World’s biggest diamond producer Alrosa hit by Sino-US trade war

alrosa russian miner

The US trade war with Beijing has wiped out sales targets of the world’s largest diamond producer Alrosa in China and hit purchases by the country’s tourists in the west.

“When there’s any political instability or tensions, luxury goods sales immediately react, including jewellery with diamonds,” chief executive Sergei Ivanov of the Russian diamond miner said in an interview with the Financial Times. 

“We thought our sales growth in China would go up by 2 or 3 per cent, but now the outlook is likely more pessimistic — growth rates will either be neutral or slightly negative.” 

Mr Ivanov has backed a push into China, which analysts expect to drive growth in the diamond market in the next decade along with India, as Alrosa seeks to meet demand from China’s burgeoning middle class. 

The state-owned company, which produces about half the world’s rough diamonds along with De Beers, is attempting to catch up with its rival and has raised China sales from $50m to $200m in recent years. 

But headwinds from the US-China trade war and a broader market slump are hitting the industry’s profits.

Alrosa’s revenue fell 27 per cent year-on-year to Rbs70.5bn in the first quarter of 2019. Anglo American, the owner of De Beers, blamed a 6.3 per cent decline in its most recent sales period last month on a “more challenging environment” in China. 

The industry is also facing a supply glut that has tempered demand for polished stones, which analysts at Russian investment bank VTB Capital expect to decrease by 2 per cent this year and remain poor until 2021. 

Mr Ivanov said Alrosa would continue to favour price over volume despite the struggles. “We could cut the price by 10 per cent and sell everything we have, but we won’t help the market by doing that because it’d lead to prices on diamonds in the midstream falling.”

He predicted that Alrosa’s sales, which fell 38 per cent year-on-year to $988m in the first quarter this year and had continued to slump since, would continue to remain “much worse” than 2018 before normalising in the fourth quarter this year. “In the end, Christmas in the US and Chinese new year in February aren’t going anywhere. There’ll be good demand and the market will normalise,” he said. 

The slump has not deterred Alrosa from seeking new avenues for production, with its existing reserves, mostly located in Yakutia in northeastern Russia, set to run out by 2047. Mr Ivanov said new ones will probably be discovered in the near future. 

Half a world away, Alrosa opened operations in Zimbabwe this year and is increasing its presence in Angola, where it has a stake in Catoca, the world’s fourth-largest mine, and developing the $1.5bn Luaxe kimberlite project, which is expected to be even larger. 

The company has ramped up its African operations even as other foreign nationals have stopped operating or wound down their presences in Zimbabwe and Angola. 

The move comes as Russia has raised its presence in Africa through further investment in raw materials from oil to bauxite, arms sales and security advice.

Alrosa signed its deal to enter Zimbabwe after president Emmerson Mnangagwa visited Moscow this year, ahead of a larger Russia-Africa summit scheduled in Sochi on the Black Sea for October. 

But Mr Ivanov said Alrosa’s interest in the continent was entirely geological. “Reserves in other African countries have all been researched and the chance of finding a large deposit there is close to zero,” Mr Ivanov said. 

Alrosa has also overcome suspicion of Russia to grow its operations in the US, where it has reopened a New York office, increased rough diamond sales, and plans to begin selling polished diamonds.

Mr Ivanov said that 70 per cent of investors in its recent $500m bond issue were western-based, while about half the company’s free float was owned by US entities. 

“Investors don’t bring up sanctions at all any more,” he added. 

Source: ft.com

Firestone Diamonds recovers largest fancy yellow diamond to date

Firestone Diamonds 54 Carat Fancy Yellow Rough Diamond

Firestone Diamonds has recovered a 54 carat intense fancy yellow, sawable diamond from its Liqhobong mine in Lesotho.

“The Liqhobong mine has become known for its fancy yellow stones but this one is the largest we’ve recovered so far and is therefore quite special,” says Firestone Diamonds CEO Paul Bosma.

Although certain segments of the diamond market are currently struggling, the demand for unique natural stones remains positive,” he says.

The 54 carat diamond will go on sale at the next tender scheduled to take place during September 2019.

The recovery of its latest fancy yellow diamond follows the recovery of a 72 carat diamond which was recovered together with a 22 carat makeable white stone, followed by an 11 carat fancy light-pink stone in April.

Source: miningreview

Russia digs for diamonds in permafrost n Yakutia

Alrosa diamonds

Diamonds are forever, and so is the permanently frozen ground of Yakutia in north eastern Siberia, home to huge diamond deposits that ensure Russia’s supremacy in world production of the luxury stone.

