China going allout to market nuclear reactors to Asia, Europe, Africa and Middle East
China’s nuclear plant makers seek new markets along the ancient Silk Road into Asia, Europe, Africa and Middle East SCMP, 04 April, 2016
‘One belt, one road’ policy for financing and support for infrastructure projects is helping nuclear plant constructors expand into overseas markets………The policy was first proposed in 2013 to promote infrastructure construction deals overseas along with goods and services trade along the ancient Silk Road from China to Europe and along the ancient maritime trade route linking China to southeast Asia, the Middle East and Africa. The state is offering financing at a time when China’s economy grew at the slowest rate in 25 years and its industry faces severe overcapacity problems.
Beijing has encouraged local firms to become involved in infrastructure projects in southeast Asia, Europe and Africa. Chinese nuclear reactor builders are a growing force in the global nuclear industry.
“The export of nuclear reactors will become one of the key pillars for executing China’s one belt, one road strategy,” Zheshang Securities analyst Zheng Dandan said………
Three Chinese state-backed firms are actively pursuing opportunities to export their reactor construction expertise, especially in developing nations that do not have their own construction capabilities.
Beijing-based projects developer China National Nuclear Corp (CNNC) chairman Sun Qin was quoted by state media China News Service last month as saying that 80 per cent of the up to 300 new reactors projected to be built by 2030 globally could be in ‘one belt, one road’ nations.
CNNC wants to build 30 reactors in such nations, and will use Argentina as a base to develop the South American market, Algeria for reaching out to the greater African market and Pakistan where it is building a project to develop the Asian market, Sun was reported as saying.
State Power Investment, formed via the merger of one of the nation’s “big five” power generators China Power Investment and general contractor State Nuclear Power Technology last year, is also pursuing overseas projects.
It has partnered with the US nuclear technology powerhouse Westinghouse to negotiate a potential deal to build a nuclear power project in Turkey. It has also pursued opportunities in South Africa.
Shenzhen-based projects developer China General Nuclear Power is working towards winning potential projects in Britain, Kenya and southeast Asia. It won one bid to build a plant in Romania.
The mainland leadership has made the globalisation of Chinese firms a key part of its economic reform plans, looking to establish the nation as a major provider of value-added and high-end goods and services. In a series of articles this week, the South China Morning Post examines the key industries targeting overseas expansion, beginning with the nuclear power industry.
India’s government seeking private investment for its costly Light Water Nuclear Reactors
Nuclear energy: Government to push for JVs in light water reactor projects, Economic Times By PTI | Oct 09, 2016, NEW DELHI: To meet the high cost of Light Water Reactors, the government has decided to bring in such projects, which currently involve foreign collaborators, as joint ventures (JVs)with public sector undertakings (PSUs).
Desperate times for the uranium industry, and no hope in sight
Desperate uranium miners switch to survival mode despite nuclear rebound, Reuters, 7 OCT 16 LONDON “……..BULGING INVENTORIES Mining executives partly blame the slump on their customers’ wait-and-see attitude, as utilities believe that the uranium market’s over-capacity will persist for years and see no need to rebuild their dwindling stockpiles.
Demand for uranium is determined by the number of nuclear plants in operation worldwide, but supply and demand are disjointed by huge stocks and uranium’s long production cycle……..
In the five years before Fukushima, utilities worldwide bought about 200 million pounds of uranium per year, he said. Although Japan’s consumption averaged only around 25 million pounds per year, when it closed its reactors demand was cut far further, falling by half. European and U.S. utilities saw that the market was over-supplied and reduced inventories, buying less.
Mining firm Energy Fuels estimates global uranium stocks held by utilities, miners and governments are now at around 1 billion pounds. That is down from a peak around 2.5 billion pounds in 1990, but still many years’ worth of consumption.
Despite the plunge in uranium prices after the 2008 financial crisis and again after Fukushima, uranium production has doubled from 80-90 million pounds in the mid-1990s to about 160 million pounds last year, according to Energy Fuels data……
DESPERATE TIMES
With so much new supply, and demand sliding, prices have fallen to a level where most uranium miners operate at a loss.
