fish, Insects and Horticultural crops

Target stakeholders

Farmers and their Associations, Researchers, and Consumers.

Goal

Link potential (peri-)urban agri-food innovations to LLs to promote circularity. Improved network of local resource and service streams to the LLs. Increased local production, processing, and marketing of healthy and nutritious foods Conceptualized WEFE nexus for city region food system assessments. A carbon-neutral world, within global warming of 1.5°C. Promoted a resource-efficient and resilient circular Economy Reduced vulnerabilities by enhancing opportunities for vulnerable groups. Strengthened scientific capacity in Africa

Latest News

02-11-2023 at Egerton Living Lab 

The Living Lab in Kenya is at full speed and is preparing for a new harvesting season. The vegetables, exposed to optimal growing conditions, are showing progress and will soon be ready for harvest.

11-09-2023 at Egerton Living Lab

The Egerton Living Laboratory (Egerton LL) is thrilled to announce the launch of its insect rearing training program, in collaboration with Insectpro. The program has already shown exceptional promise with samples of crickets featured prominently.

In addition to cricket rearing, Egerton LL is also actively conducting training on Black Soldier Fly (BSF) rearing. This initiative is made possible through a partnership with INCiTiS-FOOD from Jaramogi Oginga Odinga University of Science and Technology, led by Prof. Ayieko and Dr. Mwereza.

14-07-2023. At Egerton University Living Lab

Implementing a solar system to energize the fish hatchery unit signifies a remarkable stride towards fostering sustainable aquaculture practices. By tapping into clean and renewable energy sources, this installation stands poised to revolutionize fish production, effectively reducing our ecological footprint. Egerton University Living Lab shows dedication to pioneering innovative solutions that align with principles of environmental responsibility. This accomplishment not only showcases their commitment to sustainability but also sets an inspiring example for the integration of technology and ecology for the greater good.
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