atw 2018-12
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<strong>atw</strong> Vol. 63 (<strong>2018</strong>) | Issue 11/<strong>12</strong> ı November/December<br />
of 8 to 14 years. The decision that was<br />
taken after Fukushima clearly comes<br />
into conflict with this agreement. It<br />
should be acknowledged that in 2011,<br />
Chancellor Angela Merkel skillfully<br />
played on the moods of the German<br />
population and the German media,<br />
taking advantage of this to forge a<br />
coalition with the Social Democrats.<br />
From my point of view, the decision<br />
was practically unsupported by any<br />
facts – that was simply power politics<br />
on Merkel’s part”. According to the<br />
expert, the government should not<br />
have made any sudden movements,<br />
succumbing to antinuclear sentiment<br />
that swept across Western Europe<br />
back then: “The national economy<br />
and the population would have it<br />
easier now if nuclear energy were<br />
used further as planned and the<br />
revenues in this case could be used to<br />
address the implementation of the<br />
“Energiewende”.<br />
It is remarkable that the German<br />
nuclear phase-out is taking place amid<br />
the growing recognition by the international<br />
community of the significance<br />
of nuclear power in combating<br />
climate change. As recently as in early<br />
October, the Intergovernmental Panel<br />
on Climate Change (IPCC) presented<br />
its updated assessment, calling for<br />
rapid, comprehensive and unprecedented<br />
changes in all spheres of the<br />
global community to limit global<br />
warning to 1.5°C. In the 89 mitigation<br />
scenarios considered by the IPCC,<br />
cumulative nuclear generation increases,<br />
on average by around 2.5<br />
times by 2050. The London-based<br />
World Nuclear Association points out<br />
in this regard that the report also says<br />
that “comparative risk assessment<br />
shows health risks are low per unit of<br />
electricity production”, if compared to<br />
other low-carbon sources of energy.<br />
Be it as it may, the fact is that<br />
Germany still has seven NPPs in operation.<br />
All of them shall be shut down<br />
until the end of 2022 – like in the<br />
‘Farewell’ Symphony by Joseph Haydn,<br />
the seven remaining reactors will in<br />
turn be leaving Germany’s podium of<br />
electricity generation. And yet the<br />
story of the nuclear industry in<br />
Germany does not end upon closing of<br />
the last industrial reactor. And the<br />
point here is not only that the country’s<br />
numerous research reactors will continue<br />
their work regardless of the<br />
course of the energy transition. It is<br />
also important that to create not only<br />
a greenfield, but even a brownfield on<br />
an NPP site, simply disconnecting a<br />
power plant from the grid is not<br />
enough. It must be safely dismantled<br />
and the nuclear waste generated over<br />
the years of operation – removed or<br />
safely disposed of. A task that will take<br />
decades to accomplish.<br />
Considering the ever growing<br />
scope of work, it is extremely important<br />
for Germany to maintain an<br />
acceptable level of competence in the<br />
nuclear industry – there should be<br />
sufficient number of profile specialists<br />
and educational institutions providing<br />
for training of those. As paradoxical<br />
and even tragic as it may sound,<br />
decommissioning and dismantling of<br />
NPPs is and will be carried out, among<br />
others, by those who once built them.<br />
In a word, the back-end of the nuclear<br />
fuel cycle is not much of a lifeasserting<br />
field in German realities.<br />
Rainer Klute, head of the non-profit<br />
association Nuklearia, which is engaged<br />
in raising the public acceptance<br />
of nuclear technologies, laments that<br />
there are too few graduates specializing<br />
in nuclear power engineering in<br />
the country today. This does not surprise<br />
him even taking into account the<br />
demand for skills and competencies<br />
that makes it possible to assess job<br />
prospects in this sphere as fairly good.<br />
“Who, being a young man, would<br />
want to get a profession in which one<br />
cannot create anything new that one<br />
