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Australia’s miners urge Europe to define nuclear power and fossil fuels with carbon capture as ‘sustainable’

Australia’s miners urge Europe to define nuclear power and fossil fuels with carbon capture as ‘sustainable’

The Minerals Council of Australia has weighed into a European Commission climate policy debate, urging it to back fossil fuels with carbon capture use and storage (CCS) and nuclear power on a list of environmentally friendly developments.

In a written submission to the commission, the minerals council (MCA) said a proposed EU taxonomy for sustainable activities intended to shape investment under a European green deal was inconsistent in how it dealt with clean technologies because it favoured solar, wind and biofuels over nuclear and CCS.

The mining lobby group said it was concerned this approach would have a flow-on effect on the types of energy investments backed by EU-based companies across the globe and “increase the cost of reducing CO2 emissions”. It called for an overhaul.

InfluenceMap, a London-based thinktank that tracks corporate climate lobbying, said the MCA’s submission suggested it wanted to export its “negative approach to climate policy” by pushing for changes in other parts of the world that would allow continued use of coal and gas.

The MCA submission argued there was “no valid basis” for treating CCS and nuclear differently given EU countries currently used coal, gas and nuclear.

It quoted the International Energy Agency in saying emissions from existing energy fleets needed to be significantly reduced by 2030 if countries were to achieve the widely held goal of reaching net zero emissions by 2050. The minerals council said this would require technologies such as CCS.

“Underpinning the MCA’s concern is the broad-ranging investment impacts the taxonomy will have, not just within the European Union but anywhere European Union-based firms invest,” the submission said.

But InfluenceMap’s program manager, Rebecca Vaughan, said the MCA appeared concerned a science-led approach to dealing with the climate crisis would hurt the industries it represented.

“While the MCA says it wants the EU to take a technology neutral position, its submission appears to advocate for the continued use of coal and gas with carbon capture utilisation and storage, which is clearly at odds with the commission’s science-based policy,” Vaughan said.

The MCA has long been accused of hindering action to tackle the climate crisis in Australia, and campaigned aggressively against Labor’s two attempts to introduce a carbon pricing scheme.

In recent years it has come under pressure to change its anti-climate stance from its biggest members, BHP and Rio Tinto. It followed the big mining companies facing repeated calls from their investors to abandon the MCA over its commitment to coal.

It resulted in the MCA releasing a climate plan that said it was committed to the Paris agreement and reaching net zero emissions, but did not include a timeframe in which that target should be reached.

The EU taxonomy is intended to help it meet a target of at least a 55% cut in its emissions below 1990 levels by 2030 on the way to net zero by 2050.

It considers a development sustainable if it makes a substantial contribution to one of six environmental objectives, does no significant harm to any of the other five and complies with minimum business safeguards. The environmental objectives are: climate change mitigation, climate adaptation, sustainable use and protection of water resources, transition to a circular economy, pollution prevention and control, and protection and restoration of biodiversity and ecosystems.

The commission said it expected the taxonomy would “create security for investors, protect private investors from greenwashing, help companies to plan the transition, mitigate market fragmentation and eventually help shift investments where they are most needed”.

Tania Constable, the MCA’s chief executive, said “the technology-led transformation required” could not happen without Australia’s minerals and raw materials.

She said InfluenceMap had got it wrong. “[It] clearly opposes a lowest-cost, faster-paced approach to global decarbonisation,” she said.

“The MCA and all of its members are taking serious action on climate change and are committed to the Paris agreement and its goal of net zero emissions. The MCA advocates the inclusion of all low and zero emissions energy sources in the EU’s sustainable finance taxonomy because unequal treatment of nuclear and CCUS in particular undermines the EU’s own objectives.”

The final version of the EU’s sustainable finance rules was due in January but a decision was delayed until April after 10 countries objected to the initial proposal because they wanted gas to be deemed a sustainable energy source.

Nuclear energy plays a significant role in some EU countries, but the International Energy Agency (IEA) reported its future was uncertain in wealthy nations as ageing plants were expected to close due to cost and regulatory decisions. It said this trend could affect climate goals.

The forecast decline of nuclear has coincided with generation from cheaper renewable energy growing significantly from a low base.

CCS, which most commonly involves capturing emissions and pumping them underground, remains at a relatively early stage of development despite pledges of billions of dollars in funding. It is used in some industrial processes, but has sometimes been financially viable only when employed to increase oil extraction from an underground reservoir.

It is yet to be proved viable as a means of reducing emissions from fossil fuel power generation. One of the world’s most prominent CCS projects, the Petra Nova power generation facility in Texas, was mothballed last year because of its poor financial performance.

The Morrison government has backed CCS as one of five priorities to receive support under its low-emissions technology roadmap, and opened a $50m fund for applications earlier this month.

Several observers noted it was a relatively little funding if the government was serious about developing the long-stalled technology. Some of is expected to be will be dedicated to exploring the “use” of captured CO2 to turn it into products such as building materials.

Nuclear energy remains banned in Australia. Some Coalition MPs and industry leaders want the prohibition lifted.

 This article was amended on 23 March 2021 to include the EU’s criteria for a sustainable activity and the IEA’s assessment of nuclear generation.

 


 

Source The Guardian

Rolls Royce plans 16 mini-nuclear plants for UK

Rolls Royce plans 16 mini-nuclear plants for UK

A consortium led by Rolls Royce has announced plans to build up to 16 mini-nuclear plants in the UK.

It says the project will create 6,000 new jobs in the Midlands and the North of England over the next five years.

