At Life AgriScience, we’re always exploring nature-based solutions to the biggest challenges in agriculture, waste management, and sustainability. One of the most exciting areas we’re working in right now? Insects. More specifically, the Black Soldier Fly.
That’s right. These remarkable, winged recyclers are changing the way the world thinks about waste and food systems. And at our fully developed Black Soldier fly (BSF) R&D colony, we’re unlocking their potential in ways that are practical, science-driven, and scalable.
What is the Black Soldier Fly?
The Black Soldier Fly (Hermetia illucens) is a non-pest, non-invasive insect native to tropical and warm temperate regions. Its larvae are voracious eaters, capable of converting organic waste like food scraps, manure, and agricultural byproducts into valuable insect protein and organic fertilizer in just a few days.
Unlike houseflies, adult BSFs don’t feed or spread disease. Instead, they live just long enough to mate, lay eggs, and ensure the next generation of clean-up champions can get to work.
What Is Life AgriScience Researching?
At our BSF colony, we’re not farming insects for the sake of novelty, we’re asking critical questions about how this species can serve agriculture and the environment. Some of our research areas include:
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Feedstock Suitability Trials
We’re testing alternative and underused organic waste streams, like fruit pulp, agricultural residues, and even plastic, to determine whether they can safely and efficiently be used as BSF feed. This helps reduce pressure on landfills and reclaims valuable nutrients that would otherwise go to waste.
“We’re asking: What can BSF larvae thrive on that we’re currently throwing away?”
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Nutritional Profiling of Larvae
• Poultry and fish feed
• Pet food
• Fertilizer production (from frass)
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Frass Quality and Soil Health
Frass is the insect equivalent of manure, but it’s packed with nutrients and beneficial microbes. We’re trialling its use as a biofertilizer and soil amendment to reduce reliance on synthetic chemicals.
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Breeding and Lifecycle Optimization
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Climate Resilience and African Context
BSF farming in South Africa and other parts of the continent has unique challenges. Our research looks at how colonies can perform under real African conditions, including:
• Fluctuating temperatures
• Intermittent electricity supply
• Locally available substrates
This ensures that BSF systems are not just high-tech, but highly adaptable.
A Living Lab for Circular Agriculture
Our BSF colony isn’t just a production unit, it’s a living laboratory. With in-house data tracking, environmental control, and side-by-side test colonies, we’re able to simulate real-world conditions and deliver science-backed results.
The ultimate goal? To help farmers, waste managers, and food producers close the loop, turning today’s waste into tomorrow’s resource.
Why It Matters
- Waste Reduction: BSF larvae can reduce the volume of organic waste by up to 70% in just a few days.
- Sustainable Protein: Insect protein requires a fraction of the land, water, and emissions compared to soy or fishmeal.
- Local Solutions: BSF systems can be deployed in rural and urban areas alike, supporting food security and job creation.
Want to Learn More or Partner With Us?
Whether you’re a researcher, farmer, municipality, or food processor, we’d love to explore how BSF can work for you.
Insects may be small, but at Life AgriScience, they’re making a big impact.