could take pride in and instead has to<br />
be engaged in shutting down and dismantling<br />
well-functioning facilities?<br />
Does this seem like an attractive life<br />
goal?” Klute asks rhetorically.<br />
It cannot be ruled out that this is<br />
one of the reasons why it is not only<br />
domestic companies that participate in<br />
NPP decommissioning projects in the<br />
country – foreign energy companies<br />
appear quite willing to provide their<br />
services. One such example is Nukem<br />
Technologies, which specializes in<br />
radioactive waste (RW) and spent<br />
nuclear fuel (SNF) management – in<br />
2009, the engineering company with<br />
its head office located in Alzenau was<br />
acquired by a subsidiary of the Russian<br />
state corporation Rosatom. In its technological<br />
segment, Nukem Technologies<br />
takes leading positions in the European<br />
market: the company's project portfolio<br />
includes, inter alia, the SNF<br />
storage facility at Ignalina NPP in<br />
Lithuania, a similar facility for the<br />
decommissioned units 1 to 4 at<br />
Kozloduy NPP in Bulgaria; in Germany,<br />
Nukem is engaged in the decommissioning<br />
of Philippsburg NPP.<br />
In a consortium with the German<br />
company Entsorgungswerk für Nuklearanlagen<br />
(EWN), Nukem Technologies<br />
participates in the works that are<br />
currently underway at Biblis NPP – in<br />
June 2017, the company was awarded<br />
a corresponding bid. The plant was<br />
shut down in 2011 among other facilities<br />
that fell under the government’s<br />
decision to immediately close eight<br />
reactors in the wake of the Fukushima<br />
accident. In 2017, decommissioning of<br />
both units at Biblis NPP was completed,<br />
followed by the start of dismantling<br />
works. According to the<br />
plant’s director Horst Kemmeter, this<br />
process should take no less than 15<br />
years. As of today, all nuclear fuel has<br />
already been extracted from both<br />
reactors – the last containers left the<br />
NPP site this September, Kemmeter<br />
said at a regular dialogue forum held<br />
as part of the ‘Biblis transparent’<br />
initiative. As for the role of the Nukem<br />
and EWN consortium, the companies<br />
will be responsible for dismantling<br />
and disassembling four steam generators<br />
per unit, the works launched in<br />
October.<br />
Active engagement of foreign<br />
energy companies in back-end projects<br />
in Germany is backed up by a<br />
thesis that phasing out German<br />
nuclear facilities can be accomplished<br />
in the most safe and smooth manner if<br />
one combines German and international<br />
know-how, especially when it<br />
comes to companies that are actively<br />
developing the nuclear industry in<br />
their own countries. Professor Thomas<br />
Walter Tromm, head and spokesperson<br />
of the Nuclear Waste Management,<br />
Safety and Radiation Research<br />
Programme (NUSAFE) at the Karlsruhe<br />
Institute of Technology Energy Center,<br />
notes: “I would point out that if we<br />
consider foreign participation, we are<br />
still dealing with companies that have<br />
branches or offices in Germany”. As<br />
regards the specific project at Biblis<br />
NPP, in which Nukem participates<br />
together with EWN, it should be<br />
stressed that EWN is a 100% state<br />
enterprise, that is, domestic knowhow<br />
is in place here as well, the expert<br />
says.<br />
Given the array of work to be performed<br />
as part of decommissioning<br />
Germany’s NPPs, specialists will be<br />
sure to have things to do for several<br />
decades to come. The demand for<br />
expertise in this area is therefore high,<br />
creating, in turn, the need for measures<br />
to maintain the necessary level of<br />
expertise in the country in the midand<br />
long term. “At the same time, it is<br />
important to maintain competencies<br />
not only among scientists, but also<br />
among engineers who deal with<br />
decommissioning in practice – this is<br />
to be ensured, in particular, through<br />
the dual education system (a form of<br />
ENERGY POLICY, ECONOMY AND LAW 579<br />
Energy Policy, Economy and Law<br />
Talks of an End to Germany’s Nuclear Industry Premature ı Roman Martinek