NATIONAL ASSEMBLY From
http://www.dpe.gov.za/home.asp?id=449
Question no. 5 for Oral Reply
Replied to on 23 May 2006
Mr
Y Wang (ANC) to ask the Minister for Public Enterprises: In view of the pebble
bed modular reactor now falling within his area of responsibility,
(a) what
strategic advantages flow from using nuclear technology in order to generate energy,
(b) what steps have been taken to address safety concerns with regard to nuclear
energy and
(c) what measures have been taken or are envisaged to deal with
nuclear waste disposal?
N495E
Reply:
(a) The Strategic advantages flow from using nuclear technology as an energy source to produce electricity has a number of distinct advantages:
In reply to part (c):
With regard to Koeberg
Power Station, as soon as this Agency has been established an application will
be made for the acceptance of Koeberg radioactive waste management programme.
In other words, "We have no idea at this stage what
we will do with the nuclear waste".
A
councilor from Cape Town had the following to say:
"During the life
span of the proposed PBMR, nearly 800 tonnes of high level nuclear waste will
be produced and stored at Koeberg. The EIA has not addressed this issue and we
must take action to protect the health of residents from the long term risks and
impacts on the environment."
"The single most pressing issue with regard
to the PBMR and the future of nuclear electricity generation in SA, is a national
policy on the management of radiological waste," said Cllr Landingwe.
" The City is being asked to accept even more nuclear waste for at least the next
80 years, or until a final repository is found. This is simply unacceptable."
VAALPUTS From: http://www.esi-africa.com/last/ESI32000/ESI32000_029_1.htm
Nuclear waste storage sites are situated in remote,
geologically stable areas where little seismic activity has been recorded for
millions of years.
Bullshit #8: "... millions of years."
Is it really possible to know that?
South Africa’s
site for the disposal of nuclear waste, belonging to the NECSA, is situated at
Vaalputs – 600km north of Cape Town – where the annual evaporation exceeds the
annual rainfall. In this way, even if radioactivity should escape, it theoretically
could not contaminate ground water which may find its way to the surface.
Bullshit
#9: "... theoretically... which may find its way..." This
is a really sneaky one! Firstly, we are really more interested in 'practically'
than 'theoretically'. Secondly, ground water in streams and aquifers is neatly
(sort of) excluded - such water could of course flow to other areas hundreds of
kilometers away and 'surface' via boreholes.
From:
http://www.eskom.co.za/live/content.php?Item_ID=1062
Eskom is investigating a number of options for the-long term final disposal of
high level waste, including the well-documented and understood “deep geological
repository” for the spent fuel.
Nicely put! The 'well documented
and understood' process consists of digging a hole and dropping the waste into
it. Fortuitously, even a fool can understand that! Click
here to see the range of nuclear waste disposal options.