The EcoJet Aerator
For more than half a century, the EcoJet™ aerator design has provided proven results for municipal and industrial markets throughout the world. With ultimate versatility, no other mechanical aerator is more rugged or more efficient.
The EcoJet™ offers unparalleled performance and superior reliability, low operating costs, and remarkable resistance to environmental conditions that can cause natural wear and damage.
Typical wastewater treatment applications:
SBRs
Cooling
Post aeration
Aerated lagoons
Activated sludge
Equalization basins
The result: Effective wastewater treatment.
Providing powerful pumping action, the EcoJet™ aerator transfers oxygen by breaking up wastewater into a spray of particles. This action creates more surface area for atmospheric pressure to drive oxygen into the wastewater. At the same time, the oxygen-enriched water is dispersed and mixed. The entire process offers more efficient wastewater treatment for municipalities and industrial applications.
Components
Ultimate wastewater treatment equipment designs.
Specifically designed for optimum efficacy, the EcoJet™ aerator design meets the most demanding operational requirements. The high-speed aerator provides ultimate versatility with modular units that can easily be added, repositioned or upgraded, allowing for greater adaptability and flexibility to maintain efficiencies throughout changing conditions.
Major features and components.
1. Proprietary Motor
Totally enclosed motor, fan-cooled
Heavy gauge cast iron fan shield
Class F insulation
Service factor of 1.15, optionally up 1.25
Standard or premium efficient available
Double-row bearings on drive end
Heavy-duty L-10, 100,000-hour bearings
Dynamically balanced and vibration tested
Designed to meet the most demanding operational requirements
2. Motor Junction Box
Opening in motor housing for winding leads is completely potted with epoxy filler
3. Motor Shaft
One-piece continuous shaft from upper bearings to the propeller
17-4 PH stainless steel in the 1150°F heat-treated condition
135,000 PSI minimum yield strength, 35 % stronger than competition
Largest diameter shaft
Threaded and keyed on drive end for simple propeller installation
4. Labyrinth Seal Guard
Positioned below the bottom motor bearing to prevent moisture from migrating up the shaft into the lower bearing
5. Discharge Cone
Massive monolithic casting, heavier than competition
Large integral webs for rigid stability and increased lateral strength
Designed for minimum head loss
304 stainless steel or cast steel epoxy-coated
Provides for lowest vibration levels
Produces maximum diffusion of water particles
100% contact with the volute, which distributes both static and dynamic loads
6. Deflector Bearing
Shaft runs free under normal operating conditions
Provides support only when under load
7. Float
Largest one-piece float available
Engineered to provide stability and better buoyancy
Fiberglass reinforced polyester (FRP), or
14-gauge, 304L or 316L stainless steel
Filled with closed-cell polyurethane foam that adds structural stability and prevents the possibility of sinking if damage occurs to the float exterior
8. Debris Deflector
Machined for smooth fluid passage over the surface
Material: Delrin® – An Industry-Leading, High-Performance Acetal Resin made by DuPont™
Attached with three recessed, stainless steel set screws
Double engagement provides an extra measure of preventing water migration up the shaft
9. Propeller and Key
Maintenance friendly propeller exchange with keyed design and threaded shaft
Keyed to mate to motor shaft in proper position
Secured to shaft by stainless steel locking nut
Precision investment casting
316L or 15-5 stainless steel
Dynamically balanced
Anti-fouling, non-cavitating for greater operational efficiency
10. Locking Nut
Stainless steel
Firmly and securely locks the propeller to the shaft
Just two tools required to install or remove the propeller 11 Volute
304L or 316L stainless steel
All sizes have bottom flange for simple bolt-on attachment of the standard intake cone or optional antierosion assembly or draft tube
Gussets at top and bottom flanges add strength
11. Volute
304L/316L stainless steel
All sizes have bottom flange for simple bolt-on attachment of the standard intake cone or optional antierosion assembly or draft tube
Gussets at top and bottom flanges add strength
12. Intake Cone
304L stainless steel
Hydraulically designed for proper loading on propeller
Sufficiently sturdy to support assembled aerator on hard, flat surface
(Optional) Draft Tube for deep water depth application
13. Anti erosion Assembly
(Optional) for low-water depth application
Materials
Aerator construction materials that meet your requirements.
When it comes to design, engineering, versatility and performance, the EcoJet™ aerator meets and exceeds the demands and standards of industrial and municipal wastewater treatment. Offering a variety of standard aerator models and custom material combinations, the EcoJet™ aerator will help ensure maximum return on investment, cost-effective operations and efficient results.
