Our Future Products
and how they affect our environment
Insect based Proteinmeal
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Our insect-based protein meal is the result of our innovative manufacturing. This high-quality protein meal is rich in essential amino acids and serves as an ideal sustainable protein source for animal feed, especially for fish, poultry and pets. By incorporating this insect protein, livestock breeders and keepers can opt for a resource-efficient alternative that not only meets the nutritional requirements of their animals but also makes a positive environmental contribution.
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Replacing traditional fish meal with insect-based protein has a positive environmental impact. This switch alleviates pressure on marine ecosystems, reducing the risks of overfishing. Insect protein production is more resource-efficient, requiring less land, water, and energy. Additionally, insect farming has a lower environmental footprint with fewer emissions. The use of insect protein in animal feed diversifies sources and supports circular economy principles by repurposing organic waste. Overall, this shift offers a promising, eco-friendly solution for a more sustainable and resilient food and feed system.
High quality Insect Fats
Our premium insect fats result from meticulous extraction and processing of lipids from black soldier flies. These fats boast high nutrient density and versatility. Whether as a component in cosmetics, animal feed or as the basis for biodegradable high-performance lubricants, insect fats offer a sustainable alternative to conventional fat sources. Their low ecological footprint and diverse applications make them a key element in our mission to promote an environmentally friendly and sustainable economy.
Insect Frass as Biogassubstrate
Our insect frass serves as an outstanding substrate for biogas plants, facilitating efficient energy generation. The unique composition of insect frass promotes anaerobic fermentation, thereby contributing to increased gas production. Using insect frass as a substrate for biogas plants not only represents an interesting alternative to conventional substrates but also reduces the need for other organic waste, making the entire process ecologically and economically more efficient.