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COMMERCIAL PRODUCTS
Oasis Clearwater SAFE System
(Submerged Aerated Filtered Effluent) |
Applications |
Developed in New
Zealand for New Zealand conditions, wastewater
is turned into high quality irrigation water.
Typically used in areas of poor drainage and/or
high water tables. |
System Type |
Aerated Waste Water
treatment system comprising five stages of treatment.
Uses the revolutionary ZABEL A300 high performance
filter. Comes complete with high-quality system
malfunction alarm. |
Capital Costs
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Running Costs
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Typical System
Performance |
| Dependent on size and application |
Dependent on size and application |
BOD – Average 25 – 30 mg/L
SS – 25 – 30 mg/L |
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TEXASS – Textile Advanced
Sewage System |
Applications |
For domestic or
commercial use. Typically used in areas of poor
drainage and/or high water tables. Also where
higher levels of treatment are required. Also
for intermittent operation. |
System Type |
Uses a textile
media to efficiently filter the effluent over
multiple passes, finally producing a very high
quality end product that is ideal for irrigating
lawns, gardens and tree lots. Compact size and
easy to install. |
Capital Costs
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Running Costs
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Typical System
Performance |
| Dependent on size and application |
Dependent on size and application |
BOD – Average 15mg/L
SS – 15 mg/L |
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MBR – Membrane Bio-Reactor |
Applications |
Typically used
for very high performance levels and zero Coliform
requirements |
System Type |
The most environmentally
friendly, technically superior sewerage system
available for domestic and commercial use. The
system uses membrane filtering to produce high
quality water. |
Capital Costs
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Running Costs
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Typical System
Performance |
| Dependent on size and application |
Dependent on size and application |
BOD - <5mg/L
SS - <5mg/L
FC - Zero
Nitrogen - <5mg/L
Phosphorus - <5mg/L |
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Decentralised Systems |
Applications |
Cluster type subdivisions,
residential and commercial. |
System Type |
Incorporates the
SAFE, TEXASS or MBR technology. Individual on site
pump chambers or septic feed to a single off site
treatment plant. |
Capital Costs
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Running Costs
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Typical System
Performance |
| Dependent on type of system |
Dependent on type of system.
Less than having several treatment systems to
maintain
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Dependent on type of system |
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