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Thrust 2: Water Supply and Treatment Technology
The provision and supply of affordable and reliable
water of quality and quantity for drinking (domestic)
and economic (industrial/commercial and mining)
activities, remains continuous challenges. Research
support for these activities is the focus of this
thrust. The objective of this thrust is to develop
innovative technologies and processes that address
aspects related to bulk water supply, water treatment
technology, distribution and water quality.
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Programme 1: Drinking water
treatment technology |
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The programme aims to acquire
adequate understanding of potable water treatment processes
and related activities and to be able to assist in treating
our scarce water resources in the most efficient and
cost-effective way to an acceptable quality for potable
and industrial use. Expected outcomes include improved
and more cost-efficient process technologies, increased
operational efficiency of treatment plants and an improved
manpower training level and knowledge base. |
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Programme 2: Water
treatment for rural communities |
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This programme aims to provide,
through research products, adequate quantity and quality
water to rural communities on a sustainable basis. Expected
outcomes required to achieve sustainable water services
include community involvement, cost-recovery, effective
operation and maintenance, affordability and willingness
to pay for water services. |
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Programme 3: Drinking water
quality |
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The programme aims to protect
human health by ensuring that water supplies are of
acceptable quality and standards. Outcomes include improved
analytical methodologies, treatment technologies and
hygiene practices. |
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Programme 4: Water
distribution and distribution systems |
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The programme aims to optimise
the quality, quantity and reliability of the distribution
and supply of treated, potable water to the end-users
thereof. The programme has the following expected outcomes:
To develop reliable processes in the predicting and
improving the operational efficiencies in distribution
systems, with the purpose of reducing both capital and
operational costs. To ensure that the quality and quantity
of water is maintained in the distribution system -
from the water treatment plant to the furthest end user.
To develop innovative methods, tools and processes that
will improve system integrity and reliability. |
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