“At today’s spot prices, the primary uranium mining industry is not sustainable,” US uranium producer Energy Fuels COO Mark Chalmers told the World Nuclear Association’s London conference last month.
He added that many legacy long-term supply contracts will expire in 2017-18, which will force many mines to close or throttle back even further than they already have.
Miners like Canada’s Cameco, France’s Areva and the uranium arms of global mining companies have closed or mothballed several mines and deferred new projects in order to cut back supply.
Paladin – the world’s second-largest independent pure-play uranium miner after Cameco and the seventh or eighth-largest globally – has production capacity of 8 million pounds of yellowcake uranium but produced just 4.9 million pounds last year at its Langer Heinrich mine in Namibia.
Molyneux said the firm will produce about 4 million pounds this year and will cut output further to about 3.5 million pounds next year if prices do not recover.
Paladin suspended production at its 2.3 million pounds per year capacity Kayelekera mine in northern Malawi in 2014 but maintains equipment so it can resume when prices recover.
Meanwhile it is trying to further reduce its debt, which already fell from $1.2 billion five years ago to $362 million.
Paladin has agreed to sell 24 pct of Langer Heinrich to the China National Nuclear Company and plans to use the expected proceeds of 175 million dollars to further reduce debt.
Bigger peer Cameco in April suspended production at its Rabbit Lake, Canada mine while also curtailing output across its U.S. operations, saying market conditions could not support the operating and capital costs needed to sustain production.
Cameco marketing head Tim Gabruch told the WNA conference that “desperate times call for desperate measures”.
Supply adjustments and producer discipline had not yet been sufficient to counter the loss of demand, he said.”As difficult as those decisions have been, we recognize that those actions may not be enough.”(Reporting by Geert De Clercq; editing by Peter Graff) http://www.reuters.com/article/us-uranium-nuclearpower-idUSKCN1230EF
5 October – an anniversary reminder of the nuclear industry’s poor record, and poor future
the real problem is that the nuclear industry lost its credibility almost at its inception, and has never recovered. It was hastily launched, endowed with the sort of government indulgence that breeds sloppiness, and has tried to conceal its faults through secrecy and legal bluster
GIL SCOTT HERON – WE ALMOST LOST DETROIT
50 years after ‘we almost lost Detroit,’ America’s nuclear power industry faces even graver doubts, LA Times, 5 Oct 16 Michael Hiltzik Contact Reporter The history of nuclear power in the United States has been marked by numerous milestones, many of them bad — accidents, construction snafus, engineering incompetence, etc., etc. One anniversary of an incident that has cast a long shadow over the nuclear power industry’s claim for safety will be marked this week. On Oct. 5, 1966 — that’s 50 years ago Wednesday — Detroit Edison’s Fermi-1 nuclear plant suffered a partial meltdown, caused by a piece of floating shrapnel inside the container vessel.
One anniversary of an incident that has cast a long shadow over the nuclear power industry’s claim for safety will be marked this week. On Oct. 5, 1966 — that’s 50 years ago Wednesday — Detroit Edison’s Fermi-1 nuclear plant suffered a partial meltdown, caused by a piece of floating shrapnel inside the container vessel. Continue reading
Russia spreading its influence, seeking lithium deal with Chile
Russian nuclear firm Rosatom eyes Chilean lithium | SANTIAGO 2 Oct 16 Russian state nuclear power plant giant Rosatom sent lobbyists to meet with the Chilean government and discuss “collaboration in possible lithium projects,” a government website revealed at the weekend.
Four representatives of the company met with Mining Deputy Minister Igancio Moreno in September, according to information published on the government’s lobbying transparent website.
Rosatom has signed billions of dollars worth of overseas contracts and is seen as a tool for Russia to wield political influence abroad.
This year, it signed a contract to build a nuclear research center in Chile’s neighbor Bolivia. It also has interests in several other Latin American countries.
