Recover value from aquaculture organic residuals.
Black Soldier Fly Larvae bioconversion processes aquaculture organic material into three distinct output streams—live larvae, dried larvae, and nutrient-rich frass. Each serves as a functional input back into aquaculture operations, closing material loops that conventional waste management leaves open and offsetting purchased feed, fertilizer, and disposal costs simultaneously.
From disposal cost to operational input
Aquaculture facilities produce significant volumes of organic residuals—mortalities, processing offcuts, uneaten feed, and biosolids. BSFL bioconversion redirects these materials into protein, lipid, and soil-amendment products that aquaculture operations already purchase from external suppliers.
Three output streams, each with distinct market value
Live BSFL
High-protein live feed
Fresh-harvested larvae are a nutrient-dense, high-fat, high-protein live feed for finfish, shrimp, and broodstock. They stimulate natural feeding behavior, improve growth rates, and reduce dependence on wild-caught fishmeal. Live BSFL can be sized and staged for direct delivery to ponds, tanks, and hatcheries.
Dried BSFL
Shelf-stable protein ingredient
Dried larvae offer a storable, transportable, high-protein ingredient for aquafeed formulation. With roughly 40% protein and 30% lipid content, dried BSFL replace fishmeal in compound feeds, reducing raw material costs and supply chain volatility. They integrate directly into existing feed-mill processes.
Frass
Nutrient-rich organic amendment
BSFL frass—the residual after bioconversion—is a balanced, slow-release organic fertilizer rich in nitrogen, phosphorus, and chitin. In aquaculture, frass drives beneficial microbial activity in biofloc and periphyton systems, improves pond productivity, and supports integrated multi-trophic operations.
Operational and economic advantages
Reduce waste disposal costs
Aquaculture organic residuals carry hauling, permitting, and tipping fees. On-site BSFL processing converts a recurring expense into feedstock for a co-located production system.
Offset purchased protein and lipid inputs
Global fishmeal markets are subject to supply constraints and price volatility. BSFL raised on facility-generated organic material provide a locally produced protein and lipid source, reducing exposure to external feed supply chains.
Retain nutrients within the operation
Nitrogen, phosphorus, and chitin that would otherwise leave the facility as waste are returned through frass and larvae, keeping nutrients cycling productively within the aquaculture system.
Diversify output and revenue mix
Each bioconversion batch yields multiple saleable products—live larvae for direct feeding, dried larvae for feed formulation, and frass for agricultural and aquaculture soil markets—broadening the facility's economic base.
Designed for aquaculture operations
We deploy BSFL bioconversion specifically for aquaculture organic residuals—not generic food waste or municipal organics. Every system is configured around the biology, logistics, and regulatory requirements of the host facility.
- Shrimp farms and hatcheries
- Finfish and RAS facilities
- Algae-integrated systems
- Processing plant residuals
From pilot to production
We characterize your specific organic residuals, optimize larval diets against those substrates, validate throughput in pilot operations, then support the transition to full-scale production—including labor, compliance, and offtake logistics.
- Feedstock characterization and batch testing
- Diet optimization for maximum conversion
- Pilot validation, then scale deployment
- Ongoing monitoring and offtake management
Interested in evaluating BSFL bioconversion for your facility?
Share your feedstock profile and facility details. We'll scope a pilot that quantifies the conversion economics—waste processing capacity, feed-grade output, and frass recovery—specific to your organic material and operational context.