Wednesday, August 18, 2021

Mining company gave $750K to dark money group that boosted Nevada GOP

By Matt Corley
August 13, 2021


Last year, Nevada Gold Mines, a mining company that describes itself as “the single largest gold-producing complex in the world,” deposited $750,000 into a dark money nonprofit that spent significant sums of secretly-sourced funds backing Republican candidates during the 2020 election. The disclosure of the contribution marks the first known revelation of a donor to the dark money group, the American Exceptionalism Institute, Inc., which gained notice in 2020 with large, anonymously-sourced contributions to super PACs.

The funds Nevada Gold Mines provided the dark money group appear to have flowed into a political committee that worked to elect Republicans to the Nevada state legislature. In 2020, the Democratic-led state legislature took initial steps that could ultimately lead to the state’s mining industry having its taxes raised for the first time in more than a century, which may help explain the company’s significant financial investment in state-level political committees.

Nevada Gold Mines is a joint venture between two mining companies, Newmont and Barrick. Newmont, which owns 38.5% of Nevada Gold Mines, disclosed the contribution to the American Exceptionalism Institute in a voluntary report the company released on its policy influence in 2020. Barrick operates the venture and owns 61.5% of the company.

In a footnote attached to Newmont’s description of its 2020 political giving, the company said that in 2020 Nevada Gold Mines “made $1,991,250 in political contributions to Nevada candidates and political action committees associated with Nevada campaigns.” The disclosure added that the total “included $750,000 to the American Exceptionalism Institute, a 501(c)(4) fund commonly referred to as a ‘dark money’ fund.”




The footnote in Newmont’s disclosure suggests that the dark money contribution was a point of contention in the relationship between the two companies that own Nevada Gold Mines. After noting that it has “no control over the political activities of Nevada Gold Mines,” Newmont stated that it was “not involved in and did not approve of any of” Nevada Gold Mines’ contributions and that its own political contributions policy “does not allow contributions to dark money funds.” Newmont said it informed Barrick’s management that it “does not support such contributions” and that it would disclose the contribution in the company’s annual sustainability report.

Organizations that are tax-exempt under section 501(c)(4) of the tax code are not required to disclose their contributors, which is why they are often described as “dark money” groups when they engage in political activity. Advocates warn that the secrecy provided by dark money groups poses a serious corruption risk, a position that was validated last month when an energy company was required to issue a public statement as part of a settlement with the Justice Department stating that it “used the 501(c)(4) corporate form as a mechanism to conceal payments for the benefit of public officials in exchange for official action.”
Silver state spending

Newmont’s description of the contribution to the American Exceptionalism Institute makes clear that the money is related to state level political activity in Nevada, but it doesn’t spell out exactly how the dark money group was involved in the state’s elections — whether the group spent it directly or subsequently used the money to contribute to political committees. Additional available information suggests, however, that the Nevada Gold Mines contribution helped fund political contributions the American Exceptionalism Institute made in the state.

While there are no indications that the dark money group paid for any political ad campaigns or other election-focused communications in the state, the American Exceptionalism Institute did contribute a little more than $1 million in 2020 to Stronger Nevada PAC, a political action committee affiliated with former Nevada Lt. Governor Mark Hutchison, according to records filed with the Nevada Secretary of State’s office. The American Exceptionalism Institute was the largest contributor to Stronger Nevada PAC, accounting for 38.5% of the more than $2.6 million the committee raised in 2020.

At least, American Exceptionalism Institute was the largest contributor publicly reported by Stronger Nevada PAC. The committee’s second largest reported donor was Nevada Gold Mines, which gave $500,000 in two contributions. If $750,000 of the American Exceptionalism Institute’s contributions were reattributed to Nevada Gold Mines, as Newmont’s disclosure suggests it arguably should be, then Nevada Gold Mines would become the PAC’s top donor, accounting for 47% of the PAC’s total revenue. Notably, one of the American Exceptionalism Institute’s contributions, $760,000 given on September 21, 2020, nearly matches the $750,000 Newmont reported Nevada Gold Mines giving to the dark money fund.

What kind of activity did these contributions, both disclosed and undisclosed, support? According to the Nevada Independent, Stronger Nevada PAC, which paid for ads in several races, has been credited for “Republican success in down-ballot races” during the 2020 election when the GOP gained seats in both the state Assembly and the state Senate.

Republican state Sen. Ben Kieckhefer, who reportedly worked with former Lt. Gov. Hutchison on the PAC efforts, praised Stronger Nevada PAC’s impact to the Nevada Independent while attributing some of its financial success to business interests who were wary of Democratic power in the state legislature. “This was an instance where businesses that were feeling under attack by their state government decided to step up and take a stand,” Kieckhefer said. “And part of that was investing in the effort to gain legislative seats for Republicans. And we did that. So, this was a statement, and hopefully people are paying attention.”

When the Nevada Independent highlighted Nevada Gold Mines’ financial support for Stronger Nevada PAC, the nonprofit news outlet contextualized the contributions by noting that Nevada’s “mining industry soured on legislative Democrats after the 2020 summer session, where lawmakers pushed through three proposed constitutional amendments that would remove the cap on net proceeds of minerals,” which effectively meant the industry’s taxes could potentially be raised. Additional news reports on the mining industry’s 2020 political giving in the state, which included significant contributions from Nevada Gold Mines, also framed the spending around the potential for future fights over changes to industry’s tax liabilities.

Now, with Newmont’s disclosure of Nevada Gold Mines’ previously hidden contribution to the American Exceptionalism Institute, the mining industry’s investment in the 2020 elections are even more significant. Still unknown, however, is who else funded the little known dark money group’s spending in the state and if the other donors, like Nevada Gold Mines, have interests that could be affected by the lawmakers the money helped elect.