Chile itself has no nuclear power plants and is not expected to build any, as it is one of the world’s most seismically active countries and is regularly shaken by strong earthquakes.
But Chile does have one of the world’s most plentiful supplies of lithium, a mineral used in rechargeable batteries and electronics that has seen rocketing interest and a sharp price rise in recent months on hopes of an electric vehicle boom.
Lithium also has applications for the nuclear industry. As a consequence, the Chilean government considers lithium a “strategic mineral,” leasing out rights and limiting its production.
Most lithium extraction projects involve partnership with the government and state copper miner Codelco [COBRE.UL] is expected to decide on a partner to develop its own lithium assets in the first quarter of next year.
Japan and India to make nuclear marketing deal in November
Japan, India to sign nuclear cooperation deal in November – report http://www.firstpost.com/fwire/japan-india-to-sign-nuclear-cooperation-deal-in-november-report-reuters-3030874.html First Post 2 Oct 16 Reuters TOKYO Japan and India are likely to sign a civil nuclear cooperation pact during a visit to Japan by Indian Prime Minister Narendra Modi in mid-November, the Mainichi newspaper reported on Saturday.The governments of Asia’s second- and third-largest economies are leaning toward holding a summit meeting between Modi and his Japanese counterpart Shinzo Abe, the report said, citing unidentified diplomatic sources from both nations.The two leaders last December reached a basic agreement for cooperation in the peaceful use of nuclear energy, but they stopped short of signing the agreement, citing outstanding technical and legal differences.Japan, the only country to have suffered a nuclear attack, has been demanding additional non-proliferation guarantees from India, which has a nuclear weapons programme, before exporting nuclear reactors.
India and Japan have been negotiating the nuclear energy deal since Japan’s ally, the United States, opened the way for nuclear commerce with India, which has shunned the global Non-Proliferation Treaty (NPT).
The two countries have reached a basic agreement during the working level negotiations that Japan would halt cooperation immediately if India conducted a nuclear test, the report added.A final deal with Japan would benefit U.S. firms. India has already given land for nuclear plants to GE-Hitachi – which is an alliance between the U.S. and Japanese firms – and to Toshiba’s Westinghouse Electric Company.
(Reporting by Osamu Tsukimori; Editing by Christian Schmollinger)
Japan busting to market nuclear reactors to India, and busting the Nuclear Non-Proliferation Treaty
Abe, Modi look to ink civil nuclear pact at November meeting, Japan Times, KYODO, 30 Sept 16 A meeting between Prime Minister Shinzo Abe and his Indian counterpart Narendra Modi is set to be held in Tokyo in mid-November, with a civil nuclear cooperation pact likely to be signed, a source said Friday.
The pact would pave the way for Japan to export nuclear power plant technology to the fast-growing Asian economy. It would be Japan’s first signing of a civil nuclear cooperation pact with a country which has not joined the Nuclear Non-Proliferation Treaty…….
Earlier, other diplomatic sources said that under a provision in the pact, Japan will permit Indian power producers to reprocess spent fuel at designated facilities on the condition the country accepts comprehensive inspections by the International Atomic Energy Agency…….
Following the signing of the treaty, the Japanese government will seek swift approval from the Diet in a bid to promote Japanese companies’ participation in construction of such power plants in India……http://www.japantimes.co.jp/news/2016/09/30/national/japan-india-look-ink-civil-nuclear-pact-november-meeting/#.V-7jmIh97Gg
UK government admits the costs of Hinkley nuclear deal – gas would be cheaper

Hinkley Point nuclear deal signed as Government admits gas would be cheaper, Telegraph, energy editor 29 SEPTEMBER 2016
The Hinkley Point C nuclear plant will saddle UK consumers with higher energy bills than building gas power stations, the Government has admitted, as it signed a legally-binding contract to subsidise the £18bn project.
An official assessment claimed the Franco-Chinese project to build Britain’s first nuclear plant in a generation represented “value for money”, despite being more expensive than gas, because it would help meet climate change targets.
