Why the EU May Find it Tough to Squeeze Out Russian Oil

A general view shows a local oil refinery during sunset in Omsk, Russia, on March 16, 2022. (Reuters)
A general view shows a local oil refinery during sunset in Omsk, Russia, on March 16, 2022. (Reuters)
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Why the EU May Find it Tough to Squeeze Out Russian Oil

A general view shows a local oil refinery during sunset in Omsk, Russia, on March 16, 2022. (Reuters)
A general view shows a local oil refinery during sunset in Omsk, Russia, on March 16, 2022. (Reuters)

The European Union has proposed a phased embargo of Russian oil but may find it tricky to implement, given Europe's complex distribution network and challenges in tracking crude once it is blended or refined.

The plan, if agreed by member states, would take effect in six months for crude, and in eight months for diesel and other oil products.

How watertight will any EU sanctions be?
Under the proposal, Hungary and Slovakia would be granted a longer period - until the end of 2023 - to adapt to the embargo. This means that countries in the EU would still be able to purchase Russian oil via Hungary and Slovakia, unless the plan is ratified to prevent both countries from buying more oil than they need.

Can Russian oil still end up in Europe after a ban?
European countries might still continue buying Russian cargoes from other third countries without being aware of its origin.

Oil can usually be traced to its origin based on its chemical make up, such as sulphur content and density. However, some buyers have been deceived in the past by forged documents, hiding the origin of cargoes from countries under sanctions, including Iran and Venezuela, according to industry sources.

That becomes more difficult if the crude is blended with other crudes for refiners, and almost impossible after it is processed into standard products, such as gasoline, diesel or jet fuel.

Who is seeking to phase out or halt Russian oil purchases?
At least 26 major European refiners and trading companies have suspended spot purchases or intend to phase out a combined 2.1 million barrels per day (bpd) of Russian imports, according to JP Morgan.

European companies including Shell, TotalEnergies , Repsol and BP no longer buy any refined products with Russian content. And BP's contracts state any deal with a seller that violates its policy will be invalid, according to trade information detailed in the Platts trading window.

Several shipping firms are also asking for guarantees that cargoes have no Russian origin or interest, and have not been transferred from a ship with Russian ties, according to documents seen by Reuters.

Why is it so tough to trace cargoes of Russian oil?
Even with all those documents in place, there is no guarantee of eliminating any traces of Russian hydrocarbons once it enters the EU's main oil importing hub, the Amsterdam-Rotterdam-Antwerp (ARA) complex - made up of eight ports spread across two countries, 96 terminals, and 6,300 storage tanks owned by hundreds of international oil companies.

"Some products processed in European refineries will continue to contain Russian oil," Shell says. "At the same time, many products like diesel are typically blended - meaning a proportion of the liquids mixed into the pipes and tanks that feed the entire industry will have originated in Russia."

In ARA, the blended Russian oil may show up in customs data simply as fuel from the Netherlands, said Cuneyt Kazokoglu, head of oil demand analysis at FGE.

"I think a lot of European countries will quote imports from 'Netherlands' to hide the origin of Russian products," Kazokoglu said.

Where does the oil go from ARA?
Fuel can be loaded onto cargoes and re-exported to other regions and countries. It can go by barge to other terminals within the same port, or head down the Rhine river to Switzerland, France and Germany. This can hide the fuel’s origin, traders said.

From the ARA hub, oil products can be distributed through NATO’s Central European Pipeline System (CEPS), which links to six maritime ports and 11 refineries across the continent, three rail and 16 truck-loading stations, and six international airports.

"If it's not a Russian owner, then apart from the origin certificate - but even that can be changed - it's hard for the (storage) terminal to identify the origin of products," said Krien van Beek, a broker at ODIN-RVB Tank Storage Solutions in Rotterdam.

What are companies doing to deliver on their promises?
Buyers are increasingly requesting breakdowns on the origin of blended oil from storage sites, industry sources said, to make their own decision on whether they can accept it. But fully traceable origin documentation is not always readily available in a reasonable time frame before a deal takes place.

Some shipping charterers provide a certificate detailing where fuel was produced or processed. While a country's customs authority would have access to that data with imported cargoes, the documents are considered confidential.

Shell previously classified goods of Russian origin as those with 50% or more of their content from fuel produced in Russia. But the firm recently tightened its restrictions on buying Russian oil, saying it would no longer accept refined products with Russian content, including blended fuels, according to clauses in its trading contracts. The restriction, however, only applies to platforms where companies are allowed to insert their own clauses, and would exclude the gasoil contract on the major ICE exchange, one source familiar with the matter said.

Some other traders continue to evaluate whether a diesel blend, for example, containing up to 49% Russian diesel, would count as a non-Russian product, three trading sources told Reuters.