A rising dark money player


On its own, the American Exceptionalism Institute had no clear interest in the outcome of Nevada’s elections. When the group initially formed in 2017, it told the IRS in its application for tax-exempt status that it “was founded with the goal of researching and proposing domestic and foreign policies that promote the general welfare of the American people and assert America’s traditional role as a leading nation on the world stage.” Though the organization held out the possibility that it might engage in political activity in the future, the American Exceptionalism Institute told the tax agency it did not then have “any specific plans” to do so at the time.

For the first few years of its existence, the American Exceptionalism Institute largely stayed under the political radar. The group gained a little national attention in 2018 when it paid less than $100,000 to run an attack ad against Sen. Rand Paul (R-KY) tied to a Senate nomination fight, but otherwise remained quiet until 2020 when its political contributions began to draw attention.

While the American Exceptionalism Institute maintained a nearly invisible public profile in 2019 and early 2020, that doesn’t mean it wasn’t active. Though its most recently filed tax return, covering May 1, 2019 through April 30, 2020, is not yet publicly available, the topline information from the return is available through an IRS database called the Exempt Organizations Business Master File Extract. It’s also visible in the search results of databases like ProPublica’s Nonprofit Explorer and Guidestar that aggregate and summarize nonprofit data.

The data is eye popping. It shows that the American Exceptionalism Institute raised $13 million dollars by the end of April 2020 after raising no more than $50,000 the year before.




It didn’t take long for the group to start spending that money. In addition to the more than $1 million the American Exceptionalism Institute contributed to Stronger Nevada PAC in 2020, the dark money group gave $2.7 million to two federal super PACs, most of which went to a group called Security is Strength PAC that backed Sen. Lindsey Graham’s (R-SC) reelection campaign. The group also gave to Georgia United Victory, which supported then-Sen. Kelly Loeffler (R-GA).

It’s not altogether surprising that the American Exceptionalism Institute, which recently paid for emblazoned trucks criticizing Rep. Mo Brooks (R-AL) ahead of his announcement of a Senate campaign, would become a larger dark money player. What little was known about the American Exceptionalism Institute when it first appeared in public indicated that it had wider connections in the world of anonymous political spending.

In fact, CREW has since identified the group as part of a dark money network that’s responsible for tens of millions of secretly-sourced funds entering American elections. With several of the entities in the network shutting down recently, including some that had been targeted by Federal Election Commission complaints filed by CREW, the American Exceptionalism Institute may be stepping in to fill the void.

With all these groups, the ever-present question is who is funding their efforts to impact elections. In the case of the American Exceptionalism Institute at least, the public now knows that one of the group’s funders was a mining company with a major stake in the outcome of the elections.

UGANDA
How middlemen fleece gold miners in Busia, Karamoja


TUESDAY AUGUST 17 2021


Summary

Lost revenue. According to the Auditor General’s report, minerals worth Shs34.6b were between 2017 and June 2020, exported out of the country without being declared, which resulted in the country losing billions of shillings

By Fred Wambede
More by this Author

Deep down in the rural village of Tiira in Busia District, Mr Robert Wafula, pours ore onto a sluice.

“When this ore, which is mixed with water, is poured on this sluice, the gold sediment sticks on the blanket,” Mr Wafula says as other miners look on.

After that, he gathers the gold sediment, which he then sieves in a plastic basin using mercury.

“It’s tedious work, but we earn little from it. What you have seen is the lighter part of the gold mining work,” he says as he points to his colleagues, who are digging ore from a nearby gold pit.

The miners say they excavate about 300 to 400kgs of ore to possibly extract one gram of gold.

The excavated ore is then carried downhill from the mine for processing. Though the work is slow and tedious, it’s gold dealers seem to have a big say on how much to offer.
Mr George Kweboli, the chairperson of Tiira Small Scale Mining Association, says most of the dealers buy a gram of gold at Shs150,000 or less.

The price also depends on the bargaining power of the seller. “We know they cheat us, but there is no way out. The prices are not commensurate with the work,” Mr Kweboli says.
Daily Monitor learnt that middle men, most of them not licensed, sell their gold to traders, who are mostly Indians based in Kamwokya, a Kampala suburb, between Shs230,000 and Shs250,000 per gram.

There are about 1,300 miners in the Tiira area who make their living from gold mining. The local leaders interviewed say gold mining in the district has existed since the 1930s.
So far, there are four associations dealing in gold mining in Tiira, which include Tiira Small Scale Mining Association and Tiira Landlord and Artisanal Miners.

Others are Busia United Small Scale Mining and Uganda Association of Small Scale and Artisanal Association.

Ms Josephine Aguttu, the secretary of Tiira Small Scale Miners’ Association, says on average, the association produces up to three kilogrammes of gold in a year.
“But the challenge is, we don’t have a streamlined market and due to that, it’s the middlemen earning more from our sweat,” she says.

Ms Aguttu says the miners incur a lot of expenses, especially during the rainy season, when the pits get flooded.

The miners say setting up water pumps to help drain the water is expensive.

Covid-19 effect

Mr Paul Angesu, the chairperson of Tiira Landlord and Artisanal Miners Association, says due to the effect of Covid-19 pandemic, middlemen keep on reducing the price.
“Covid-19 has also affected us in terms of accessing market for gold and this has resulted into low prices,” he says.

One of the middlemen, Mr Micheal Mugeni, says they buy a gram at Shs150,000, but said the price changes depending on the exchange rate.

Another gold dealer, commonly known as Willy, who is based in Busia Town, says the price at which he buys gold from miners is not anyone’s business. “This is my personal business and there is nothing I can tell you,” he says before he switched off his phone.
Important to note, however, is that many of the miners at Tiira sell their small gold quantities to on-site traders.

Mr Thomas Wadiha, a miner, said apart from low prices, the high taxation and tiresome process of acquiring and renewing licences from the Directorate of Geological Surveys and Mines discourages them.

“We are paying a lot of taxes to the government but they only look at us as destroyers of the environment, which is true but we also try to minimise such through covering up abandoned pits and planting trees,” he said.

