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atw - International Journal for Nuclear Power | 11/12.2019

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

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. 64 (2019) | Issue <strong>11</strong>/12 ı November/December<br />

Outlook is there is no single or simple<br />

solution to trans<strong>for</strong>ming global energy<br />

systems,” said Dr Fatih Birol, the IEA’s<br />

Executive Director. “Many technologies<br />

and fuels have a part to play<br />

across all sectors of the economy. For<br />

this to happen, we need strong leadership<br />

from policy makers, as governments<br />

hold the clearest responsibility<br />

to act and have the greatest scope to<br />

shape the future.”<br />

In the Stated Policies Scenario,<br />

energy demand increases by 1% per<br />

year to 2040. Low-carbon sources, led<br />

by solar PV, supply more than half of<br />

this growth, and natural gas accounts<br />

<strong>for</strong> another third. Oil demand flattens<br />

out in the 2030s, and coal use edges<br />

lower. Some parts of the energy sector,<br />

led by electricity, undergo rapid<br />

trans<strong>for</strong>mations. Some countries,<br />

notably those with “net zero”<br />

aspirations, go far in reshaping all<br />

aspects of their supply and consumption.<br />

However, the momentum behind<br />

clean energy is insufficient to offset<br />

the effects of an expanding global<br />

economy and growing population.<br />

The rise in emissions slows but does<br />

not peak be<strong>for</strong>e 2040.<br />

Shale output from the United<br />

States is set to stay higher <strong>for</strong> longer<br />

than previously projected, reshaping<br />

global markets, trade flows and<br />

security. In the Stated Policies<br />

Scenario, annual US production<br />

growth slows from the breakneck<br />

pace seen in recent years, but the<br />

United States still accounts <strong>for</strong> 85 % of<br />

the increase in global oil production to<br />

2030, and <strong>for</strong> 30 % of the increase in<br />

gas. By 2025, total US shale output<br />

(oil and gas) overtakes total oil and<br />

gas production from Russia.<br />

“The shale revolution highlights<br />

that rapid change in the energy<br />

system is possible when an initial push<br />

to develop new technologies is<br />

complemented by strong market<br />

incentives and large-scale investment,”<br />

said Dr Birol. “The effects<br />

have been striking, with US shale now<br />

acting as a strong counterweight to<br />

ef<strong>for</strong>ts to manage oil markets.”<br />

The higher US output pushes down<br />

the share of OPEC members and<br />

Russia in total oil production, which<br />

drops to 47 % in 2030, from 55 % in<br />

the mid-2000s. But whichever pathway<br />

the energy system follows, the<br />

world is set to rely heavily on oil supply<br />

from the Middle East <strong>for</strong> years to<br />

come.<br />

Alongside the immense task of<br />

putting emissions on a sustainable<br />

trajectory, energy security remains<br />

paramount <strong>for</strong> governments around<br />

the globe. Traditional risks have not<br />

gone away, and new hazards such as<br />

cybersecurity and extreme weather<br />

require constant vigilance. Meanwhile,<br />

the continued trans<strong>for</strong>mation<br />

of the electricity sector requires policy<br />

makers to move fast to keep pace with<br />

technological change and the rising<br />

need <strong>for</strong> the flexible operation of<br />

power systems.<br />

“The world urgently needs to put a<br />

laser-like focus on bringing down<br />

global emissions. This calls <strong>for</strong> a grand<br />

coalition encompassing governments,<br />

investors, companies and everyone<br />

else who is committed to tackling<br />

climate change,” said Dr Birol. “Our<br />

Sustainable Development Scenario<br />

is tailor-made to help guide the<br />

members of such a coalition in their<br />

ef<strong>for</strong>ts to address the massive climate<br />

challenge that faces us all.”<br />

A sharp pick-up in energy efficiency<br />

improvements is the element that<br />

does the most to bring the world<br />

towards the Sustainable Development<br />

Scenario. Right now, efficiency<br />

improvements are slowing: the 1.2 %<br />

rate in 2018 is around half the average<br />

seen since 2010 and remains far below<br />

the 3 % rate that would be needed.<br />

Electricity is one of the few energy<br />

sources that sees rising consumption<br />

over the next two decades in the<br />

Sustainable Development Scenario.<br />

Electricity’s share of final consumption<br />

overtakes that of oil, today’s<br />

leader, by 2040. Wind and solar PV<br />

provide almost all the increase in<br />

electricity generation.<br />

Putting electricity systems on a<br />

sustainable path will require more<br />

than just adding more renewables.<br />

The world also needs to focus on<br />

the emissions that are “locked in”<br />

to existing systems. Over the past<br />

20 years, Asia has accounted <strong>for</strong><br />

90 % of all coal-fired capacity built<br />

worldwide, and these plants potentially<br />

have long operational lifetimes<br />

ahead of them. This year’s WEO considers<br />

three options to bring down<br />

emissions from the existing global<br />

coal fleet: to retrofit plants with carbon<br />

capture, utilisation and storage or<br />

biomass co-firing equipment; to<br />

repurpose them to focus on providing<br />

system adequacy and flexibility; or to<br />

retire them earlier.<br />

| www.iea.org<br />

New report and webinar<br />

on the supply of medical<br />

radioisotopes<br />

(nea) The NEA hosted a webinar on<br />

18 November 2019 to present findings<br />

from a new report on the supply of<br />

medical radioisotopes, jointly produced<br />

with the Organisation <strong>for</strong><br />

Economic Co-operation and Development<br />

(OECD) Health Committee.<br />

Technetium-99m (Tc-99m) is the<br />

most commonly used medical<br />

radioisotope, essential <strong>for</strong> 85 % of the<br />

nuclear medicine diagnostic scans<br />

per<strong>for</strong>med worldwide. There are no<br />

comparable substitutes available <strong>for</strong><br />

diagnoses of various cancers and <strong>for</strong> a<br />

range of diagnostics in children.<br />

Un<strong>for</strong>tunately, the global supply of<br />

Tc-99m is not technically and economically<br />

robust, and the existing<br />

supply-chain continues to experience<br />

chronic shortages. This new study<br />

analyses the current market structure<br />

and identifies barriers <strong>for</strong> the implementation<br />

of full cost recovery.<br />

Report and the webinar recording<br />

are available at: <br />

oe.cd/nea-med-rad-webinar-2019.<br />

| www.oecd-nea.org<br />

World <strong>Nuclear</strong> Per<strong>for</strong>mance<br />

Report 2019 Asia Edition<br />

launched<br />

(wna) The World <strong>Nuclear</strong> Per<strong>for</strong>mance<br />

Report 2019 Asia Edition shows<br />

that nuclear energy in Asia is meeting<br />

the growing demand <strong>for</strong> electricity,<br />

whilst helping to tackle<br />

air pollution and climate change. The<br />

report, published by World <strong>Nuclear</strong> Association,<br />

was launched today at Singapore<br />

<strong>International</strong> Energy<br />

Week.<strong>Nuclear</strong> generation in Asia<br />

continued its rapid growth in 2018, increasing<br />

by 12 %. By replacing<br />

coal-fired generation nuclear energy<br />

avoided the emission of over<br />

500 million tonnes of carbon dioxide<br />

last year.Agneta Rising, Director<br />

General of World <strong>Nuclear</strong> Association<br />

said, “<strong>Nuclear</strong> is fast, scalable and a<br />

long-lasting way to add clean<br />

557<br />

NEWS<br />

News

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