SSS Series
Motor Shaft – One-piece 17-4 PH stainless steel
Propeller – 316L or 15-5 stainless steel, dynamically balanced
Discharge Cone – 304 stainless steel, monolithic casting
Volute – 304L stainless steel
Intake Cone – 304L stainless steel
Float – 14-gauge, 304L stainless steel shell filled with closed-cell polyurethane foam
CSS Series
Motor Shaft – One-piece 17-4 PH stainless steel
Propeller – 316L or 15-5 stainless steel, dynamically balanced
Discharge Cone – Cast steel, monolithic casting, epoxy coated
Volute – 304L stainless steel
Intake Cone – 304 stainless steel
Float – 14-gauge, 304L stainless steel shell filled with closed-cell polyurethane foam
SFG Series
Motor Shaft – One-piece 17-4 PH stainless steel
Propeller – 316L or 15-5 stainless steel, dynamically balanced
Discharge Cone – 304 stainless steel, monolithic casting
Volute – 304L stainless steel
Intake Cone – 304L stainless steel
Float – Fiberglass-reinforced polyester shell filled with closed-cell polyurethane foam
CFG Series
Motor Shaft – One-piece 17-4 PH stainless steel
Propeller – 316L or 15-5 stainless steel, dynamically balanced
Discharge Cone – Cast steel, monolithic casting, epoxy coated
Volute – 304L stainless steel
Intake Cone – 304L stainless steel
Float – Fiberglass-reinforced polyester shell filled with closed-cell polyurethane foam
Special Materials
For applications that require special materials, such as 316, 316L or other materials, please contact us or request a quote for more information.
Models
Better Materials. Better Processing.
From municipal to industrial operations, Aerator Solutions provides EcoJet™ aerators in a variety of models, specifically designed for optimum efficiencies. Review the typical surface aerator application characteristics and compare the differences between specific models, then contact us or request a quote.
Application characteristics
Stainless Steel Float series (SSS and CSS)
Fiberglass Float series (SFG and CFG)
EcoSaver series (ES)
Application Characteristics: Choose the right aerator for peerless results.
No matter if you’re processing effluents from municipal wastewater, pulp and paper, food and beverages or petrochemicals, EcoJet™ aerators are designed to specifically meet your efficiency and regulatory requirements. Review the typical surface aerator application characteristics below to determine the EcoJet™ model that’s right for your operations.
Stainless steel EcoJet™ aerators.
Built to withstand the toughest conditions, the SSS and CSS stainless steel EcoJet™ aerators are available in three different models for optimum efficiencies for your operations.
EcoJet™ Aerator Fiberglass Float Series
Designed for wastewater treatment applications in corrosive environments, fiberglass EcoJet™ aerators provide unparalleled protection. The SFG and CFG EcoJet™ aerators are available in three different models.
EcoSaver™ ES Series aerators.
Looking for ROI? Look no further than the EcoSaver ES aerator. Specifically engineered to make the best use of your budget, the EcoSaver reduces energy costs to provide greater overall savings without sacrificing efficient wastewater treatment.
Offering a motor efficiency rating of 95% compared to the standard 91.7%, municipalities and industrial wastewater operations have the opportunity to increase efficiencies and profitability.
Motors
Robust motors designed for rugged environments.
One of the many reasons Aerator Solutions is the leading aerator solution for the wastewater industry, is our proprietary motor design brings ultimate efficiencies to your operations. The EcoJet™ aerator IEEE 841 TEFC motors are specifically suited for pulp and paper mills requiring severe-duty, long-life motors.
EcoJet™ aerator TEFC Motor standard features:
Class F insulation
One piece 17-4PH stainless steel shaft
Rated severe chemical duty
Totally enclosed fan-cooled
Potted junction box for motor leads
135,000 psi yield strength on motor shaft
Available in all OSHA colors
Optional features:
Dual speed
Space heaters
Explosion proof
Tnemec special paints
Thermal overload protection
EcoSaver™ energy efficient upgrade
EcoSaver™ 5-year, no maintenance motor
What’s more, when you work with one of our experts, we can help you determine typical cost savings. We’ll simply determine the number of motors on site, number of operational hours for each unit, kilowatt-hour cost, and then provide a calculation showing the estimated savings typically garnered from EcoLast™ motors.
Technical details:
1.25 service factor
InproSeal bearing isolators at both ends
Bearing protection meets IP56
Rubber lead separator between terminal box and frame
Epoxy paint system exceeds 250 hours salt fog test
Interior surfaces are epoxy coated
Non-sparking fan
NPT threaded terminal box
Seamless copper lead lugs
Seamless stainless steel grease extension tubes
Class F insulation (Impregnation resin and magnet wire are Class H)
All frames with re-greasable ball bearings
Controls
Proven results with optimal aerator controls.
The EcoJet™ High-speed aerator offers motor and control options for optimum customization.
Motor options:
Premium efficient
Space Heaters
Dual speed
Thermal overload protection
Explosion-proof construction
Control panels
NEMA compliant enclosures available for manual, semi-automatic or automatic operation
Standard control panel consists of across-the-line starters, pushbutton start/stop switches, and main disconnect safety lever switch
Other special enclosures such as timers, pilot lights, alarm horns, or elapsed time meters, are available