When Daily Monitor visited Tiira, Amonikakine and Akobwaat, our reporter found miners extracting gold with bare hands due to lack of protective gear such as glasses, masks, gumboots, helmets, and gloves.

There were also hundreds of residents, including children and women, in open pits, which measure up to 100-feet deep, searching for gold without protective gear.
The miners use mercury, which they mix with gold-containing materials to form a mercury-gold amalgam, which is then heated and vaporised to obtain the gold.

2018 survey

In 2018, the National Association of Professional Environmentalists in conjunction with Uganda National Association of Community and Occupational Health (NACOH), carried out the survey in gold mining areas including Busia and Karamoja and established that the miners use mercury, a neurological toxicant, which affects the nervous systems of the people, who get exposed to it.

Ms Jane Ujaala, a miner, says despite mining one of the precious minerals, their living standards are still low.

“We are engulfed in abject poverty despite the fact that we deal in extraction of one of the highly valued minerals in the country,” she says.

Though there is some development, Tiira remains with high school dropouts. The mining sites have poor hygiene and massive environmental degradation.

Mr Basil Oketch, the technical adviser of Morulem Gold Mining Association in Abim District, says from February to June this year, the price of gold per gram in Kampala was between Shs250,000 and Shs260,000 but the middlemen in Karamoja were buying at between Shs120,000 and Shs170,000 depending on the location.

“The dealers cheat miners. They don’t disclose the actual price. The mining method is by trial and error. This is why numerous pits are opened but the miners find no gold.
Gold mining in Karamoja is carried out in several districts including Moroto, Abim, Nakapiripirit, Nabilatuk, Karenga, Amudat, and Kaabong.

“The Ministry of Energy and Mineral Development has not done much to create awareness about the value of gold so the miners just give it away,’’ Mr Oketch said.
He, however, says the government is also losing a lot of revenue for failing to reorganise the miners .
“The sector needs regulation. Most of the dealers are not licenced,” he said.
According to the Auditor General’s report, minerals worth Shs34.6b were, between 2017 and June 2020, exported out of the country without being declared, which resulted in the country losing billions of shillings.

Mr Moses Ongom, the chairperson of Morulem Gold Mining Association with about 100 members, says most of the buyers of their gold are Ugandans, who claim to be based in Kampala.

“They come and station here for a month, buying gold from the miners. Other buyers are from Kenya,” he says.

Mr Ongom says as an association, they mine about five to 10 grams of gold per month.
“This is because we use rudimentary means,” he said.

At Nakabaat Village in Rupa Sub-county, Moroto District, about 1,500 households eke a living from gold mining.

One of the middlemen found at the mining site declined to comment, but the miners said they were being cheated.

Ms Mary Napeyok, a miner at the site, said they are developing a strange skin diseases because they bath with contaminated water in River Nakabaat, which miners use to wash their gold.

Ms Sandra Aleper, another miner, says they are mistreated by men when they get money from selling gold.

“Whenever we get our gold and sell it, they [men] take the money from us and they use it to buy alcohol,” the mother of one says.

Findings on abuse

A survey carried out by Ecological Christian Organisation, a non-government organisation, between July and August, 2018, indicates that children and women working in the mining and quarrying centres are exploited and girls are sexually harassed.

The organisation is implementing the Karamoja Mining Governance project funded by Democratic Governance Facility.

Ms Dylis Ndibaisa, a senior programmes officer at Ecological Christian Organisation, says there is need for more transparency and accountability in the mining sector.
Ms Ndibaisa says the legal and policy frameworks should be strengthened to effectively support sustainable management of the mining sector and safeguard interests of local communities.

Mr Sam Loumo, a researcher and advocacy officer working with Karamoja Development Forum, says most of miners and gold dealers are operating illegally.

“The entire sector needs reorganisation. For instance, sometimes, the buyers offer little in excuse of dollar depreciation, when it’s not true,” he says.

The Moroto natural resource officer, Mr John Lotyang, says they are working hard to ensure the mining activities are organised and legalised.

“We want to ensure the mining activities are in order, so that miners and buyers obtain licences,” he adds.

The chairperson of Busia, Mr Stephen Mugeni Wasike, says the government should construct gold refineries and airstrips in gold mining districts.

“We need a mineral processing centre and this is the only viable way of eliminating middlemen in the sector,” he said.

Mr Mugeni says the government should create a mining department at the district level.
Mr Hanns Kyazze, a communication specialist at the Ministry of Energy and Mineral Development, says it’s mandatory for all dealers to get licenced before embarking on the business of buying gold.

“Those buying gold without licences do it illegally. The government only works with licenced dealers,” he say.

Report

According to the Directorate of Geological Surveys and Mines performance report for the Financial Year (FY) 2019/2020, there was an increase of 5.6 per cent in the number of valid licences by close of FY2019/2020 compared to FY2018/2019. This was mainly attributed to the e-government licensing system, which was established.

The production of minerals including gold dropped by 25.6 per cent in FY2019/2020 compared to that of FY2018/2019. This was attributed to a ban on export of unprocessed minerals, which is one of the local factors affecting mining and exploration activities.

