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atw International Journal for Nuclear Power | 04.2020

Title atw - International Journal for Nuclear Power | 04.2020 Description Ever since its first issue in 1956, the atw – International Journal for Nuclear Power has been a publisher of specialist articles, background reports, interviews and news about developments and trends from all important sectors of nuclear energy, nuclear technology and the energy industry. Internationally current and competent, the professional journal atw is a valuable source of information. www.nucmag.com

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atw - International Journal for Nuclear Power | 04.2020


Description

Ever since its first issue in 1956, the atw – International Journal for Nuclear Power has been a publisher of specialist articles, background reports, interviews and news about developments and trends from all important sectors of nuclear energy, nuclear technology and the energy industry. Internationally current and competent, the professional journal atw is a valuable source of information.

www.nucmag.com

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<strong>atw</strong> Vol. 65 (2020) | Issue 4 ı April<br />

Top<br />

Foratom calls <strong>for</strong> the EU<br />

to recognise nuclear<br />

as a strategic industry<br />

(<strong>for</strong>atom) Foratom welcomes the<br />

European Commission’s goal of ensuring<br />

Europe’s industry is fit <strong>for</strong> the<br />

ambitions of today and prepared <strong>for</strong><br />

the realities of tomorrow, as outlined<br />

in its Industrial Strategy published<br />

yesterday. The European nuclear<br />

industry stands ready to help Europe<br />

achieve its goals in terms of providing<br />

clean energy and maintaining Europe’s<br />

competitiveness.<br />

As highlighted in the Industrial<br />

Strategy, one of the key challenges<br />

ahead is ensuring that Europe’s<br />

industry has access to a secure supply<br />

of clean energy at a competitive<br />

price. This is crucial <strong>for</strong> maintaining<br />

Europe’s competitiveness.<br />

“<strong>Nuclear</strong> energy can contribute to<br />

making this a reality” states Yves<br />

Desbazeille, FORATOM’s Director<br />

General. “Not only is it low-carbon,<br />

it is also flexible, dispatchable and<br />

cost-effective”.<br />

Indeed, nuclear energy is vital in<br />

this respect as it can help:<br />

p Maintain the competitiveness of<br />

Europe’s industry as energy often<br />

accounts <strong>for</strong> a significant share<br />

of manufacturing costs,<br />

p Decarbonise industry and thus<br />

contribute towards the 2050<br />

carbon neutrality target,<br />

p Provide industry with the energy<br />

it needs when it needs it, which<br />

is particularly important <strong>for</strong><br />

processes which run 24/7,<br />

p Other industries by offering alternative<br />

sources of decarbonised<br />

energy such as hydrogen and heat<br />

(sector coupling).<br />

The European nuclear industry also<br />

contributes significantly to the EU’s<br />

economy as it currently sustains<br />

around 1 million jobs in the EU and<br />

generates around € 450 billion in GDP<br />

(Economic and Social Impact report,<br />

Deloitte 2019. EU-27 & UK).<br />

This is why it is essential that<br />

EU decision-makers take steps to<br />

| The Versatile Test Reactor can help Unlock the<br />

Future of Carbon-Free Energy (Photo credit:<br />

U.S. DOE)<br />

support the nuclear sector’s important<br />

role within the EU economy. This<br />

includes a stable EU policy framework,<br />

and one which encourages<br />

investment in high-overnight costs,<br />

low-carbon technologies. Significant<br />

support to R&D and innovation as<br />

well as increase funding <strong>for</strong> research<br />

into both current and future nuclear<br />

technologies such as SMRs, is also key<br />

to prepare <strong>for</strong> the future, develop new<br />

applications and breakthrough designs<br />

and technologies.<br />

| www.<strong>for</strong>atom.org (20791509)<br />

Company News<br />

Framatome opens new<br />

research and operations center<br />

and expands Intercontrôle<br />

(framatome) Framatome held a<br />

ceremonial ribbon-cutting event in<br />

Cadarache, France, to mark the<br />

opening of its new engineering<br />

research and operations center and<br />

