This page location is:
USA
En Us
Products
Biological
Sanitaire ICEAS SBR
Sanitaire ICEAS SBR Advantages
Sign In
Contact Us
Xyleminc.com
Applications
Beverage Dispensing & Chilling
Processing
Pumping Applications
Water and Wastewater treatment
Brands
Industries
Agricultural
Commercial
Construction
Environmental
Food and Beverage
Government Agencies
Industrial
Public Utilities
Products
Aeration
Aftermarket and Service
Biological
Currently selected
Clarification
Filtration
Mixers
Monitoring and Control
Ozone
Pumps
Sludge Collector
UV System
Resource Library
Brochures
Case Stories
Go
Water Solutions
>
USA
>
Products
>
Biological
>
Sanitaire ICEAS SBR
>
Sanitaire ICEAS SBR Advantages
Sanitaire ICEAS SBR
ICEAS SBR Case Studies
Sanitaire ICEAS Components
Sanitaire ICEAS Process
Sanitaire ICEAS SBR Advantages
Currently selected
Featured Background Image
Sanitaire ICEAS SBR Advantages
Featured Copy
SBR The ICEAS process offers unique advantages over the conventional SBR process, while eliminating costly systems and maintenance associated with conventional SBRs.
·
Equal flow and loading - since all basins receive flow at the same time, basin imbalance is
minimized.
·
Smaller investment - less land area and less equipment is needed
·
Lower operating and construction costs - requires no primary or secondary clarifiers and
associated pumping, pipework and control facilities.
·
Less sludge handling - return activated sludge is eliminated since aeration and settling occur in
the same tank maintaining a healthy microbial population.
·
Flexibility - operators simply vary the operation as environmental conditions change with easy-
to-use state-of-the-art PLC control system. Systems can be easily expanded by placing
additional tanks in parallel.
·
Compared to true-batch SBRs, allows single basin operation for periods of low loading, startup
or maintenance. Also eliminates costly influent and effluent control valves.
·
Peak flow handling capability - basin design and system hydraulics engineered to prevent
mixed liquor washout during peak flows. Basin's large surface area and superior decanter
design facilitate a low overflow rate creating quiescent conditions favorable to particle settling
and low effluent suspended solids
Share This
Print Article
Sub Image 1
Sub Copy 1
Sub Image 2
Sub Copy 2
Sub Image 3
Sub Copy 3
Sub Image 4
Sub Copy 4
Sub Image 5
Sub Copy 5
Sub Image 6
Sub Copy 6
>