Artisanal miners in Karamoja decry poor working conditions




By Fred Wambede

In a remote village of Nakabaat in Rupa Sub-county, Moroto District, lives about 1,500 households who eke a living from gold mining.The miners here risk their lives to dig ore out of the earth, from which they extract gold.At Nakabaat mines, about 300kgs of ore must be excavated to extract one gram of gold. Traders buy a gram between Shs110,000 and Shs210,000.This is done under hazardous conditions worsened by lack of access to clean water, a health centre, a school and other basic necessities.River Nakabaat is the only source of water for bathing and drinking in the community. The same river is used by the animals.The river is now more contagious as some miners use mercury, a deadly chemical, to extract gold.Ms Mary Napeyok, a miner at the site, says they are developing strange skin diseases due to drinking and bathing contaminated water. Advertisement

“We have no option but to drink it. We also use it for cooking and bathing. Many of us have wounds but they heal by themselves,” Ms Napeyok says.In 2018, the National Association of Professional Environmentalists in conjunction with Uganda National Association of Community and Occupational Health (NACOH) carried out the survey in gold mining areas, including Karamoja, and established that mines use mercury, a neurological toxicant, which affects the nervous systems of the people who get exposed to it.Ms Napeyok says they have tasked leaders to drill for them a borehole so they can stop drinking contaminated water but they have never received any positive response.“Even when we fall sick, we use herbs because walking to the healthy centre in Moroto Town takes us about eight hours and yet the roads are also in poor state,” she says.Ms Sandra Aleper, another miner, says they are mistreated by men when they get money from selling gold, which they toil for hours to get.“Whenever we get our gold and sell it, they take the money from us and they use it to buy alcohol,” a mother of one, says.Findings from Ecological Christian Organisation (ECO), a non-government organisation, which is implementing the Karamoja Mining Governance project funded by Democratic Governance Facility (DGF) show that children and women, working in the mining and quarrying centres are also exploited and the girls are sexually abused.Ms Prisca Ilukol, a project officer working with ECO, says children, who are employed in washing gold, excavating sand and grinding stones, suffer cough, chest pain and other waterborne diseases such as typhoid, diarrhoea, among others.She said there is a need for legal and policy frameworks to effectively support sustainable management of the mining sector and safeguard interests of local communities.The Moroto deputy chief administrative officer (CAO), Mr Edward Eko, says as a district, they are working to ensure that artisanal miners are organised so that they can obtain licences to operate legally.editorial@ug.nationmedia.com
Visualizing global gold production by country in 2020

Visual Capitalist Elements | August 17, 2021 | 9:38 am Intelligence Gold


Global Gold Production by Country in 2020

People usually come across gold in the form of jewelry and admire it for its beauty, value, and permanence.


But before gold makes it into jewelry and vaults, it goes through a long and difficult production process that begins with mining.



The price of gold broke an all-time high of $2,000/oz in 2020, giving miners a brief boost to profitability. However, mine shutdowns due to the pandemic ultimately dented global gold production relative to 2019.

The above infographic breaks down gold production by country in 2020, highlighting the biggest nations for gold mining.
The Top 10 Gold Producing Countries

Although gold mining is a global business, just three countries—China, Australia, and Russia—accounted for 31% of global gold production in 2020.



China topped the list partly due to the resumption of gold mining activities after pandemic-induced lockdowns. Furthermore, China accounted for 30% of global demand for gold jewelry in 2020, offering miners an additional incentive for production.

The U.S. produced 190 tonnes of gold in 2020, the majority of which came from mines in Nevada. Barrick Gold, the world’s largest gold mining company, produced roughly 85 tonnes or 45% of U.S. gold in 2020.

Indonesia ranks seventh in the list partly due to the Grasberg Mine, one of the world’s largest gold mines, which has produced over 1,500 tonnes or 53 million ounces of gold since 1990.

In total, miners produced 3,241 tonnes of gold in 2020, a 3% drop from the 3,300 tonnes mined in 2019. This also brings the total above-ground stocks of gold to around 201,296 tonnes, which are distributed between jewelry, investments, and central bank holdings.

How Much Gold is Left to Mine?

Gold derives part of its value from scarcity. So how much gold is left in the world?

According to the World Gold Council, the latest year-end estimate of underground gold reserves adds up to 50,000 tonnes. Of these, Australia and Russia collectively host around 35% or 17,500 tonnes.

At current production rates, these gold reserves will last less than 16 years. However, 2020 also saw $2.9 billion flow into gold exploration and development projects, which might one day add to the world’s gold reserves in the future.
‘Polluter pays’ policy could speed up emission reductions and removal of atmospheric CO2

To meet climate targets, technologies that remove atmospheric carbon dioxide will probably be needed. An analysis shows how their development and use could be accelerated if carbon emitters are obliged to remove their own CO2.


David A. Stainforth

The 2015 Paris agreement on climate change set a goal of limiting global warming to 2 °C, or preferably 1.5 °C, above pre-industrial levels. Achieving either of these targets is expected to require not just reductions in carbon emissions, but also technologies that remove carbon dioxide from the atmosphere. Writing in Nature, Bednar et al.1 explore policy mechanisms that support the development and implementation of such technologies. They propose an emissions-trading scheme that provides permits for emissions consistent with a specific global-warming goal, but that allows further emissions as long as the emitter commits to removing the extra carbon later on. The authors argue that emitters should be charged for the temporary ‘storage’ of this carbon in the atmosphere. They show that this would lead both to earlier reductions in carbon emissions (decarbonization) and to earlier application of CO2-removal technologies than would otherwise occur.


Read the paper: Operationalizing the net-negative carbon economy


Any agreed limit to future global warming can be associated, albeit with some uncertainty, with a carbon budget: a maximum value for the total cumulative emissions of CO2 since pre-industrial times2. If the budget is exceeded, as is expected to be the case for the Paris-agreement targets, CO2-removal technologies will be required to extract the excess emissions. If the extraction is delayed too long, the target will be missed, but there is some flexibility with regard to timing. This raises several questions: who is responsible for implementing the technology, who pays, and what is the best timing?

Technologies to remove CO2 are currently emerging or are expected to be developed in the future. If successful, the costs of such technologies will probably decline over time as a result of continuing research and large-scale application. Moreover, temporal discounting — the different value placed on goods or expenditure at different points in time — makes future expenditure cheaper in terms of today’s money than the same expenditure today. These factors lead to the expectation that CO2-removal technologies will mostly be adopted late in this century. But this delay implies that the responsibility for mitigating climate change will be transferred to future generations. Bednar et al. study the consequences of applying a ‘polluter pays’ principle in which those responsible for excess emissions (that is, emissions greater than a carbon budget) are obliged to later implement the CO2-removal technologies: they take on carbon debt3.

