Saturday, December 18, 2021

Big Oil Gets a Second Chance for Giant Offshore Fields in Brazil

Photo: renatopmeireles/Shutterstock

Bloomberg
December 16, 2021

By Mariana Durao and Peter Millard (Bloomberg) —

Brazil is giving Big Oil a second chance to join two massive offshore oil prospects in a test of the industry’s appetite for expansion as the world transitions to cleaner energy. 

In an auction on Friday, Exxon Mobil Corp., Royal Dutch Shell Plc and eight other applicants will be looking at a 70% cheaper signing bonus than two years ago to bid for partnerships with Petroleo Brasileiro SA in the Sepia and Atapu fields in ultra-deep waters of the South Atlantic.

Sweeter terms and higher oil prices make the prospects an attractive opportunity to tap some of the largest oil discoveries this century, known as pre-salt deposits. But the timing is tricky: U.S. producers have been focused on boosting investor returns with dividends and stock buybacks, while European oil titans have ambitious goals to reduce their carbon emissions and invest heavily in cleaner energy in the coming decades. 

“Without placing a bet on higher future oil prices, it will be hard for bidders to justify going much beyond the minimum,” Luiz Hayum, senior research analyst at Wood Mackenzie Ltd., wrote in a report.

In November 2019, the two fields failed to attract bidders in what was possibly the world’s priciest oil auction, with signing bonuses alone totaling $9 billion at the exchange rate of the time. Now Brazil is asking for roughly $2 billion, a 70% discount in local currency terms. 

This time around it’s also clearer how much winning bidders will need to pay Petrobras for previous investments, at about $3.2 billion per area. Bidders win by offering the biggest percentage of the oil they produce to the government.

Petrobras, as the state-controlled producer is known, has already exercised its rights to secure operating control and a 30% minimum stake, no matter who wins. 

The lower signing bonuses send a clear signal that Brazil understands how much it needs to improve the terms of the auction in the current environment, said Schreiner Parker, the head of Latin America at Rystad Energy, said 

“With traditional exploration becoming ever harder to justify in boardrooms across the world, inorganic growth is one way to sustain a healthy reserves replacement,” he said.

The original contracts for the two fields put a limit on how many total barrels Petrobras can extract. The winners of this auction will get the right to produce volumes that exceed the original terms.

The prospects are part of an area estimated to hold as much as 15 billion barrels of recoverable crude, according to a study by Houston-based consultancy Gaffney, Cline & Associates in 2019. That also includes Petrobras’s Buzios and Itapu fields.

Petrobras already produces oil in the area, eliminating most exploration risks. The company’s partner in a block that borders on Sepia is Portugal’s Galp Energia SGPS. Galp, France’s TotalEnergies SE, and Shell are its partners in a block that borders on Atapu. 

Sepia and Atapu are the last two big fields with ongoing production and proven reserves that Brazil is scheduled to offer. 

“This is the last big auction we’ll see, the last bottle of Coke in the desert,” said Adriano Pires, director of infrastructure consultancy CBIE.

© 2021 Bloomberg L.P.

Total, Shell Emerge As Top Bidders in Brazil’s $2 Billion Offshore Auction

offshore drilling rig brazil

Photo: Shutterstock / marchello74

Reuters
December 17, 2021

Petrobras, Total and Shell secured the nearby Atapu field.

The auction was widely seen as a test of Brazil’s investment climate and of large oil producers’ willingness to keep spending big on traditional assets. Officials, who had been keen to attract major foreign players, deemed it a success, and analysts said the offers agreed to were relatively rich.

The results suggested that some production assets can still fetch strong interest, even as traditional E&P budgets at the world’s top oil firms are increasingly constrained amid a broad shift toward green energy.

While the signing bonuses were fixed at 7.138 billion reais for Sepia and 4.002 billion reais for Atapu, the percentage of oil produced that will be handed over to the state, known as ‘oil profit,’ varied depending on the bidder. Oil profit for the winning Atapu consortium came to 31.68%, while oil profit for the winning Sepia bid came to 37.43%.

Bids “were high, which reduces returns,” said Marcelo de Assis, head of Latin America upstream research at Wood McKenzie. “They were more aggressive than we expected.”

Brazil-listed preferred shares in Petrobras were off 2.1% in afternoon trade, underperforming the nation’s benchmark Bovespa equities index, which had fallen 0.7%. London-listed shares in Shell fell 1.8% on Friday.

Brazil attempted to sell both fields in 2019, but neither received offers, even from Petrobras. At the time, complex legal issues and rich signing bonuses kept oil majors away.

This time, bidding terms were considered more attractive, several industry sources told Reuters, largely due to big cuts in both signing bonuses and minimum profit oil.

The fields are considered attractive as Petrobras has already discovered commercially recoverable oil in both blocks, eliminating exploration risk.