In the city of Mirny, the sun shines almost continuously during the region’s white night season in early July, with temperatures exceeding 30 degrees Celsius.

But the summer does not last long. Yakutia is known for having the coldest winters on the planet, which drag on for nine dark months.

This region—rich in oil, gas and precious metals—is also home to eleven out of twelve mines belonging to Russia’s Alrosa group, the world’s largest producer of rough carats.

The majority state- and local government-owned company employs most of Mirny’s 35,000 inhabitants and contributes around 40 percent of the wider region’s budget in taxes.

Alrosa, which has been criticised by some locals for alleged environmental damage including polluting water supplies, has a reputation for secrecy but is now making efforts to demonstrate some of its work.

In Mirny, a gaping hole of massive depths—the abandoned mine “Mir”—stretches out into the city. It is more than a kilometre in diameter and 525 meters deep, or nearly two Eiffel towers placed end to end.

Oleg Popov, the director of Mirny’s diamond sorting centre, shows off a billiard table covered in shiny stones.

Nearly two Eiffel Towers deep

Alrosa mine
Alrosa mine

“There are 14,000 carats worth around $9 million on this table,” he said.

Explosions in -55 centigrade

“Each stone must be sorted by size,” said Irina Senyukova, leaning on stones in the nearby sorting room.

To reach the next diamond deposits themselves, visitors board a 20-seater Antonov plane and head north, across the taiga, to Nakyn, where Alrosa operates two open pit mines and is planning for a third out in the wilderness.

The most productive mine, Botuobinskaya, is currently only 130 metres deep, but the company plans to dig down 580 metres.

The operating mines will be exploitable until 2041, the company hopes.

Inside the mines, the temperature drops to -55 degrees Celsius in winter, which requires an increased use of explosives to extract diamonds.

“The climate has an impact on our machines, but they are adapted to the extreme conditions,” said Mikhail Dyachenko, deputy chief of the mine, standing on the edge of the precipice and wearing a safety helmet.

Alrosa has become more willing to show off its work
“Man will adapt to anything, most of the miners are natives of the region. They know this climate well,” he added.

Trucks go down the mine slowly, spiralling down thin dirt roads dug into the rock. The descent can last up to an hour.

In each ton of ground, there are around 6.2 carats of diamonds. After sorting, the rough diamonds are transported on secret flights to be sold around the world.

Some are flown to polishing centres in Moscow and Smolensk, a city in Western Russia.

The process takes place under heavy security, which was tightened further since a small gang of employees stole three million dollars worth of diamonds last month.

The diamonds were later recovered.

Drinking water

Mirny was founded in the mid-1950s after the discovery of the first diamonds. Its first mine functioned until 2001, and it was closed down in 2017 after a flood killed eight people.

It’s a man’s world
Last year several dams built by the company broke and villages around Yakutia’s Vilyuy River said they could no longer use it as a water source.

Russia’s environment watchdog estimated the damage to the Vilyuy basin at 22.1 billion rubles (over $330 million, 290 million euros) but said Alrosa would not be held accountable as the accident was caused by a natural disaster.

Separately, the company said in April it would provide 833 million rubles ($13 million, 11.5 million euros) over five years for a programme to improve the quality of drinking water in the river area.

Miners are exclusively men, predominantly from the region but also from the rest of Russia. Planes or helicopters carry the miners to the sites, where they work eleven hours a day for two weeks, then have a two week break.

“Local, indigenous communities lived here, and still live nearby—they are reindeer herders, but some of them go to the city to look for work,” said Dmitry Averyanov, who drives trucks that survey the mines.

As for the future, Alrosa is looking for ways to re-open Mirny’s mine. Works are not due to start before 2024 and their cost is estimated at 73 million rubles.

Source: phys.org

Diamonds from Marange excluded by Blue Nile

Top US jewelry etailer Blue Nile has blacklisted Zimbabwean diamonds over reports of human rights abuses in Manicaland’s Marange district.

On its website Blue Nile says: “Blue Nile is committed to ensuring that the highest ethical standards are observed when sourcing our diamonds and jewelry. Because of the reported human rights abuses in Zimbabwe’s Marange diamond district, Blue Nile will not purchase or offer diamonds from that area. As a responsible member of the diamond and jewelry industry, we are working with our suppliers to ensure our consumers receive only the finest goods procured from ethical sources.”

It is not clear how long ago this statement was posted opn the Blue Nile website.

In a report on the NewZimbabwe.com website Blue Nile was quoted as stating that “it was doing this in adherence to global diamond watcher the Kimberley Process. If one of our suppliers was ever found to be in violation of that process, we would immediately sever that relationship,” the diamond trader was quoted.