There are, of course, risks in relying on today’s emitters to support future CO2 removal. They might default or lobby governments to cancel the debt, or perhaps more CO2 removal will be required than is currently expected. Bednar et al. propose that these risks can be addressed by applying interest on carbon debt — not only committing emitters to remove carbon, but also charging them for storing it in the atmosphere until it is removed. This interest counteracts the benefits of delay arising from temporal discounting and leads to more-rapid decarbonization, as well as earlier implementation of CO2 removal (Fig. 1).



Figure 1 | The effects of charging interest on carbon debt. Bednar et al.1 studied how various scenarios affect the time course of decarbonization (the reduction of carbon emissions) and the amount of CO2 removed from the atmosphere by future technologies (plotted as negative emissions), assuming a goal of restricting global warming to 1.5 °C above pre-industrial levels. If CO2-removal technologies have low capacity and high costs (yellow lines), rapid, short-term decarbonization combined with gradual uptake of these technologies is expected. With higher capacity and lower costs of CO2 removal (blue lines), less-rapid decarbonization is expected with more CO2 removal, particularly towards the end of this century. If carbon emitters are required to pay interest on any emissions above an agreed limit, decarbonization and CO2 removal are both expected to occur earlier than in the previous scenario (red lines). (Data are for three scenarios in the supplementary information of ref. 2, and are shown only as an example of the effects of varying assumptions. Data on predicted effects of land-use change are not presented.)

The authors propose that current emissions-trading schemes (ETSs) could be adapted to include carbon-removal obligations (CROs), interest on CROs and limits on emissions permits that are consistent with a carbon budget. These changes increase the flexibility of such schemes to, for instance, avoid ‘stranded assets’ — situations in which valuable emissions-producing facilities have to be shut down earlier than would otherwise be necessary. They would, however, require complicated management and regulatory systems involving commercial and central banks to oversee the risks and ensure that commitments are met.

Further work is needed to address how an ETS with CROs (ETS-CRO) could be operated and managed in practice. The broader message from Bednar and colleagues’ study, however, is that an intergenerationally equitable approach to the implementation of CO2-removal technologies would lead to them being used sooner than would otherwise be the case, along with more-rapid decarbonization. This conclusion does not depend on the implementation of the proposed ETS-CRO.




Trade-offs for equitable climate policy assessed


For example, an alternative way to apply the ‘polluter pays’ principle could be through a state-owned carbon-removal fund supported by carbon taxes. This would also face risks associated with uncertain carbon budgets or funds being diverted for short-term political expediencies. The justification for applying interest on future carbon-removal commitments would therefore still apply, along with the conclusion that CO2-removal technologies would be implemented sooner.

The widespread and early adoption of such technologies requires confidence that a large-scale market for them will exist in the next few decades. Even if technical and practical barriers to their implementation can be overcome, this confidence will also be necessary to generate investment for large-scale commercial development and deployment — which is itself required to bring down costs and stimulate wider uptake.

There are lessons here from the renewable-energy industries: the price of solar panels, for instance, has fallen by more than 80% in the past decade, driven largely by the scaling-up of manufacturing facilities4. This scaling-up and price reduction, and the associated massive expansion of solar-energy generation capacity, could arguably have been achieved a decade or more earlier had there been sufficient confidence in the scale of the market. In the same way, a risk for CO2-removal technologies is that policies that would secure a market for their use lag behind their technological development, holding back investment.

The ETS-CRO proposed by Bednar et al. creates a market for CO2-removal technologies because organizations with CROs will want to invest in those technologies. Yet its complexity represents a barrier. Researchers, policymakers and the finance industry need to work together to explore this proposal, alongside other options for building a reliable expectation that there will be a market for these technologies in the relatively near term, and to implement a policy in which the polluter pays for exceeding carbon budgets. But perhaps the most important policy message of Bednar and colleagues’ work is that the possibility of future CO2-removal technologies does not justify limiting the pace of decarbonization today.

Nature 596, 346-347 (2021)

doi: https://doi.org/10.1038/d41586-021-02192-4


References

1.

Bednar, J. et al. Nature 596, 377–383 (2021).

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Masson-Delmotte, V. et al. (eds) Global Warming of 1.5°C (IPCC, 2018).

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Geden, O. WIRES Clim. Change 7, 790–797 (2016).

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IRENA. Renewable Power Generation Costs in 2019 (IRENA, 2020).

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COMPETING INTERESTS

The author declares no competing interests.
Can start-ups fast-track fusion energy?
The drive to net zero has changed the calculus of the Promethean dream.


Melanie Windridge

First Light Fusion fires projectiles into a fusion target at around 15 kilometres per second.
Credit: First Light Fusion

The Star Builders: Nuclear Fusion and the Race to Power the Planet Arthur Turrell Scribner (2021)

To help the world reach net-zero emissions by 2050, Nick Hawker is betting on nuclear fusion. Co-founder of the start-up First Light Fusion, he says: “We need to be building plants, multiple, in the 2040s. And the first of a kind has to be built in the 2030s. Which means the physics problem has to be solved in the 2020s.” This pressure is the subject of The Star Builders — a book about those trying to harness the phenomenon that powers the Sun, as a source of almost limitless energy.


For decades, the quest for fusion power was a story of two government-funded pathways, culminating in mega projects: the US National Ignition Facility (NIF) and the international ITER collaboration, under construction in France. This history was detailed in Daniel Clery’s book A Piece of the Sun in 2013. Back then, some fusion start-up companies existed, but they weren’t taken seriously.



After COVID-19, green investment must deliver jobs to get political traction


Times have changed, technologies have changed and the stakes have changed. With global temperature rises now bringing floods and fires to every door, the need for emissions-free energy production has never been clearer. Arthur Turrell takes a good look at some of the 25 or so private fusion companies pushing towards commercialization, and appraises them alongside the public projects. Be it University of Oxford spin-off First Light Fusion in Yarnton, UK, smashing a projectile from a rail gun into a target, or Jeff Bezos-backed General Fusion in Burnaby, Canada, compressing magnetized plasma with pistons, he shows how private companies with different ideas, new kit and an eye on the bottom line are re-energizing the field.