Eleven companies signed up for the chance to bid on Friday: Petrobras, Exxon Mobil Corp, Shell, Galp Energia SGPS SA , Chevron Corp, Ecopetrol SA, Equinor ASA, Enauta Participacoes SA, Petronas, TotalEnergies and Qatar Energy.

Petrobras holds a 30% stake in the winning Sepia consortium, TotalEnergies holds 28%, and Petronas and Qatar Energy hold 21% each. At Atapu, Petrobras holds a 52.5% stake, Shell has a 25% stake and TotalEnergies a 22.5% stake.

A second production unit is expected to be approved in the near future to increase Sepia’s overall capacity from 180,000 barrels per day (bpd) to more than 350,000 bpd, Qatar Energy CEO Saad Sherida Al-Kaabi said in a statement.

Production at Sepia has plateaud at 160,000 barrels per day, although a second production unit yet to be approved will raise this to 350,000 bpd, TotalEnergies said in its own statement.

The two fields could boost Brazil’s oil production by 12% over the next decade and bring in almost $40 billion in investment, its Energy Ministry said on Monday. Petrobras is set to receive $6.2 billion for past investments in the two fields. ($1 = 5.68 reais) (Reporting by Gram Slattery and Marta Nogueira in Rio de Janeiro and Sabrina Valle in Houston; Editing by David Gregorio, Diane Craft and Alexander Smith)

(c) Copyright Thomson Reuters 2021.
Paging Zefram Cochrane: Humans have figured out how to make a warp bubble

by Brandon Vigliarolo in Innovation on December 17, 2021, 

Don't pack your bags and move to Bozeman yet. This micro-scale warp bubble won't be capable of propulsion, but it could have myriad other applications, says its discoverer Dr. Sonny White.



A properly constructed Alcubierre warp bubble. As space constricts in front of the vessel and expands behind, the ship is theoretically pushed forward at speeds faster than light.
Image: LSI, White, et al.

Space is vast. Really, really vast. So vast, in fact, that it would take Voyager 1, the furthest man-made object from earth, more than 73 millenia to reach the nearest star to our Sun, Proxima Centauri, at its current speed of over 38,000 mph, if it were headed that way to begin with. In short, if we're ever going to find a way to explore beyond our own solar system, we need to find a way to bend the laws of physics to make faster-than-light travel possible.

A team of scientists working with DARPA, including warp drive pioneer Dr. Harold G "Sonny" White, may have just taken us one step closer to that reality with their announcement that they've discovered a space-warping bubble, the fundamental thing needed for the faster-than-light travel of the Star Trek universe.

Before we jump ahead to romantic visions of space travel, Dr. White said, we need to think about what we could do with a microscale warp bubble, like the one his team discovered, before even dreaming of what it could be in the future. Dr. White is passionate for space travel, but says we need to start simple. "there may be lots of other things along the way before we ever get there that could have some really interesting implications," he said.
 
What is a warp bubble?

This is a pretty complicated notion that involves a ton of math, but at its most basic level, a warp bubble is a bit of space that's contracted in the front and expanded in the back. This shape in theory pushes the bubble, and its contents, forward at speeds surpassing the speed of light without ever violating the laws of physics: You're not technically traveling faster than light, you're surfing a bubble of condensed space.

Warp bubbles are also important because they eliminate a major problem of faster-than-light travel: Time dilation. Say you did manage to travel faster than light: Everything else outside of your craft would speed up, meaning that three-hour tour you took to a nice, tropical planet could have equated to years of time passing on earth. Put simply, if you plan to move faster than light while following the known laws of physics you had better say goodbye to everything you've ever loved before heading out.

Again, warp bubbles get around this problem because the space inside the bubble remains unaffected, so an hour of travel at warp speed would mean that only an hour passed for everyone else not currently in a pocket of sci-fi space.

Warp bubbles were long the domain of science fiction, until theoretical physicist Miguel Alcubierre came along and theorized his Alcubierre warp drive in 1994, which maintained general relativity while allowing for faster-than-light travel. The key upon which it rested, was an energy-density field that was configurable into a vacuum bubble that would make anything inside it have negative mass.

Unfortunately, the amount of energy required to operate an Alcubierre drive made it impossible, until 2012 when Dr. White proposed changes to the math and shape of the craft designed to create the field, which lowered the necessary energy from "impossible" to a power source the size of the Voyager 1 spacecraft. Since then, development of an actual warp bubble or Alcubierre drive has continued to be a distant dream.

Discovering a warp bubble


Fast forward to 2021, and Dr. White, whose 2012 paper was written while he worked at NASA as Advanced Propulsion Theme Lead, is doing research funded by DARPA on objects called Casimir cavities. These cavities are formed of two parallel plates with a pillar running between them. These things are small — mere microns in size — and they do something really interesting: Create a negative vacuum between the plates when exposed to a regular vacuum.