A series of deals signed between the Government, France’s EDF and China’s state nuclear firm CGN at a ceremony in London marked the final go-ahead for the Somerset power plant and also fired the formal starting gun on Chinese efforts to build their own reactor in Essex………
Under a deal first agreed in 2013 Hinkley will be paid a fixed price of £92.50/MWh for the power it produces for 35 years, funded through levies on energy bills. The National Audit Office has said it could cost up to £30bn in subsidies.
Among hundreds of pages of documents issued on Thursday afternoon – some heavily redacted – ministers faced a series of questions over a cursory three-page assessment concluding that the deal would add £12 to energy bills in 2030 but was “value for money”.
The assessment said Hinkley was “cost-competitive to other options for delivering power” despite its own assessment that the “comparable cost” of new gas in the 2020s could be as low as £45/MWh, solar as low as £65/MWh and onshore wind as low as £49/MWh.
If Hinkley was delayed by three years and gas plants built instead then by 2030 the UK would be £3.2bn better off and energy bills would be “£6 cheaper per year”, it concluded……..
John Sauven, executive director of Greenpeace, accused the Government of obfuscation and providing “no evidence anywhere in the documents to back up their assumptions”.
“The numbers speak for themselves. In the unlikely event Hinkley is working sometime in the second half of the next decade, renewable energy will be much cheaper, yet British consumers will still be forced to pay over the odds for nuclear power,” he said.
Another document underlined the lasting impact the decision will have on UK energy policy for more than a century to come, forecasting that the spent fuel for the plant would not be disposed of until the year 2138.
EDF Energy said Hinkley would “kickstart Britain’s nuclear revival” and that it had “been shown to offer consumers value for money”.
The Government said the signing of the deal marked “a significant step forward for a new era of nuclear power in the UK”. http://www.telegraph.co.uk/business/2016/09/29/hinkley-point-nuclear-plant-gets-final-go-ahead-as-government-si/
The 100 billion pound bill for decommissioning Europe’s old nuclear power stations
Standard and Poor’s: dismantling Europe’s old nuclear power plants will run up a hundred billion pound bill for EDF EON RWE and others Nuclear liabilities of the largest eight nuclear plant operators in Europe totaled €100bn at the end of last year, representing around 22 per cent of their aggregate debt, according to credit rating agency Standard & Poor’s.
Operators are legally responsible for decommissioning nuclear power plants, a process which can take several decades to implement, meaning the associated costs are high. Europe’s main nuclear operators include France’s EDF, Germany’s E.ON and RWE. They are legally responsible for decommissioning nuclear power plants, a process which can take several decades to implement, meaning the associated costs are high.
While the analysis by S&P treats nuclear liabilities as debt-like obligations, it recognises that several features differentiate them from traditional debt. But given the size of the liabilities against a company’s debt, they can impact a company’s credit metrics, and their credit rating.
The report noted that a company’s nuclear provisions are difficult to quantify, as well as cross compare, because accounting methods vary between different countries.
It also foresees many operational challenges ahead, including a reality check on costs and execution capabilities.
At last – Hinkley nuclear a new money spinner for troubled company AREVA
Areva says awarded 5 billion euros worth of Hinkley Point contracts http://af.reuters.com/article/energyOilNews/idAFL8N1C55YB PARIS, Sept 29 (Reuters) – French nuclear group Areva said on Thursday it has won contracts worth over 5 billion euros ($5.61 billion) to provide various services at Britain’s $24 billion Hinkley Point nuclear project.
The deal to build Britain’s first new nuclear power station in decades at Hinkley Point was signed behind closed doors in London earlier on Thursday in a private ceremony.
Areva said the subcontracts include among others, a long-term fuel supply agreement, and the delivery of the two nuclear steam supply systems, from design and supply to commissioning.
The company will also provide material for the fuel fabrication, producing uranium and providing conversion and enrichment services at Hinkley Point.