Turrell’s background is in plasma physics. (Full disclosure: we did our PhDs at Imperial College London around the same time, and I’m mentioned in the book’s acknowledgements.) Now, he’s a data scientist at the UK Office for National Statistics and the Bank of England. His is a clear and interesting introduction to the history, physics and economics of harnessing the energy produced by melding the nuclei of light atoms to make heavier ones. He argues that “investors are betting that private companies can succeed where governments have failed”. I take slight issue with this framing, but more on that later.
Passion and expertise

So who are the people involved in the challenge — the star builders? We meet ex-astronaut Jeff Wisoff, who is now responsible for the safe operation of the NIF in Livermore, California. Jonathan Carling explains what drew him to become chief executive of Tokamak Energy in Milton Park, UK, after working in engineering at Rolls-Royce (he has since left Tokamak Energy). These characters’ passion and expertise remind us that there are social and political factors affecting how fast this field can move, as well as technical and scientific ones.

Powerful statistics conjure the scale of the energy problem. Some 86% of the world’s energy is still generated by fossil fuels. Air pollution is thought to contribute to the deaths of 8.8 million people worldwide each year, and Earth hasn’t seen carbon dioxide levels this high for at least 800,000 years. Turrell quotes Ian Chapman, chief executive of the UK Atomic Energy Authority, as saying that in 2050, “We’re going to need half as much energy again as we use now.” Fusion could be a much-needed contributor. But no one has achieved the crucial milestone of break-even, the point at which the vast energy needed to create fusion reactions — which must run at temperatures of hundreds of millions of degrees — is recouped by the energy released.

General Fusion in Canada uses steam-powered pistons to compress plasma to fusion conditions.
Credit: General Fusion

Analogies also enliven the text. The hot plasma of deuterium and tritium in a tokamak — a multi-tonne magnetic toroid that is the most advanced method of containing controlled fusion reactions — has to be pure. So pure that vacuuming out all the other particles is like “removing all but a single star from the Milky Way”. Passengers cramming into a train carriage during rush hour (remember that?) come to represent increasing plasma density. Bremsstrahlung — radiation emitted by one charged particle as it is deflected by another — is like the wave when a speedboat turns.

But a ‘public versus private’ conceit is too simplistic. Start-ups, Turrell writes “are proposing to use millions of dollars, and some crazy ideas, to do what billions of dollars, and decades of scientific investigation, have been unable to”. In fact, the firms are building on foundations laid down by national laboratories and university research.
Audacious partnerships

Developing and integrating the technologies needed to form a working and economical fusion power plant is beyond the current scope of one company or public lab. The next phase could be like the public–private partnerships between NASA and companies SpaceX and Orbital Sciences to develop commercial transportation for the International Space Station, in which cost and risk were shared.




Fuel for world’s largest fusion reactor ITER is set for test run


Decades of investment in collaborative programmes such as ITER, the NIF and the Joint European Torus in Oxfordshire, UK, plus programmes in plasma physics and high-energy-density physics, have brought fusion science to a point at which start-ups are commercializing ideas and new technologies. Now, governments are introducing programmes to stimulate the public and private sectors to work together. The key question is how best to make these partnerships flourish.

Star builders are optimistic by nature — you’d have to be, to tackle something so audacious. As a result, unrealistic timescales and over-promising have dogged fusion since the 1950s. More discussion on this would have been welcome. How much will fusion energy cost? And how long until it is powering our homes? The answers don’t yet exist. But investors, governments, utility companies and the public can be forgiven for wanting answers — and the scientists for trying to provide them.

The discussion of the dangers of fusion is thoughtful and illuminating, from the low-to-zero possibilities of weapons proliferation or meltdown to the real risks from the radioactivity that high-energy neutrons create. Objectively, Turrell compares the numbers of deaths per exajoule of energy generated by current sources such as fossil fuels, renewables and nuclear fission. Fusion emerges as much safer than any of them.

In the end, The Star Builders is realistic and positive — an interesting snapshot of the current situation and key players. And, as if the challenge of clean energy weren’t enough, Turrell has one last stretch for our imagination: to fusion propulsion for space travel. Humanity, he shows, is always reaching for the stars.

Nature 596, 341-342 (2021)

doi: https://doi.org/10.1038/d41586-021-02203-4


COMPETING INTERESTS

M.W. acts as a consultant for Tokamak Energy, one of the private companies featured in the book, and is UK director of the Fusion Industry Association (consultant rather than employee), which is the organization that represents private fusion companies.

UK introducing regulation for nuclear shipping

16 August 2021


The UK has launched a consultation on proposed regulations for nuclear-powered ships that would enable UK-flagged vessels to use the power source and international vessels to visit its ports. "The UK is committed to enabling the adoption of new technologies that manufacturers and ship owners may choose to meet legal requirements relating to air pollution and greenhouse gas emissions, and therefore will establish a regulatory framework that will support nuclear-powered ships as an alternative fuel option," said the UK Maritime & Coastguard Agency (MCA).

In March this year, plans were announced for the Earth 300 - a 300-metre-long, nuclear-powered research ship - scheduled to launch in 2025 (Image: Earth 300 Ventures)

To do this, MCA wants to create national legislation that mirrors provisions of the International Convention for the Safety of Life at Sea (SOLAS) and the International Maritime Organisation (IMO) Code of Safety for Nuclear Merchant Ships - also known as the Nuclear Code - that the convention refers to. Signatories to SOLAS are obligated to do this, but the UK has lagged behind by some 40 years by not matching the 1981 Nuclear Code.

Filling this "regulatory gap", as the MCA calls it, would install a ready-made suite of regulation providing for the construction and operation of UK ships using nuclear power, as well as for nuclear powered ships with flags of other countries visiting UK ports.

