Pancopia uses accelerated natural processes to recover water and nutrients for animal agriculture — helping farms unlock the value inside their largest waste streams.
Waste from swine and aquaculture systems carries valuable water and recoverable nutrients — but most of it is lost. Recovery efforts often fail because they ignore one simple truth: for a solution to survive, it has to create value.
Profit simply means we’re recovering something that’s actually usable. When water can be reused and nutrients can be captured in a way that pays for itself, environmental impact becomes practical, scalable, and inevitable.





FreshFlush uses accelerated natural processes to remove excess ammonia before it enters the barns. The result is better air quality, healthier pigs, lower mortality, and stronger production across every cycle. FreshFlush turns flushwater into an asset that improves daily weight gain, reduces emissions, and increases farm profitability.
Our technology currently in research uses accelerated natural processes to recover water and nutrients from lagoon effluent and produce reliable non-potable reuse water for flushing, spray-down, and misting. This system reduces ammonia load, stabilizes barn conditions, and prepares farms for future nutrient-reuse opportunities.
Pancopia’s phosphorus-recovery process currently in research removes excess phosphorus from recirculating aquaculture systems (RAS). By capturing phosphorus before discharge, producers reduce cost and recover a usable nutrient resource — improving water quality and operational efficiency in a way that could be ported over to other animal systems such as swine in the future.





Our team continues to advance natural and physical processes that recover water and nutrients profitably.
With patents filed on nitrogen and phosphorus recovery, and ongoing development in aquaculture and carbon-cycle research, Pancopia is expanding the science that supports the next generation of sustainable agriculture.
Learn how Pancopia’s technology can help you recover water and nutrients profitably.

