POLISHING & RECOVERY
Municipal final effluent
AAC can provide a final biological stage for recovering additional nitrogen and phosphorus before discharge or reuse.
Applications
Start with the water. Define the treatment need. Then design the system.
Aeroponic Algal Culture (AAC) is intended to be configured around the actual source stream—not imposed as one universal facility. Nutrient form, flow, contaminants, seasonality, economics, and the safe handling or use of harvested biomass all matter.
Source streams
One platform. Six different treatment questions.
The platform can be adapted to distinct nutrient streams. Each application begins with the water chemistry, treatment objective, and operating context.
SITE-SPECIFIC TREATMENT
Direct industrial wastewater
Defined industrial streams can be evaluated for attached growth, nutrient recovery, process integration, and safe biomass handling.
INTERCEPTION
Agricultural drainage, runoff, and CAFO liquids
Seasonal runoff and appropriately conditioned liquid streams from concentrated animal feeding operations can be captured, equalized, and evaluated for nutrient recovery.
CIRCULAR PROCESS WATER
Food-processing water
Comparatively controlled food-processing streams can support nutrient recovery and potentially broader biomass pathways, depending on measured composition.
RECIRCULATION
Aquaculture water
AAC can be evaluated as a nutrient-removal stage within a recirculating or flow-through treatment system while independent life-support systems protect animal health.
CONCENTRATED LOADS
Selected nutrient-rich sidestreams
Digestion, dewatering, or process sidestreams can be conditioned and evaluated for productive uptake at higher local nutrient concentrations.
Biomass pathways
The treatment creates the biomass. Source quality determines what comes next.
Any pathway depends on the source stream, measured composition, contaminants, processing, testing, regulation, and market acceptance. Treatment value does not depend on forcing every harvest into a premium market.
Materials
Potential composites, fillers, binders, carbonaceous products, construction inputs, or industrial intermediates where specifications can be met.
Energy
Potential digestion, thermal conversion, fuel, or heat-recovery pathways where moisture, lifecycle performance, and economics support them.
Nutrient and mineral recovery
Potential recovery of nitrogen, phosphorus, or other constituents where source quality and approved regulatory pathways allow it.
Safe management
Where beneficial use is not responsible or economical, the material can move through a safe, documented handling pathway while the water-treatment benefit is retained.
Beyond nutrients
Attached biofilms may interact with other contaminants in the water.
Metals, PFAS, pharmaceuticals, and other trace compounds may associate with or become concentrated in harvested biomass under some conditions. Whether and to what degree this occurs requires further testing for each water stream and operating condition.
That possibility creates both a treatment opportunity and a biomass-handling responsibility. Second Atmosphere will measure whether target compounds are retained, transformed, or passed through, then use those results to define safe processing, recovery, or disposal.
Bring us a nutrient-rich water stream. We will define the treatment opportunity.
Share the flow, chemistry, operating context, treatment goals, and site constraints. Together, we can determine how AAC fits the site and what a meaningful evaluation should measure.