the expansion of Intercontrôle, a<br />

Framatome subsidiary that specializes<br />

in automated non-destructive testing.<br />

More than 100 customers, partners<br />

and employees attended the celebration.<br />

Framatome’s new engineering<br />

research and operations center is<br />

home to a multidisciplinary engineering<br />

team responsible <strong>for</strong> carrying out<br />

construction, safety reviews and<br />

dismantling projects on behalf of the<br />

French Alternative Energies and<br />

Atomic Energy Commission (CEA)<br />

and TechnicAtome. This team also<br />

works on the ITER nuclear fusion<br />

project, responsible <strong>for</strong> the Tokamak<br />

installation as part of a consortium<br />

with Chinese partners.<br />

| www.framatome.com (20791519)<br />

GNS takes over<br />

Eisenwerk Bassum GmbH<br />

(gns) On 21 February 2020 GNS<br />

Gesellschaft für Nuklear-Service mbH<br />

took over 100 % of Eisenwerk Bassum<br />

GmbH. The company with its 106<br />

employees at the Bassum and Peenemünde<br />

sites will continue to provide<br />

the proven supplies and services as an<br />

independent GmbH under the name<br />

Eisenwerk Bassum. The management<br />

has in<strong>for</strong>med the staff about this in<br />

works meetings at both locations.<br />

The previous owners, Edda<br />

Beckedorf and Hartmut Grunau, will<br />

remain active in the company. In<br />

future, the management will consist<br />

of Hartmut Grunau as technical and<br />

Georg Büth as commercial managing<br />

director. “Eisenwerk Bassum GmbH<br />

will be strengthened in view of the<br />

numerous development and approval<br />

procedures that are still required and<br />

the ability to supply all customers<br />

will be further secured,” explained<br />

Hartmut Grunau on the occasion of<br />

the signing of the contract. Our aim is<br />

to continue the reliable cooperation<br />

with all existing customers,” adds<br />

Georg Büth, commercial managing director<br />

of GNS and new member of the<br />

management board of Eisenwerk Bassum.<br />

"In addition, the internationalisation<br />

of GNS will open up<br />

opportunities <strong>for</strong> Eisenwerk Bassum<br />

GmbH and all its employees to develop<br />

further markets in Europe and<br />

beyond.“<br />

| www.gns.de (20791520)<br />

Westinghouse eVinci Micro<br />

reactor awarded funding<br />

<strong>for</strong> Mobile Reactor Design<br />

(westnuc) Westinghouse Electric<br />

Company announced that its eVinci<br />

micro reactor was awarded funding<br />

from the U.S. Department of Defense’s<br />

(DoD) Project Pele, a mobile nuclear<br />

reactor prototyping program. The<br />

funding will be used to finalize the<br />

design <strong>for</strong> a prototype of Westinghouse’s<br />

defense-eVinci (DeVinci)<br />

mobile nuclear power plant (MNPP).<br />

“We are honored to participate in this<br />

strategically important program,” said<br />

Patrick Fragman, President and<br />

Chief Executive Officer, Westinghouse<br />

Electric Company. “Mobile nuclear<br />

reactors offer clean, flexible, and<br />

reliable power <strong>for</strong> our customers. We<br />

are now developing technology to<br />

provide energy security <strong>for</strong> the<br />

Department of Defense, bringing our<br />

exciting concept to realization.”<br />

Westinghouse’s eVinci micro reactor<br />

is a next-generation, very small<br />

modular reactor <strong>for</strong> decentralized<br />

generation markets. The DoD’s mobile<br />

nuclear reactor prototype project<br />

expands upon the transportable capabilities<br />

of the eVinci micro reactor by<br />

allowing <strong>for</strong> operations via a mobile<br />

plat<strong>for</strong>m utilizing standard military<br />

transportation. The eVinci micro<br />

reactor is designed to operate <strong>for</strong><br />

many years, eliminating the need <strong>for</strong><br />

frequent refueling. The innovative<br />

passive safety features of the design<br />

allow the reactor to operate and<br />

achieve safe shutdown without the<br />

need <strong>for</strong> additional controls, external<br />

power source or operator intervention,<br />

enabling highly autonomous<br />

operation.<br />

| www.westinghousenuclear.com<br />

(20791522)<br />

235<br />

NEWS<br />

News

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