- Aerobic Wastewater Treatment
- Anaerobic Wastewater Treatment
- Aerobic Wastewater Treatment - Aerobic Systems
- Power
- Mining
- Anodes
- Aerobic Wastewater Treatment - Diffused Aeration Systems
- Carbon & Resin
- Disinfection Systems - Chlorine Dioxide Generation Systems
- Covers & Liners
- Disinfection Systems - Disinfection Dosing Equipment
- Clarifiers & Separators - Ballasted Clarification
- Disinfection Systems - Disinfection Process Analyzers & Controllers
- Disinfection Systems - Emergency Vapor Scrubber Systems (EVSS)
- Anaerobic Wastewater Treatment - Anaerobic Systems
Evoqua Water Technologies LLC, Part of Xylem Inc. products
Aerobic Wastewater Treatment - Aerobic Systems
Evoqua - Model DAVCO - Field-Erected Wastewater Treatment Plants
DAVCO field-erected treatment plants are an ideal solution for the reduction of biochemical oxygen demand, total suspended solids, total nitrogen, and phosphorus. Evoqua’s DAVCO product and service teams have worked with municipalities, developers and engineers for more than 50 years to deliver turnkey projects and solutions within months instead of years.
Omniflo - Model SBR MAX - Sequencing Batch Reactor (SBR)
The OMNIFLO SBR MAX with Jet Tech technology is a true-batch SBR process designed to handle greater peak flows or storm water overflow (CSO) events while providing superior effluent quality at a lower cost. This true-batch SBR system provides biological nutrient removal with a robust aeration and control sytem that a operators rely on daily.
Omniflo - Sequencing Batch Reactor (SBR) with Jet Tech Technology
Evoqua`s OMNIFLO SBR system with Jet Tech technology includes state-of-the-art equipment and controls to deliver superior performance under the most demanding conditions. The OMNIFLO SBR system is a fill-and-draw, non-steady state activated sludge process in which one or more reactor basins are filled with wastewater during a discrete time period, and then operated in a batch mode. The system accomplishes equalization, aeration, and clarification in a timed sequence in a single reactor basin.