The Prime Minister is understood to be poised to announce at least £200m for the project as part of a long-delayed green plan for economic recovery.

Rolls argues that as well as producing low-carbon electricity, the concept could become a new export industry.

The company’s UK “small modular reactor” (SMR) group includes the National Nuclear Laboratory and the building company Laing O’Rourke.

Last year, it received £18m to begin the design effort for the SMR concept.

The government says new nuclear is essential if the UK is to meet its target of reaching net zero emissions by 2050 – where any carbon released is balanced out by an equivalent amount absorbed from the atmosphere.

But there is a nuclear-sized hole opening up in the energy network.

Six of the UK’s seven nuclear reactor sites are due to go offline by 2030 and the remaining one, Sizewell B, is due to be decommissioned in 2035.

Together they account for around 20% of the country’s electricity.

 

What is a modular nuclear plant?

Rolls Royce and its partners argue that instead of building huge nuclear mega-projects in muddy fields we should construct a series of smaller nuclear plants from “modules” made in factories.

The aim is to re-engineer nuclear power as a very high-tech Lego set.

The components would be broken down into a series of hundreds of these modules which would be made in a central factory and shipped by road to the site for assembly.

The objective is to tackle the biggest problem nuclear power faces: the exorbitant cost.

The reason it is so expensive is that the projects are huge and complex and have to meet very high safety standards.

And, because so few new nuclear power stations are built, there are very few opportunities to learn from mistakes.

 

EDF says Sizewell C will provide electricity for six million homes and create 25,000 jobs

 

So, Rolls Royce and its partners are saying let’s make them smaller and make lots of them so we get really good at it.

The concept would dramatically reduce the amount of construction that would be associated with a nuclear project, claims Tom Samson, the CEO of the UK Small Modular Reactor consortium (UK SMR).

“If we move all that activity into a controlled factory environment that drives down cost by simplification and standardisation,” he explains.

Each plant would produce 440 megawatts of electricity – roughly enough to power Sheffield – and the hope is that, once the first few have been made, they will cost around £2bn each.

The consortium says the first of these modular plants could be up and running in 10 years, after that it will be able to build and install two a year.

By comparison, the much larger nuclear plant being built at Hinkley Point in Somerset is expect to cost some £22bn but will produce more than 3 Gigawatts of electricity – over six times as much.

In addition to the six nuclear plants going offline by 2030, there’s another challenge. You have to factor in a massive increase in electricity demand over the coming decades.

That’s because if we’re going to reach our net zero target, we need to stop using fossil fuels for transport and home heating.

The government has said this could lead to a three-fold increase in electricity use.

 

 

The government says it remains committed to the construction of new nuclear power stations. GETTY IMAGES

 

The renewable challenge

UK SMR isn’t the only player which has spotted that there could be a gap in the market for smaller reactors. There are dozens of different companies around the world working on small reactor projects.

That has got the critics of nuclear power worried. Greenpeace and other environmental groups say small nuclear power stations pose similar risks of radioactive releases and weapons proliferation as big ones.

Greenpeace UK’s chief scientist, Doug Parr, says if the government wants to take a punt on some new technology to tackle climate change it would be better off investing in hydrogen or geothermal power.

And there are other reasons to question the SMR concept, says Professor MV Ramana of the University of British Columbia in Canada. He is a physicist and an expert on nuclear energy policy who has studied small modular reactors.

 

He says UK SMR’s 10-year time-scale for its first plant may prove optimistic. The one constant in the history of the nuclear industry to date is that big new concepts never come in on time and budget, he says.

He is sceptical that the factory concept can deliver significant cost savings given the complexity and scale of even a small nuclear plant. Smaller plants will have to meet the same rigorous safety standards as big ones, he points out.

He says where the concept has been tried elsewhere – in the US and China, for example – there have been long delays and costs have ended up being comparable to large nuclear power stations.

Finally, he questions whether there will be a market for these plants by the 2030s, when UK SMR says the first will be ready.

“Ten years from now, the competition will be renewables which are going to be far cheaper with much better storage technology than we have today,” says Prof Ramana.

 

Export opportunities

But Boris Johnson’s powerful adviser, Dominic Cummings, is known to be taken with the modular nuclear idea.

One of the reasons the government has been fighting so hard to free itself from the EU’s state aid rules is so it can get its shoulder behind technologies it thinks will give the UK economy and its workers a real boost.

Modular nuclear has the potential to do just that.

If Rolls Royce and its partners can show that the factory concept really does deliver high quality nuclear plants on time and on budget then there is potentially a huge world market for the technology.

The price per unit of electricity may be higher than with wind or solar, points out the clean energy consultant Michael Liebreich, but nuclear delivers power pretty much 24/7 and therefore can command a premium.

UK SMR is pitching the concept as a UK solution to the global challenge of tackling climate change and says there will be a vast export market as the world starts to switch to low carbon energy.

Boris Johnson is rumoured to be planning to take a big punt on nuclear power.

His government has always said new nuclear is going to be a key part of Britain’s future energy system.

As well as the potential investment in SMRs, the BBC has already reported that the government is expected to give the long-discussed new large nuclear plant at Sizewell in Suffolk the go-ahead.

Mr Johnson is expected to say these investments are essential if the UK is going to meet its promise to decarbonise the economy by 2050 as part of the worldwide effort to tackle climate change.

And, while there may be good reasons to question whether the SMR concept will deliver on its promise of low-cost nuclear power, there is no question it holds out exactly the kind of optimistic vision for the UK’s industrial future the government is desperate for.

 


 

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Source: BBC