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Tomorrow Water - Model AMX -2-Stage Anammox Process System
Two-Stage AMX™ ensures stable operation and rapid recovery. AMX technology utilizes short-cut nitrogen removal reactions that combines a partial nitritation (PN) reaction that converts half of ammonia into nitrous acid and an Anammox bacteria-enabled reaction that converts ammonia and nitrite into nitrogen gas. This technology is a next-generation water treatment solution that can reduce oxygen consumption and remove nitrogen from wastewater without an external carbon source.
- Municipal Wastewater Treatment
- Sludge dewatering centrate (Sidestream Treatment)
- Mainstream Treatment
- High-Concentration Liquid Waste Treatment
- Treat high-concentration nitrogenous industrial wastewater streams and landfill leachate in the most economical way
- Securing Industrial Safety & Economy
- Use in cases where economic feasibility does not materialize when treating low C/N ratio wastewater and if you need to consider energy independence
Partial Nitritation using dense ammonia oxidizing bacteria (AOB) granules.
- Operation with high MLSS(6,000 ~ 8,000 mg/L) inside the reactor
- Short settling time of 20 minutes(SVI less than 30)
- Maximizing partial nitritation efficiency with aerobic conditions
Anammox reaction with dense anammox microorganisms attached to moving bed media.
- Securing high density anammox microorganisms in the reactor
- Maximizing anammox reaction efficiency with anaerobic conditions
| Process
Mesophilic Anaerobic Digestion + Anammox process
| Capacity
Mesophilic Anaerobic Digestion: 778 ?/d (0.21 MGD) (Sewage Sludge : 578 ?/d (0.15 MGD), Food waste leachate: 200 ?/d (0.06 MGD)
Anammox : 780 ?/d (0.21 MGD)
* Based on WWTP design influent flow (184,000 ?/d, 48.6 MGD)
- Highest Nitrogen Removal Rate in the Market
- Most Resilient to Upsets: TSS, COD & Ammonia Spikes, NOB Growth
- Quick start-up, restart and recovery of AOB communities