Black soldier fly farming: A greener future for sustainable feed
Feed for the larvae emerged as the most significant contributor to emissions, but also the area with the greatest potential for improvement. Farms using...
Using data and AI to define the future of insect farming
Artificial intelligence is transforming insect farming from an emerging sustainability solution into a precision-controlled production powerhouse. Soldier Fly Technologies is pioneering this shift—merging data...
Environmental transparency: A life cycle analysis of Sprÿng’s product line
In the context of the global environmental condition, it is the responsibility of any company to examine the environmental impact of their products and...
The role of alternative proteins and industrial symbiosis in a circular...
Across industries, vast amounts of valuable byproducts are discarded daily, despite their potential to become high-value resources. Biotechnology is revolutionizing this paradigm by converting...
Black Soldier Fly: Environmental engineer for sustainable agri-food systems
Soybeans demand vast amounts of land and water, and their cultivation often relies on intensive monoculture farming that depletes soils and reduces biodiversity. Prices...
Closing the Loop: The circular potential of novel ingredients
Circular feed ingredients represent one of the most practical tools for improving the sustainability of animal feed. By valorising industrial by-products into nutritious inputs...
Insects: The missing link in feed circularity
Tapping into wisdom from nature, we see the self-sustaining cycle of flora and fauna operating on a fundamentally circular blueprint. In any ecosystem, decaying...
Revolutionizing food systems by turning organic waste into high-value proteins
Commercial-scale black soldier fly larvae (BSFL) production transforms copious volumes of low-cost organic waste into high-value nutrition. In a short space of time, BSFL...