The NGO, the Center for Natural Resource Governance (CNRG) welcomed Blue Nile’s decision. CNRG executive director Farai Maguwu called on Zimbabwean authorities and in particular Zimbabwe Consolidated Diamond Company owned by the State.

“We endorse the decision by Blue Nile. It is the right thing to do. The use of torture and murder as punishment to artisanal miners in Marange has been widely reported resulting in consumers raising a red flag,” Muguwu told NewZimbabwe.com in an interview.

Maguwu claimed that in 2018 alone, more than 40 artisanal miners were killed in cold blood by ZCDC guards. Since the discovery of diamonds in Marange in June 2006, the police and army have been accused of using brute force and live ammunition to deal with illegal diamond miners.

Source: idexonline

Israel Bourse Unveils ‘Real Diamonds’ Campaign

The Israel Diamond Exchange (IDE) has launched an international awareness campaign, highlighting the unique features of natural diamonds.

The bourse will promote its “I love natural diamonds” campaign — which it says is the first international initiative by a global diamond center to differentiate real diamonds from synthetics — over social media. It will feature several short videos, released over a number of weeks, starting with a piece entitled “Fake Times. Real Diamonds.”

The project was first announced at the World Federation of Diamond Bourses (WFDB) executive committee meeting, held in Israel last week.

“At a time when counterfeit products and fake reproductions flood almost every market, few commodities remain as rare and exceptional as natural diamonds,” said IDE president Yoram Dvash, who hosted the WFDB meeting.

“In this campaign we want to highlight the exceptional qualities of natural diamonds, as symbols of love and timelessness over the generations and throughout the world,” he added.

View the first video here:

Source: Diamonds.net

Tracking conflict diamonds with lasers

opsydia

In a lab in the California city of Carlsbad, between Los Angeles and San Diego, a suspicious diamond recently arrived.

On the outer edge – what jewellers call the girdle – was a tiny inscription, of a bona fide diamond security code issued in 2015.

But the font was a different one than the Gemological Institute of America, or GIA, uses.

And whereas the original diamond was natural, this diamond was grown in a lab.

“Rarely do we encounter the type of blatant fraud described here,” say Christopher Breeding and Troy Ardon from the Carlsbad lab.

Carlsbad is the headquarters of the GIA, a non-profit organisation that evaluates and certifies diamonds for quality.

It assigns diamonds report numbers, which a laser can then carve on to the diamond. But this method has its problems.

“It is easy to be removed, just polish it off,” says Andrew Rimmer, chief executive of Opsydia, an Oxford University spin-out. “Also it’s easy to apply someone else’s serial number.”

So Mr Rimmer has been working on lasers that can write security codes beneath the surface of diamonds instead.

And codes inside diamonds are forever.

Diamonds are a huge business, with 133 million carats (about 27 tonnes) of rough diamonds worth about $15bn-$16bn (£12bn-£13bn) mined each year, according to Boston consulting firm Bain & Company.

About half originate in Africa, where in some countries, like South Africa and Botswana, mining is well regulated.

But Zimbabwe, under President Mugabe, used diamond exports to fund its repressive secret police.

And last year, three Russian journalists were killed while investigating the Kremlin’s links to militias in the Central African Republic who fund their fighting with diamond sales.

Synthetic diamonds are also an issue for the industry – adverts have appeared on China’s Alibaba e-commerce site with documentation stating they are natural.

Such concerns have taken the shine off diamond sales in 2019.

In response, many people in the diamond industry have been working on using the blockchain – a tamper-proof distributed ledger – to store information on a gem’s history, from the mine to the jewellery shop.

Examples are Australia’s Everledger and De Beers’ Tracr. Russian diamond mining giant Alrosa announced last autumn it will join the Tracr platform.

So it will be possible to “provide clients with a full history of a diamond, starting from the moment it was mined”, says Alrosa’s Eugeniya Kozenko.

“We can create lots of apps along the way” that draw on the blockchain, says Jim Duffy, chief executive of Tracr.

The hardest bit has involved creating robots for producers to use to scan diamonds at scale, and machine-learning algorithms to automate identifying the diamonds, Mr Duffy says.

De Beers also has launched a GemFair progamme to log diamonds produced by small-scale African miners, says Michillay Brown, partner relations specialist at Tracr.

The programme started with “artisanal and small-scale diamond miners in Sierra Leone”, and helps them record GPS locations for each diamond they find, which they then place in a QR-coded tamper-proof bag, she says.

In another sign that the sector is warming to blockchain tech, Lucara Diamond, a Canadian mining company, bought a blockchain business called Clara last year.