It said the activities will start in early 2020. ($1 = 0.8917 euros) (Reporting by Bate Felix; editing by John Irish)
UK energy policy- economic and moral bankruptcy with nuclear and fracking
Nuclear and fracking: the economic and moral bankruptcy of UK energy policy, Ecologist, Peter Strachan & Alex Russell, 27th September 2016 With its choice of Hinkley Point C – a £100 billion nuclear boondoggle – its enthusiastic support for expensive and environmentally harmful fracking, and its relentless attack on renewable energy, the UK government’s energy policy is both morally and economically bankrupt, write Peter Strachan & Alex Russell. It must urgently reconsider this folly and embrace the renewable energy transition
As Prime Minister Theresa May and EDF prepare to sign the Hinkley Point C contract, and Scotland sees the first shipment of fracking gas from the United States, it is perhaps timely to reflect on recent developments in UK energy policy.
Both new nuclear build and UK onshore shale gas and oil extraction fail key environmental, safety and economic tests.
The UK has recently committed to a nuclear renaissance, with Greg Clark, the Secretary of State for Business, Energy and Industrial Strategy (BEIS) at Westminster, describingthe “dawning of a new age of nuclear”.
But by commissioning French and Chinese companies to build the first UK nuclear power station in a generation, the Hinkley Point C deal has come in for almost universal condemnation.
Theresa May clearly buckled under economic pressure from China and has backed nuclear power as the panacea to combat the electricity crunch that we face. Her questionable decision means the UK is committed to a long-term very expensive project that comes with national security and many other concerns.
Empty promises
In 2007 the Chief Executive of EDF’s UK arm effectively cooked his own goose by claiming that Brits would be cooking their Christmas turkeys using nuclear power generated from Hinkley Point C by 2017. Now EDF are claiming that they won’t go over budget, when the new power plant is delivered some time in 2025.
If ongoing experience in France and Finland is anything to go by, and with apparently few financial penalties in place for late delivery, there are serious doubts that the project can be completed in the revised timescale and on budget.
Turning to the financials, the costs of the project are just enormous. Some have claimed that Hinkley Point C will end up being the most expensive physical object ever built. The project is a £100 billion boondoggle. The construction costs alone are in the region of £18-£25 billion. Then there are the subsidies that will amount to a conservative £1 billion plus per year, for at least 35 years.
The deal penned is inflation linked at more than twice the cost of current wholesale electricity prices. The plant will then operate for a further 30 years. It has a potential life span of around 65 years and it will continue to be a drain on public finances even after the initial lucrative contract has expired.
Then try to add into the calculus the unstated decommissioning and radioactive waste management costs, and it soon becomes apparent these super-burdensome costs and risks are incalculable.
If Sellafield in Cumbria, England, is used as a baseline, such costs are just eye watering. Indeed, bucket loads of money amounting to tens of billions of pounds have already been spent, trying to make safe the UK’s nuclear legacy. Based on the available evidence one can only conclude that cheap and clean nuclear power is a myth.
Fuel poverty for future generations
In terms of what Hinkley Point C will mean for household budgets, it is estimated that it will push up individual electricity bills by around £50 per annum. But this is just the start of such price rises as Hinkley Point C is the first of a number of new nuclear projects.
It is only around 3 GW of a 16 GW plus plan. Electricity bills will spiral out of control, as they did a few years ago when there were regular inflation busting price increases. The new nuclear age described by Greg Clark will surely set us on a path to fuel poverty for decades.
Even if households and business can afford such future hideous electricity bills, it might be 2030 before we see the plant operational – more than a decade later than was initially planned. Its promise to generate up to 7% of the UK’s electricity demand will be delivered around a decade too late to meet the 2020 electricity crunch that the UK faces…….
Glittering prizes or fracking folly?……..
Can we have more renewables please?
Most people don’t realise that renewables now supply around 25% of UK electricity and in Scotland it is over 50 per cent. Their market share has grown rapidly in recent years, trebling between 2010 and 2015.
Renewables now supply more electricity to the national grid than nuclear power and coal. They are very popular with the general public, cost-effective, and can be deployed very quickly, compared to the nuclear and shale options just outlined. They are also cleaner energy sources, and given all of these positives should surely be deployed to address the looming electricity crunch that threatens the UK.
