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<strong>atw</strong> Vol. 62 (<strong>2017</strong>) | Issue 6 ı June<br />
it is possible to complete this first unit by 2027-2029 and<br />
then we could go for a total of 6 GW by the early-2030s.<br />
NucNet: The Polish Nuclear Roadmap includes a plan to<br />
deploy a high-temperature gas-cooled reactor (HTR). Can<br />
you elaborate on these plans.<br />
Grzegorz Wrochna: The Polish nuclear programme is in<br />
nature a light-water reactor (LWR) investment project.<br />
The Polish industry will be part of the supply chain, but not<br />
much will be gained in terms of intellectual property and<br />
technological know-how. Fundamentally, we will order<br />
existing reactor designs, pay for them and build them.<br />
But once we have spent so much money on building a<br />
nuclear plant it might be better to spend a little bit extra<br />
and make even greater gains for the economy. We could<br />
invest in R&D, which would have lasting benefits for us.<br />
Poland has an extensive chemical industry, which<br />
consumes a lot of heat, produced from coal or imported<br />
natural gas. If we want to become more independent, we<br />
need an alternative source of heat for industry. And it is<br />
here that high temperature reactor HTR nuclear technology<br />
could play a big part.<br />
HTRs produce high-temperature steam at about 550 °C.<br />
We could safely and easily replace an old gas or coal-fired<br />
boiler at a chemical plant with an HTR which would produce<br />
the same amount of heat. We are talking about 6 GW, but<br />
this time in heat rather than in electricity, distributed among<br />
10 or more sites. This is a parallel programme, but there are<br />
obvious synergies between the two – supply chain, regulation,<br />
and the scientific part. We would really like to see the<br />
HTR programme as a spin-off from the main LWR programme.<br />
What we plan is to build about 10 to 20 HTRs in<br />
Poland by 2050. We have the capacity for this. The first<br />
should be in operation by 2031-2032. The need of Europe<br />
we estimate about 100-200 of such reactors.<br />
The HTR programme is also mentioned in government<br />
policy. Last year the ministry of energy established a<br />
committee for HTR deployment. That committee is<br />
preparing an intermediate report and this year we are<br />
planning to establish a company to start designing an HTR,<br />
based on international experience. Preparation for the first<br />
demonstrator will be supported by the Gemini+ initiative,<br />
which is being funded by Euratom. Within the framework<br />
of the € 4 million project, NCBJ scientists will be coordinating<br />
international preliminary works aimed at<br />
implementing HTRs. This could eventually help the first<br />
European HTR become a reality in Poland.<br />
NucNet: Finally, what are the challenges and risks for the<br />
new-build programme?<br />
Grzegorz Wrochna: The biggest risks do not come from<br />
cancellation or public opinion. They come from delays. In<br />
Europe, all major investments, power stations and other<br />
infrastructure, experience cost overruns and take longer<br />
than expected. In the past, the designs were several<br />
thousand pages long and the investment agreements a few<br />
pages. Today it is the opposite – designs are general and<br />
often standardised, while investment agreements have<br />
become long and cumbersome. Nuclear is no exception.<br />
This is a malaise that has affected all major investments<br />
in Europe. I hope the time spent preparing the nuclear<br />
programme in Poland will help avoid delays.<br />
Author<br />
NucNet<br />
The Independent Global Nuclear News Agency<br />
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Q&A: Poland’s Progress on the Road to New Nuclear ı NucNet