Their diamonds will “get scanned shortly after they’re recovered from the mine, and put on blockchain,” says John Armstrong, Lucara’s vice president for technical services.

Putting a full account of a diamond’s provenance on to a blockchain offers an “extremely secure way of storing detailed information”, says Opsydia’s Mr Rimmer. “But you still need to make sure the stone is the one it purports to be.”

So how can you write a permanent, tamper-proof security code inside a diamond?

With difficulty would seem to be the answer. Diamond has a high refractive index, meaning it bends light a lot.

“So whichever direction you want a laser to go, usually it goes somewhere else,” Mr Rimmer explains.

Engineers at Oxford were doing research around getting the highest possible resolution from telescopes, and compensating for fluctuations in the atmosphere.

And this turns out to produce answers that also apply to focusing lasers on targets that are very small.

So marks as small as one-thousandth of a millimetre can be made 0.15mm below a diamond’s surface in a trillionth of a second. The extremely high speed keeps the laser burst from heating up the stone.

Marks this small can’t be seen even with a jeweller’s magnifying glass, or loupe. You need a powerful microscope.

And since they’re so tiny, they don’t have to be on the outside girdle, which is covered up when the diamond is placed in jewellery, but can be in the top surface or around the crown where they can always be read.

Opsydia has just sold it first machines to De Beers.

But once you can write things inside diamonds, “you can write electrical circuits; it takes you into science instrumentation and ultimately quantum computing,” says Mr Rimmer.

Maintaining trust in the authenticity and provenance of diamonds is essential to keep an increasingly sceptical public buying.

Ajay Anand, founder of New York-based Rare Carat, built a platform that pulls in data on diamonds for sale from both big and small retailers.

He realised that “diamonds are the perfect data set for machine learning and price prediction”.

There are about 30 or 40 variables associated with any diamond, he says.

“So we put together the largest data set probably in existence – our algorithms can predict the price of a diamond pretty accurately,” he says.

The platform tells customers how good a bargain it thinks a particular diamond is.

And “we’re empowering dozens of smaller online and local retailers, with lower overhead costs,” but who might struggle to get customers through the door, he says.

The industry will be hoping that these new marking, tracing and buying technologies will ensure diamonds never lose their lustre.

Source: bbc.com

Scientists achieve teleportation breakthrough

Quantum teleportation

Japanese researchers carry out quantum teleportation within a diamond.

Scientists figure out how to teleport information within a diamond.
The study took advantage of defects in the diamond’s structure.
The achievement has implications for quantum computing.

Scientists from the Yokohama National University in Japan achieved the feat of teleporting quantum information within a diamond. Their study is an important step in the field of quantum information technology.

Hideo Kosaka, a professor of engineering at Yokohama National University, led the study. He explained that the goal was to get data where it doesn’t normally go

“Quantum teleportation permits the transfer of quantum information into an otherwise inaccessible space,” shared Kosaka. “It also permits the transfer of information into a quantum memory without revealing or destroying the stored quantum information.”

The “inaccessible space” explored in the study was the lattice of carbon atoms in a diamond. The strength of the structure stems from the diamond’s organization that has six protons and six neutrons in the nucleus, with six spinning electrons around it. As they bond to the diamond, the atoms form a super-strong lattice.

For their experiments, Kosaka and his team focused on defects that sometimes arise in diamonds, when a nitrogen atom appears in vacancies that would ordinarily house carbon atoms.

Kosaka’s team manipulated an electron and a carbon isotope in such a vacancy by running a microwave and a radio wave into the diamond via a very thin wire – one fourth the width of a human hair. The wire was attached to the diamond, creating an oscillating magnetic field.

The scientists controlled the microwaves sent to the diamond to transfer information within it. In particular, they employed a nitrogen nano magnet to transfer the polarization state of a photon to a carbon atom, effectively achieving teleportation.

The diamond’s lattice structure features a nitrogen-vacancy center with surrounding carbons. In this image, the carbon isotope (green) is initially entangled with an electron (blue) in the vacancy. It then waits for a photon (red) to be absorbed. This results in quantum teleportation-based state transfer of the photon into the carbon memory.

“The success of the photon storage in the other node establishes the entanglement between two adjacent nodes,” Kosaka said, adding that their “ultimate goal” was to figure out how to make use of such processes “for large-scale quantum computation and metrology.”

The accomplishment could prove vital in the quest for new ways to store and share sensitive information, with previous studies showing diamonds could house giant amounts of encrypted data.

Kosaka’s team also included Kazuya Tsurumoto, Ryota Kuroiwa, Hiroki Kano, and Yuhei Sekiguchi.

You can find their study published in Communications Physics.