But for the past two years the renewables industry has been under attack by the Conservative government. Changes to financial support mechanisms and the planning regime are now bringing onshore wind to a standstill. Solar support is being killed off. And while there is much rhetoric around offshore wind, it is actually progressing at a snail’s pace.
The direct effect of Conservative government policy changes has led to many thousands of green jobs being lost.
Another emerging and detrimental effect has been to undermine local community initiatives. In addition to supplying much needed electricity and investment in local assets such as community halls, churches and youth projects, community owned renewable projects encourage energy conservation, and have wider and important public education benefits.
If ever we needed some sign of reprieve for UK renewables, it is now.
A call to action
Westminster must get back on course and harness the heat of the sun, and the (gale) force of our wind, and the power of our waves and tides. It should fully embrace the energy transition from fossil fuels and nuclear power, to a renewable energy future.
Germany, Europe’s strongest economy, gets it and is making huge strides with their ‘Energiewende‘ strategy. The Scottish Parliament at Holyrood also gets it, and to pinch a phrase from former First Minster Alex Salmond, we have the potential to become the“Saudi Arabia of Renewables“.
The future of humanity depends on an all-encompassing global acceptance of the replacement of fossil fuels and nuclear power by renewables. If there is still a perception that British moral values lead where the world follows then its status is at best precarious.
Theresa May and Greg Clark must step up to the plate and nail the renewables flag to the top of UK energy policy. Nuclear power and fossil fuels have no economic or moral right to a long-term place in UK energy policy.
Peter Strachan is Professor of Energy Policy, Robert Gordon University. He tweets@ProfStrachan.
Professor Alex Russell is Chair of the Oil Industry Finance Association.
Authors’ note: The opinions expressed in this article are those of the authors and not those of the Robert Gordon University or Affiliates.
This article was orginally published on EnergyPost.eu. http://www.theecologist.org/News/news_analysis/2988167/nuclear_and_fracking_the_economic_and_moral_bankruptcy_of_uk_energy_policy.html
Nuclear power’s history of diseconomics
“Too Cheap to Meter” Nuclear Power Revisited “, IEEE Spectrum 25 Sept ……The claim that nuclear electricity would be “too cheap to meter” is not apocryphal: That’s what Lewis L. Strauss, chairman of the U.S. Atomic Energy Commission in 1954, told the National Association of Science Writers in New York in September of that year. And equally audacious claims were still to come. In 1971, Glenn Seaborg, a Nobelist and chairman of the Atomic Energy Commission then, predicted that nuclear reactors would generate nearly all the world’s electricity by 2000. Seaborg envisioned giant coastal “nuplexes” desalinating sea water, geostationary satellites powered by compact nuclear reactors for broadcasting TV programs, nuclear-powered tankers, and nuclear explosives that would alter the flow of rivers and excavate underground cities. Meanwhile, nuclear propulsion would carry men to Mars.
The project to generate electricity from fission stalled during the 1980s, as demand for electricity in affluent economies fell and problems with nuclear power plants multiplied. And three failures were worrisome: Accidents at Three Mile Island in Pennsylvania, in 1979; at Chernobyl in Ukraine, in 1986; and at Fukushima in Japan, in 2011, provided further evidence for those opposed to fission under any circumstances.
Meanwhile, there have been cost overruns in the construction of nuclear plants and a frustrating inability to come up with an acceptable way to store spent nuclear fuel….In August 2016, 61 reactors were under construction worldwide, too few to make up for the capacity that will be lost as aging reactors are shut down in coming years…..
Nuclear power price to go up 180% by 2026 in Ontario, to keep nuclear stations going
Price of nuclear power going up 180% by 2026,Ontario Clean Air Alliance, Angela Bischoff, 27 Sept 16 Ontario Power Generation (OPG) is seeking permission from the Ontario Energy Board to increase the price of its nuclear power by 11% per year for each of the next ten years.