The proposed regulations would introduce a dedicated nuclear pre-commissioning test programme as well as surveys during the construction and trial phases for quality assurance and to verify a ship is built in line with requirements. There would also be regular surveys of the nuclear portion of a ship during its operational life.

SOLAS signatories are responsible for making sure vessels under their flag comply with its regulations, and are empowered to check vessels of other flag nations if there are grounds to think standards are not being met.

MCA is including an "ambulatory" clause in its proposed legislation, which provides for UK rules to stay in line with other countries if IMO regulations change.

The cost of the change would be very small, MCA said, given there are no nuclear ships on the UK flag at present, and there are no published plans for any with the next ten years. It therefore will not affect any ongoing operation or project.

MCA plans to review consultation responses in November and introduce the new legislation in December.

Canadian regulator issues order on plant restarts


The operators of the Bruce, Darlington and Pickering nuclear power plants must submit data to demonstrate the safe operation of pressure tubes and obtain regulatory authorisation before restarting any currently shut-down reactors at those sites. The Canadian Nuclear Safety Commission (CNSC) says it has issued orders to Bruce Power and Ontario Power Generation out of an "abundance of caution".

Bruce (Image: Bruce Power)

The regulator earlier this month issued formal notices to all nuclear power plant licensees in Canada, requesting further analysis on the continued safe operation of pressure tubes, due to Bruce Power finding elevated levels of hydrogen equivalent in the pressure tubes of two units that are currently shut down.

"Following this regulatory action, our staff have now issued orders to both Bruce Power and Ontario Power Generation. Effective July 26 (Bruce Power) and July 27 (OPG) these orders are to ensure any units currently offline at the Bruce, Pickering and Darlington nuclear generating stations, along with any other reactors that go offline at these sites going forward, are not restarted until the Commission authorises them to do so," the CNSC said.

"These orders have been issued out of an abundance of caution, and we do not see this as an imminent safety issue. We have increased our regulatory oversight in light of the recent findings, to ensure that licensees continue to operate within their approved licensing basis."

Bruce Power said higher-than-anticipated readings were observed during part of ongoing planned inspection, testing, analysis and maintenance activities at Bruce units 3 and 6. Unit 3 is in a routine inspection and maintenance outage, while unit 6 is undergoing its Major Component Replacement, where all pressure tubes are being replaced.

"We completed an immediate review of this following our rigorous processes and concluded there was no impact on the safety of the units. All six units that are currently operating have recently undergone similar inspections and demonstrated fitness for service," the company said.

"We proactively shared this information with the Canadian Nuclear Safety Commission and with other CANDU operators to ensure we continue to contribute to the collective understanding from these inspection activities, which we collaborate on through the CANDU Owners Group."

Inspection activities have demonstrated the ongoing safe operation of the pressure tubes, which will continue to be thoroughly inspected in future planned outages, the company said. "As has clearly been expressed, safety is not impacted and Bruce Power will use its robust inspection tools and results to continue to demonstrate safety and fitness for service of these components and will provide this information to the CNSC."

Monitoring Fukushima radiation on land and sea

Japanese laboratories monitoring radionuclides in seawater, marine sediment and fish near the damaged Fukushima Daiichi nuclear power plant continue to produce reliable data, according to a new International Atomic Energy Agency (IAEA) report. Meanwhile, Tokyo Electric Power Company plans to rear fish in treated radioactive water from the plant to demonstrate its safety. A University of Georgia study has shown that radioactive contamination in the Fukushima Exclusion Zone can be measured through its resident snakes.

Seawater samples being taken near the Fukushima Daiichi plant (Image: IAEA)

The IAEA has since 2014 organised missions to support the collection of marine samples for interlaboratory comparisons of radioactivity analyses. The first phase of the Marine Monitoring Confidence Building and Data Quality Assurance project covered the years 2014 to 2016. It found that Japan produced reliable data on marine samples near Fukushima Daiichi plant.

In this second phase of the project, the IAEA carried out a range of activities focused on marine monitoring data quality, including interlaboratory comparisons (ILCs) of seawater, sediment and fish samples collected in four sampling missions conducted from 2017 to 2020 near the Fukushima Daiichi plant.

ILCs involve different laboratories separately testing and analysing samples and then comparing results and procedures to determine their reliability and accuracy. The samples in the second phase of the project were analysed at 12 laboratories in Japan, at the IAEA Environment Laboratories in Monaco and two laboratories in other Member States (in Canada and Switzerland) that are part of the network of Analytical Laboratories for the Measurement of Environmental Radioactivity.

"Following these ILCs, the IAEA can confidently report that Japan's sample collection procedures follow the appropriate methodological standards required to obtain representative samples," the new report states. It added that "the results obtained demonstrate a continued high level of accuracy and competence on the part of the Japanese laboratories involved in the analyses of radionuclides in marine samples for the (country's) Sea Area Monitoring Plan".

"It can be concluded that over 97% of the results were not significantly different from each other, and this shows that the participating Japanese laboratories have the capacity to accurately analyse the samples," said Florence Descroix-Comanducci, director of the IAEA's environment laboratories in Monaco. "The results also demonstrate a high level of consistency among the Japanese laboratories and with laboratories in other countries and the IAEA."

The IAEA Marine Monitoring Confidence Building and Data Quality Assurance collaboration with Japan has been extended for a further two years in order to conduct additional ILCs and proficiency tests and build on the already completed work.

Impact on marine life


At the Fukushima Daiichi site, contaminated water is treated by the Advanced Liquid Processing System (ALPS), which removes most of the radioactive contamination, with the exception of tritium. This treated water is currently stored in tanks on-site. The total tank storage capacity amounts to about 1.37 million cubic metres. As of 15 July, almost 1.27 million cubic metres of treated water were being held in the storage tanks. All the tanks are expected to be full around the summer of 2022.