Frenchman jailed for five years in Brussels diamond heist

A Frenchman was sentenced Thursday in Belgium to five years in prison for his role in a spectacular $50 million diamond heist at Brussels airport in 2013.

Smiling, Marc Bertoldi, 48, replied “thanks, goodbye” after the presiding judge told him he had one month to appeal his jail sentence and a 6,000 euros ($6,800) fine.

The February 18, 2013 robbery, one of the world’s biggest diamond thefts, saw a gang of armed men posing as police seize the gems from a passenger plane in an operation that lasted barely six minutes without a shot being fired.

The hooded men, armed with machine guns, pulled up in a car on the runway at Brussels’ main Zaventem airport where an armoured vehicle had just unloaded diamonds onto a plane about to take off for Zurich.

The men forced open the hold and removed about 120 boxes of diamonds before making off with the haul of about $50 million dollars (worth 37 million euros at the time) in gems, most of which were never recovered.

Some gold and precious metal in powder form were also stolen.

More than 30 people were detained in Belgium, France and Switzerland in massive coordinated police operations.

Last month, Bertoldi denied he had taken part in what the Belgian media called “the heist of the century,” telling the court he had only received some of the stolen diamonds.

But the presiding judge, reading the sentence on Thursday, said Bertoldi, an athletic man who wore jeans and a dark shirt, had in fact been “an indispensable cog” in the theft.

The judge said Bertoldi nonetheless “did not personally participate in all the offences committed,” particularly the theft of cars that were later set on fire.

– ‘Not the mastermind’ –

Bertoldi’s lawyer Dimitri de Beco told AFP: “It’s clear. He is not the mastermind of the robbery. That gives us some satisfaction.”

In addition to European cities, the investigation was also carried out in Casablanca, Morocco, where Bertoldi lived in 2012 and 2013.

The probe showed the many telephone contacts Bertoldi, who was arrested in France in May 2013, had before the heist with the presumed mastermind, Houssein Bajjadi of Brussels.

Bajjadi and the 17 other accused identified by Belgian authorities are due to be retried at the end of 2019 or early 2020 after the prosecution appealed their acquittal last year.

Before the airport heist, Belgium had experienced several spectacular robberies involving diamonds and precious gems.

In February 2003, jewellery and diamonds valued at about 100 million euros were stolen from an Antwerp diamond exchange.

More than 120 safes in the port city’s Diamond Center, a heavily protected building in the heart of the diamond district, were emptied unnoticed.

In 2013, a gang of hooded men pulled off one of the world’s biggest diamond thefts at Brussels’ main Zaventem airport.

Source: Agence-France Presse

Tara Jewels Files for Chapter 11

Tara Jewels

Tara Jewels LLC and parent company Tara Jewels Holdings have filed for bankruptcy, each listing between $10 million and $50 million in outstanding liabilities.

Wholesaler Tara Jewels LLC currently claims to have between $500,000 and $1 million in assets, according to the June 21 Chapter 11 filing in the Southern District of New York. The parent company reported up to $50,000 in assets. Both firms are owned by the India-headquartered Tara Jewels Ltd, which has a chain of retail stores in its home country.

The supplier, which focuses on loose diamonds, gemstones and branded jewelry, began its wholesale operation in 2006, when it partnered with M. Fabrikant & Sons. Shortly thereafter, the company, renamed as Fabrikant-Tara, filed for protection in a US bankruptcy court. It also sought protection in 2008, according to the filings.

In November 2018, a Mumbai court initiated insolvency proceedings against Tara Jewels Ltd on behalf of creditors.

Tara’s customers include Zale Corp, Walmart, J.C. Penney, Sterling Jewelers and Signet, its website notes. It has also co-branded a bridal and fashion jewelry line with fashion designer Zac Posen. In 2012, the company received an investment from Swarovski subsidiary Crystalon Finanz.

Tara Jewels is the second notable jewelry company to enter bankruptcy proceedings in New York this week. Enchanted Diamonds filed for Chapter 7 liquidation in the same court on June 20, claiming liabilities of $1.7 million.

Source: diamonds.net

Gem Diamonds Unearths 135ct. Yellow

135ct Yellow Diamond

Gem Diamonds has recovered a 135 carat yellow at its Letšeng mine in Lesotho, the third significant colored-diamond discovery at the deposit this year.

The company retrieved the high quality, type I stone on June 21, three months after the mine yielded a similar quality yellow diamond weighing 134 carats. Those discoveries follow a two year gap in the recovery of yellow diamonds weighing more than 100 carats from Letšeng. In June 2017, the miner found a 151.52 carat yellow.