New Mpox Strain Is Changing Fast; African Scientists Are ‘Working Blind’ to Respond 

Dr. Robert Musole, medical director of the Kavumu hospital (R) consults an infant suffering from a severe form of mpox at the Kavumu hospital, 30 km north of Bukavu in eastern Democratic Republic of Congo, August 24, 2024. (AFP)
Dr. Robert Musole, medical director of the Kavumu hospital (R) consults an infant suffering from a severe form of mpox at the Kavumu hospital, 30 km north of Bukavu in eastern Democratic Republic of Congo, August 24, 2024. (AFP)
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New Mpox Strain Is Changing Fast; African Scientists Are ‘Working Blind’ to Respond 

Dr. Robert Musole, medical director of the Kavumu hospital (R) consults an infant suffering from a severe form of mpox at the Kavumu hospital, 30 km north of Bukavu in eastern Democratic Republic of Congo, August 24, 2024. (AFP)
Dr. Robert Musole, medical director of the Kavumu hospital (R) consults an infant suffering from a severe form of mpox at the Kavumu hospital, 30 km north of Bukavu in eastern Democratic Republic of Congo, August 24, 2024. (AFP)

Scientists studying the new mpox strain that has spread out of Democratic Republic of Congo say the virus is changing faster than expected, and often in areas where experts lack the funding and equipment to properly track it.

That means there are numerous unknowns about the virus itself, its severity and how it is transmitting, complicating the response, half a dozen scientists in Africa, Europe and the United States told Reuters.

Mpox, formerly known as monkeypox, has been a public health problem in parts of Africa since 1970, but received little global attention until it surged internationally in 2022, prompting the World Health Organization to declare a global health emergency. That declaration ended 10 months later.

A new strain of the virus, known as clade Ib, has the world's attention again after the WHO declared a new health emergency.

The strain is a mutated version of clade I, a form of mpox spread by contact with infected animals that has been endemic in Congo for decades. Mpox typically causes flu-like symptoms and pus-filled lesions and can kill.

Congo has had more than 18,000 suspected clade I and clade Ib mpox cases and 615 deaths this year, according to the WHO. There have also been 222 confirmed clade Ib cases in four African countries in the last month, plus a case each in Sweden and Thailand in people with a travel history in Africa.

"I worry that in Africa, we are working blindly," said Dr. Dimie Ogoina, an infectious diseases expert at Niger Delta University Hospital in Nigeria who chairs the WHO's mpox emergency committee. He first raised the alarm about potential sexual transmission of mpox in 2017, now an accepted route of spread for the virus.

"We don’t understand our outbreak very well, and if we don't understand our outbreak very well, we will have difficulty addressing the problem in terms of transmission dynamics, the severity of the disease, risk factors of the disease," Ogoina said. "And I worry about the fact that the virus seems to be mutating and producing new strains."

He said it took clade IIb in Nigeria five years or more to evolve enough for sustained spread among humans, sparking the 2022 global outbreak. Clade Ib has done the same thing in less than a year.

MUTATING 'MORE RAPIDLY'

Mpox is an orthopoxvirus, from the family that causes smallpox. Population-wide protection from a global smallpox vaccine campaign 50 years ago has waned, as the vaccinating stopped when the disease was eradicated.

Genetic sequencing of clade Ib infections, which the WHO estimates emerged mid-September 2023, show they carry a mutation known as APOBEC3, a signature of adaptation in humans.

The virus that causes mpox has typically been fairly stable and slow to mutate, but APOBEC-driven mutations can accelerate viral evolution, said Dr. Miguel Paredes, who is studying the evolution of mpox and other viruses at Fred Hutchison Cancer Center in Seattle.

"All the human-to-human cases of mpox have this APOBEC signature of mutations, which means that it's mutating a little bit more rapidly than we would expect," he said.

Paredes and other scientists said a response was complicated by several mpox outbreaks happening at once.

In the past, mpox was predominantly acquired through human contact with infected animals. That is still driving a rise in Congo in clade I cases – also known as clade Ia - likely due in part to deforestation and increased consumption of bushmeat, scientists said.

The mutated versions, clade Ib and IIb, can now essentially be considered a sexually transmitted disease, said Dr. Salim Abdool Karim, a South African epidemiologist and chair of the Africa CDC’s mpox advisory committee. Most of the mutated clade Ib cases are among adults, driven at first by an epidemic among female sex workers in South Kivu, Congo.

The virus also can spread through close contact with an infected person, which is likely how clusters of children have been infected with clade Ib, particularly in Burundi and in eastern Congo’s displacement camps, where crowded living conditions may be contributing.

Children, pregnant women and people with weakened immune systems or other illnesses may be at greater risk of serious mpox disease and death, say the WHO and mpox scientists.

Clade I has typically caused more severe disease, with fatality rates of 4%-11%, compared to around 1% for clade II. Ogoina said data from Congo suggests few have died of the new Ib version, but he feared some data is being mixed up.

More research is urgently needed, but three teams tracking mpox outbreaks in Africa say they cannot even access chemicals needed for diagnostic tests. Clade Ib can also be missed by some diagnostic tests.

Planning a response, including vaccination strategies, without this is difficult, the scientists said.

Karim said around half of cases in eastern Congo, where Ib is particularly prevalent, are only being diagnosed by doctors, with no laboratory confirmation.

Getting samples to labs is difficult because the healthcare system is already under pressure, he said. And around 750,000 people have been displaced amid fighting between the M23 rebel group and the government.

Many African laboratories cannot get the supplies they need, said Dr. Emmanuel Nakoune, an mpox expert at the Institut Pasteur in Bangui, Central African Republic, which also has clade Ia cases.

"This is not a luxury," he said, but necessary to track deadly outbreaks.