OPG wants to raise its price for nuclear power from 5.9 cents per kWh in 2016 to 16.8 cents per kWh in 2026. That means the rate in 2026 will be almost triple (2.8 times greater) today’s price.
According to OPG, the price increases are needed to finance the continued operation of its high-cost Pickering Nuclear Station and to re-build the Darlington Nuclear Station.
South Africa’s Eskom wildly underestimates the cost of planned nuclear build

‘Eskom’s nuclear build cost and running projections are overheated’ – Analyst SUNDAY TIMES BUSINESS BY ASHA SPECKMAN, 2016-09-25 The price at which Eskom is projecting it will deliver nuclear energy as part of the proposed nuclear build has been rubbished by energy analysts who say South Africa could end up paying much more.
The power utility is targeting R1 per kilowatt-hour for nuclear energy – and this week Eskom’s head of generation, Matshela Koko, said the state-owned company expected to be able to fund the nuclear build programme from its own cash resources.
But energy analysts have scoffed at this, saying cost studies and examples from other projects show the bill to be massive. At the rate proposed, the project would not be viable.
Frank Spencer, an independent analyst, said: “If it comes in at R2/kWh or even R1.50/kWh, it would make absolutely no sense to pursue from a commercial perspective.”
The government and private sector’s expectations of the costs are miles apart.
Eskom spokesman Khulu Phasiwe said projections that the power utility had done put the cost of additional nuclear power at R500-billion. But Spencer estimated the cost would be about R1-trillion……..
He said decommissioning costs associated with dismantling nuclear power stations in future were often omitted from modelling, which eventually inflated the cost of the project.
“I think the expectations are based on what we’re seeing in the UK – [but] the cost of energy let alone the cost of the build programme, and finally what the levellised cost of energy works out to once all of those costs are taken into account, will be significantly higher than that.”…….
Eberhard said: “Nuclear vendors promise low prices but inevitably there are significant cost and time overruns. If these prices are not fixed in a contract then consumers end up with very expensive electricity.”
He cited the Hinkley C facility, where a 35-year contract for the equivalent of R1.65/kWh has been signed, as an example of a contract secured at a low rate……..
Last week, Moody’s placed Eskom’s credit rating on review for downgrade, saying that future tariffs may be affected due to the ongoing growth of independent power producers and a regulator that is hostile to Eskom’s tariff increase requests.
The agency also noted that institutional investors were beginning to display risk aversion to funding state-owned companies…….speckmana@sundaytimes.co.za http://www.timeslive.co.za/sundaytimes/businesstimes/2016/09/25/Eskoms-nuclear-build-cost-and-running-projections-are-overheated—Analyst
Russia’s nuclear marketing: sell nukes, then sell the clean-up, too!
Making nuclear power plants safe after they shut down RBTH, September 24, 2016 ANDREI RETINGER, The problems of dealing with spent nuclear fuel, radioactive waste and the decommissioning of nuclear facilities (experts call it “back end”) did not immediately become apparent to the countries developing their nuclear industries. But now the world market for back end services is booming and its value is estimated to total about $347 billion until 2030.
A number of nuclear facilities in the UK are scheduled for decommissioning, and all the 17 nuclear power plants that are still operating in Germany are due to close down by 2020. Japan must rehabilitate the areas after the accident at Fukushima, and the United States and Russia need to solve the problems of radioactive waste storage and reprocessing. Not all countries have the ability to solve these problems, but Russian technologies and facilities can come to their aid…..
in 2008, Russia was faced with a catastrophic situation because of the accumulation of radioactive waste and spent fuel remaining from the time of the creation of nuclear weapons and the Cold War. Storage sites were almost full and had not been provided with reliable insulation, creating a threat to people and the environment.
In this situation, Russia had no choice but to tackle the problem urgently. In 2007, it adopted a state program on nuclear and radiation safety, which was developed by the Rosatom State Atomic Energy Corporation. Then it approved a law on radioactive waste management, taking into account the latest standards and requirements………https://rbth.com/science_and_tech/2016/09/24/making-nuclear-power-plants-safe-after-they-shut-down_632711
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