Sanitary WasteWater
- Doubles capacity without increasing footprint
- Eliminates biosolid disposal problems
- Reduces carbon footprint and GHG emissions
- Makes WWTP net energy producer
- Replaces Activated Sludge technology
CAPEX and ROI
- Fraction of the cost
- Can be Integrated to existing infrastructure to increase capacity
- Low maintenance cost
- Low operational cost
Potable Water
- Removes Contaminants of Emerging Concern
- Eliminates disinfection byproducts
- Reduces odor, taste, and color problems
- Increases treatment capacity
- Eliminates chemical coagulant use
- Removes algae
Agriculture and Farming
- Reduce Odor
- Reduce Carbon Footprint and Greenhouse Gas Emissions
- Reduce Solid Waste Load on Lagoons
- Reduce Overflow from Storm Events
- Meet Increasingly Strict Regulatory Limits
- Remove Pesticides
- Remove Phosphorous
- Resource Recovery to Create
- Valuable Agriculture Products
- Enhance the Biological Treatment of Liquid Waste
Industrial Waste Wastewater
- Smallest footprint (1/5 to 1/10 size of DAF)
- Low capital and operating cost
- Low energy use (1/5 to 1/10 use of DAF)
- Simple operation
Tannery Heavy Metals
- Removal of Non-Biodegradable Pollutants
- Removal of Heavy Metals; Especially Chromium (III) and (VI)
- Reduce Heavy Metal and Soil Contamination
- Ability to Recover Waste Sludge in Contaminant
- Meets Intake License Specifications of Municipal
- Removes Contaminants of Emerging Concern
- Eliminates disinfection byproducts
- Reduces odor, taste, and color problems
- Increases treatment capacity
- Eliminates chemical coagulant use
Acid Runoff/River Remediation
- Remediates river in situ using probiotics
- Produces probiotics from organic wastes
- Uses WWTP biosolids to produce adsorbents
- Lowest cost solution that is proven
- Recovers valuable metals using MHRC
- Eliminates contaminated gypsum disposal
- Meets discharge limits
- Lowest cost treatment option
Military and Nucleotide
- Comming soon – in testing
Sewer Overflows (CSO/SSO)
- CSO/SSO treatment also reduces load on WWTP
- Retrofit WWTP to handle increased flow
- In line treatment reduces capital costs
- Rapid startup and shutdown
- Elimination of chemical coagulant use