by A Case Study of Viviousfarm – Exploring Sustainable Agricultural Development in Africa
- Motivation
As an Environmental Law student, I joined AAE to bridge regulatory compliance and commercial viability. I apply Systems Thinking to help African entrepreneurs adopt circular Green Business Models, transforming environmental constraints into competitive advantages to foster long-term ecological and social justice.
2. Task Overview
(1) Name: Green Business Model Research
(2) Date: February 27, 2026
(3) Objectives: To propose a tailored Green Business Model that utilizes clean technology and circular economy principles.
3. Selected Entrepreneur Profile
(1) Business Name: Viviousfarm Enterprise
(2) Entrepreneur: Orjiako Vivian Chinasa
(3) Personal Profile: https://allafripreneurs.org/my-profile/uid/4181/
(4) Business Website: http://viviousfarm.com.tilda.ws
(5) Reason for Selection: Viviousfarm operates in poultry and catfish farming, two industries that are sensitive to feed costs and energy supplies. By choosing it, I aim to explore a model that addresses local Nigerian challenges while balancing the need for affordable protein, thereby achieving sustainable agriculture and food security.
4. Analytical Results: Proposed Green Business Model
(1) Biological Protein Cycle
To address the high feed costs in catfish and poultry farming, I propose integrating black soldier fly production.
A. Black soldier flies can also be found in the Afrotropical realm. [1]Adults typically mate and oviposit at temperatures of 75 to 104 °F or more. Nigeria’s naturally stable climate provides an ideal environment.[2]
B. Nigeria’s poultry and fish farming has long relied on expensive fish meal and soybean meal. Black soldier fly larvae possess an amino acid profile similar to fishmeal. By producing black soldier flies, Viviousfarm will alleviate feed pressure.
C. Black soldier fly farming offers exceptional scalability with low technical barriers.
D. The advantage of sustainable production is evident.
Upstream (Poultry): Poultry produce manure.
Midstream (Black Soldier Fly): Larvae digest poultry manure and organic waste, converting it into high-quality insect protein and organic fertilizer.[3]
Downstream (Catfish): Live black soldier fly larvae or processed insect meal are directly fed to catfish in ponds.
5. Renewable Energy
Nigeria faces a staggering electricity deficit. 38.8% of the total population has no access to electricity.[4] Reliance on external infrastructure has become a primary cause of business failure. To overcome this, I propose an energy model that internalizes power generation.
A. Anaerobic digesters convert manure into biogas for clean fish-drying and sustainable electricity, replacing hazardous charcoal with renewable on-site power.
B. Utilizing photovoltaic panels to drive pond aerators ensures sustained high-yield catfish production during frequent power outages.
(3) Eco-Labeling
To move up the value chain, Viviousfarm can adopt a Green Branding strategy.
A. By documenting their reduction in carbon footprint and waste, Viviousfarm can target consumers who are increasingly looking for ESG-compliant suppliers.
B. This allows the business to charge a slight premium for “Circular-Fed” protein, which is safer, fresher, and more ethical than conventional alternatives.
6. Conclusion
This initiative facilitates Viviousfarm’s transition to a circular technology-driven system, enhancing its economic viability. Concurrently, modern investors and ESG funds are increasingly steering clear of high-carbon enterprises. The program will boost Viviousfarm’s investment appeal and support its financial sustainability.
PS:
Recording File Link：https://meeting.tencent.com/crm/N84WmDDXac
[1] Van Huis, Arnold (2013). “Edible insects: future prospects for food and feed security”. FAO Forestry Paper. Food and Agriculture Organization of the United Nations: 98.
[2] Booth, Donald C.; Sheppard, Craig (1984-04-01). “Oviposition of the Black Soldier Fly, Hermetia illucens (Diptera: Stratiomyidae): Eggs, Masses, Timing, and Site Characteristics”. Environmental Entomology. 13 (2): 421–423.
[3] Schmitt, Eric; de Vries, Wim (2020-10-01). “Potential benefits of using Hermetia illucens frass as a soil amendment on food production and for environmental impact reduction”. Current Opinion in Green and Sustainable Chemistry. 25 100335.
[4] “Access to electricity (% of population)”World Bankh 2023 https://data.worldbank.org/indicator/EG.ELC.ACCS.ZS
