Science That Powers Circular Systems
A curated index of peer-reviewed studies and industry field trials demonstrating how Black Soldier Fly systems divert waste, elevate livestock and aquaculture performance, and regenerate soils with biologically active frass.
Validated • Peer-Informed • Impact Tracked
Research Pillars
Studies evaluate substrate conversion efficiency, pathogen suppression, and emissions profiles when food waste and manures are processed by larvae.
Larval meal and oil integrations are validated across poultry, swine, aquaculture, and companion animal diets to improve feed conversion, immunity, and product quality.
Field trials and soil biology assessments document how insect frass reintroduces nutrients, microbes, and chitin-derived elicitors that improve plant vigor and resilience.
Cross-disciplinary work models environmental and economic performance of distributed BSFL infrastructure, informing permitting and ESG reporting for municipal and industrial partners.
Peer-Reviewed Studies
Demonstrated diversion of food waste and manure with minimal emissions.
Larval meal supports growth, immunity, and feed efficiency across species.
Frass delivers nutrients and bioactive compounds that regenerate soils.
Field Deployment Snapshots
Co-located BSFL units processing supermarket organics in Toronto. Waste diversion exceeded 85% with odor neutralization verified by third-party labs.
Recirculating aquaculture systems in the Pacific Northwest replacing 30% fishmeal with BSFL protein; improved feed conversion and reduced mortalities.
Vineyard blocks in California amended with frass recorded higher microbial biomass and berry quality metrics while reducing synthetic fertilizer inputs by 40%.
We partner with universities, municipal agencies, and producers to design trials that address pressing waste, feed, or soil challenges. Share your objectives and we will co-develop protocols, instrumentation, and publication pathways.