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Wastewater Processing Systems
Wastewater Processing Systems
Recycling Waste Water, Potato Waste Water,
Wastewater Dewatering, Water Wash Recycling, Waste Water Filtration System
Municipal Wastewater Treatment Systems
Wastewater
treatment plants for both municipal and industrial applications are designed
to produce a clean, safe water discharge, usually to a river. The complexity
of the plant will depend on the immediate environmental considerations
and the consent limits negotiated with the authorities. New plants built
today are becoming more and more sophisticated, but for the purposes of
this overview on US Centrifuge CQ decanter centrifuge applications,
we will consider only the basics.
The CQ decanter centrifuge
has been used extensively in sludge thickening and sludge
dewatering duties.
Municipal Sites
There are basically two application types in the wastewater
treatment industry for the decanter centrifuge:
The first is to take liquid slurry (around 1 - 3 % ds.) as feed to
the decanter and thicken it to around 8% ds, often prior to going to
a biological digester.
- The second is to feed the decanter with similar
slurry and dewater the solids to a dry looking solids mass prior to
disposal. In the second case the solids can come from the primary clarifier
or the secondary clarifier after biological treatment.
Learn more
about Municipal Wastewater Processing
Download
Municipal & Biological Sludge Dewatering Decanter Centrifuge Information (PDF - 244K)
Water Wash Spray Booth Paint Sludge Recovery
Since 1991 water wash spray booth paint sludge recovery has been one of US Centrifuge's most common and successful applications with many installations throughout North America. It requires knowledge and experience to properly move paint solids to the point of extraction where they can be collected and fed to the centrifuge for separation and removal. We have unequalled application expertise when it comes to properly applying a centrifuge to water wash spray booths along with the widest range of machine models and capacities available.
Learn more about Water Wash Spray Booth Paint Sludge Recovery
US Centrifuge Automatic Batch Sequence Wastewater
Processing System
US
Centrifuge automatic self-monitoring batch-sequence wastewater treatment
systems can be used to treat a wide variety of industrial wastewater
applications using a wide variety of chemical treatment programs. Advantages
of the self-monitoring automatic batch-sequence wastewater treatment
system include:
- Fully automatic batch-sequence process requires virtually no operator
attention.
- Fully integrated skid mounted system components and controls for simplified
installation.
- Complete chemical and process time variation controls for maximum
process flexibility.
- Centrifugal sludge removal process produces a relatively moisture
free cake for disposal.
Automatic self-monitoring batch-sequence wastewater
treatment systems can be configured, equipped, and constructed to
suit each customer's individual process and chemical treatment requirements.
These requirements could include:
- Different Size Tank Volumes
- Multiple Chemical Feed Pumps and / or Systems
- Various Size and / or Multiple Centrifuges
- Additional Discharge Water Filtering Devices
- Plus Discharge Water Monitoring and / or Recording Devices
Automatic self-monitoring batch-sequence wastewater
treatment systems can be designed and constructed to treat wastewater
volumes from 500 to 50,000 GPD depending on the chemical program and percentage
of solids. Systems range from $50,000 to $350,000 depending on the necessary
components and materials of construction.
US Centrifuge automatic self-monitoring
batch-sequence wastewater treatment systems are constructed and
equipped with quality components including:
- Allen Bradley Controls and Operator Interfaces
- Endress+Hauser Instrumentation and Controls
- G&L, Gusher, Continental, and ARO Pumps
- Dosatron Polymer Feed Systems
Interested?
Fill out US Centrifuge's Wastewater Application (PDF - 102K)
Learn
more about Automatic Batch-Sequence Wastewater Processing (PDF - 275K)

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