In April, the Japanese government announced its formal decision that the treated water stored at the Fukushima Daiichi site will be discharged into the sea. The basic policy calls for the ALPS-treated water to be discharged "on the condition that full compliance with the laws and regulations is observed, and measures to minimise adverse impacts on reputation are thoroughly implemented".

Japan intends to start releasing the treated water in early 2023, and the entire operation could last for decades.

Tokyo Electric Power Company yesterday announced plans to rear fish, shellfish and seaweed in seawater containing ALPS-treated water. The test is aimed at aimed at easing safety concerns about the release of the water into the sea.

Information will be gathered on the occurrence of health-related abnormalities, as well as the hatching rate of eggs and the survival rate of matured fish. A comparison will also be made of the concentration of radioactive materials, including tritium, in the water used for the trial and the subjects' bodies.

The test is due to begin in the second quarter of 2022. "Rearing is planned to be continued for a while after discharge has been initiated," the company said.

Reptilian receptors


Meanwhile, a study from the University of Georgia (UGA) has shown that radioactive contamination around the Fukushima plant can be measured through tracking snakes. Rat snakes, it says, travel short distances and can accumulate high levels of radionuclides, making them an effective bioindicator of residual radioactivity.

According to the researchers, the snakes' limited movement and close contact with contaminated soil are key factors in their ability to reflect the varying levels of contamination in the area. Tracked snakes were found to move an average of just 65 metres per day.

The team tracked nine rat snakes using a combination of GPS transmitters and manual very-high frequency tracking. The researchers identified 1718 locations of the snakes while tracking them for over a month in the Abukuma Highlands, approximately 15 miles northwest of the Fukushima Daiichi plant.

The new study's findings reinforce the team's previous study published in 2020, which indicated the levels of radiocaesium in the snakes had a high correlation to the levels of radiation in the soil where the snakes were captured.

"Snakes are good indicators of environmental contamination because they spend a lot of time in and on soil," said James Beasley, associate professor at of UGA's Savannah River Ecology Laboratory (SERL) and the Warnell School of Forestry and Natural Resources. "They have small home ranges and are major predators in most ecosystems, and they’re often relatively long-lived species."

"Our results indicate that animal behaviour has a large impact on radiation exposure and contaminant accumulation," said Hanna Gerke, an alumna of SERL and Warnell. "Studying how specific animals use contaminated landscapes helps increase our understanding of the environmental impacts of huge nuclear accidents such as Fukushima and Chernobyl."

Researched and written by World Nuclear News

In high definition: Astronomers capture most detailed-ever images of galaxies

WION Web Team
London, United Kingdom Published: Aug 18, 2021, 

Most detailed image of galaxy
 (Credit: LOFAR & Hubble Space Telescope) Photograph:( Others )


After almost a decade of work, the images were created from data collected by the Low-Frequency Array (LOFAR), a radio telescope

Astronomers have published the most detailed images yet seen of galaxies beyond our own, revealing their inner workings in unprecedented detail.

After almost a decade of work, the images were created from data collected by the Low-Frequency Array (LOFAR), a radio telescope.


LOFAR is a network of more than 70,000 small antennae spread across nine European counties, with its core in Exloo, the Netherlands.

The new images push the boundaries of what we know about galaxies and supermassive black holes.

According to Dr. Neal Jackson of The University of Manchester, “These high-resolution images allow us to zoom in to see what’s really going on when super-massive black holes launch radio jets, which wasn’t possible before at frequencies near the FM radio band.”

Scientists believe that at some point, high-energy ultraviolet radiation from exploded stars split the intergalactic hydrogen atoms into electrons and protons. Once ionised, the hydrogen would be electrically conductive and no longer scatter light.

Those elements are forged by nuclear fusion inside stars, so either the galaxy contains the exploded remains of lots of massive stars or it formed in a region of space that had been previously seeded with the remnants of a prior generation of stars, scientists said.

“Our aim is that this allows the scientific community to use the whole European network of LOFAR telescopes for their own science, without having to spend years to become an expert,” said lead author Dr. Leah Morabito from Durham University.

The immense regions between star systems in a galaxy are not a complete vacuum. The stew of matter and radiation present in low densities, mostly gas, is called the interstellar medium.

About 15 per cent of the visible matter in our Milky Way galaxy is composed of this interstellar gas, dust, and energetic particles like cosmic rays.

Much of the interstellar medium is in what is called an ionised, or electrically charged, state called plasma.

Galaxies are surrounded by black holes that are extremely dense, with gravitational pulls so ferocious not even light escapes.

There are three categories of black holes. The smallest, like 'the Unicorn,' are so-called stellar-mass black holes formed by the gravitational collapse of a single star. There are gargantuan 'supermassive' black holes like the one at our galaxy's center, 26,000 light-years from Earth, which is four million times the sun's mass. A few intermediate-mass black holes also have been found with masses somewhere in between.

(With inputs from agencies)

 A UNION BY ANY OTHER NAME

Ontario to give optometrists $39M as they threaten to withdraw services

The Ontario Association of Optometrists says it has been subject to 'years of underfunding'

The one-time payment comes after optometrists threatened to stop conducting eye exams covered by provincial health insurance. (Syda Productions/Shutterstock)

Ontario says it will immediately pay $39 million to the province's optometrists to retroactively account for the increased costs of services funded by the government.

The one-time payment comes after optometrists threatened to stop conducting eye exams covered by provincial health insurance in September.

The province says it hopes the payment will preserve access to care as discussions with optometrists continue.

It is calling on the Ontario Association of Optometrists to continue negotiations on operating costs and future fee increases.

The Ontario Association of Optometrists has said it has been subject to "years of underfunding," noting that the province paid optometrists $39.15 on average for an exam in 1989 and now pays $44.65 for the service.

The group said the situation has left optometrists absorbing 45 per cent of the cost of an eye exam.

The Ontario Health Insurance Plan covers one annual major eye exa