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With our team of qualified
environmental engineering professionals
and well-equipped laboratory facilities,
we provide a total solution to our clients,
from process design to execution of the
project. We supply a full range of water
and wastewater treatment system, from 15m3/day
of small-scale units to more than 10,000m3/day
full-scale industrial plants.
In water and wastewater treatment technology,
NOVO ETS offers the following
range of water treatment systems:
We specialize in membrane
filtration where the material and pore size
of the membrane determines the permeability
of different substances through the membrane.
When working on ultrafiltration
systems, we use our patented NOVO
SPRING hollow fibre membrane. It is
asymmetric and can be backwash. The main
advantage of the hollow fibre ultra-filtration
membrane is that it is compact and still
provides a very large membrane filtration
area. The resulting purified water can be
used in food, semiconductor, pharmaceutical,
petrochemical and chemical, electronics,
textile, electroplating and power generation
industries.

We have formed
a joint venture company in China to manufacture
our own NOVO SPRING membranes and also set
up an research centre. Our membranes modules
undergo strict quality control and surpass
international quality standards. We are
dedicated to the manufacture of high-quality,
high performance and reliable hollow fibre
ultra-filtration modules for industry. Our
research centre continue to invest in research
& development to advance the next generation
hollow fibre technology in order to provide
our customers the best in class solutions.
Our membrane
modules :

The Membrane Bio-Reactor
(MBR) is a wastewater treatment technology
based on a combination of membrane separation
and activated sludge process. The application
of hollow fibre membrane replaces the
secondary sedimentation tank of activated
sludge process for solid-liquid separation.
It is simple to operate and produces less
sludge.
MBR Applications
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Domestic
and industrial wastewater treatment,
especially for wastewater with higher
organic content or lower biodegradability. |
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Water reclamation
and reuse |

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