"You would anticipate zero pressure outside and zero pressure in the cavity, but what we find when we measure is negative pressure in between the plates," Dr. White said.

"What we're trying to do is explore the quantum vacuum at a fundamental level," Dr. White said. "We think there's a bit more to these vacuums than we currently know. Some of the unknown characteristics could be used to create some really useful technologies." Hence DARPA's interest.

These uses could include amazing things, like batteries based around what Dr. White calls "quantum vacuum solar cells" that would never run out of energy. Telecommunications products that use longitudinal waves undisturbed by buildings or natural barriers could be a potential use, as could photosensors that don't suffer from chromatic aberration because they sense all elements of the EM spectrum evenly.

Potential applications aside, testing those cavities led to an interesting discovery: A negative vacuum energy field that looked just like a two-dimensional slice of an Alcubierre warp bubble.

"Our custom Casimir cavities are basically two big planes with a long pole in the middle. The Alcubierre metric, by comparison, needs a total ring of negative vacuum energy density, which means it needs to look more like a lifesaver," Dr. White said.

Having already done all the math and collected all the data that was generated by the experiment with the 2D version of the bubble that the team observed, the next logical step was to take that data and change the shape of the object in the center, getting rid of the pole and putting in the eerily Vulcan starship-esque shape shown at the top of the article.

After running simulations with the warp ship shape, the math just added up, Dr. White said. "We did a purposeful analysis using [the warp ship shape], and wow — hey, that matched the Alcubierre metric requirements."

The warp bubble team has published a paper on their findings, which Dr. White says are in no way illustrative of a warp bubble analog: Their data shows that, given the right shape placed in the same physical cavities they're experimenting with now, an honest-to-God warp bubble would be created.

"We can identify to the physics community that there is a real world type of structure that we can make that the analysis predicts. It will manifest a negative vacuum energy density, such that it would manifest a real nanoscale war bubble, not an analog … this would be a real, no kidding nanoscale war bubble," Dr. White said.
The 299,792,458 m/s question: When's first contact?

In the world of Star Trek, the warp bubble works basically the same way: The Enterprise isn't actually travelling faster than light, it's just surfing a cosmic space wave generated by its matter/antimatter warp core.

Zefram Cochrane was responsible for building the first functional warp-capable ship in the Trek universe in 2063, at which point the Vulcans, who just happened to be passing by, decided it was time to make first contact and welcome humans into the galactic community. We might be right on course, then, with Dr. White's team laying the practical groundwork for theoretical concepts that takes us away from Earth and toward the stars.

So, when can humans expect to vacation on Risa, do business on Ferenginar, and study at the Vulcan Science Academy (conditional on meeting the strict entry requirements)? Let's not get ahead of ourselves, says Dr. White.

"A lot of people wanna get straight into application: when are we gonna go make something like this fly? I get the motivation for that, but science is a slow, arduous process." Dr. White says his motto has been "crawl, walk, run," when it comes to this sort of cutting-edge stuff. Dreaming is important, he says, but so is doing the basic research that goes into finding additional applications that are practical and valuable now, in the age where we're still terrestrially-bound.

"I don't have a crystal ball more than anyone else does. I don't know when this idea could be applied to space travel, or even if that could even become a reality," Dr. White said. That's understandable given we are currently talking about warp bubbles generated in cavities smaller than the width of a human hair.

"Science will continue to turn the crank and hammer the rock, chipping slowly away at some of the unknown to get to more of the known," said Dr. White. Consider this discovery just one chip in the right direction.

 

  1. https://memory-beta.fandom.com/wiki/Zefram_Cochrane
    Image
    Zefram Cochrane was born in St. Paul, Minnesota in the early 2030s. His father was Jesse Cochrane and his mother was Hilde Cochrane; both were teachers. (ST reference: Federation: The First 150 Years; ST novel: Federation) He was called "Zef" or "Zee" by his friends. (TNG novel: Imzadi; ST reference: The Worlds of the Federation; TNG novelization: First Contact) 1. There are differing accounts of Co…
    See more on memory-beta.fandom.com

NUKE ONTARIO

Construction underway on Western Clean-Energy Sorting and Recycling Centre in Kincardine

Ground breaking at new OPG sorting facility in Kincardine. (left to right): Jason Wooland of OPG; Kincardine Councillor Dorne Fitzsimmons; James Lauritsen, Managing Direcotr of Laurentis Energy Partners; Dancor Construction VP Steve Rambajan; Pat O’Connor (representing MP Ben Lobb); and Kincardine Deputy Mayor Randy Roppel. Photo credit: OPG photo/John White

Dignitaries celebrated a ground-breaking ceremony Thursday for the Western Clean-Energy Sorting and Recycling (WCSR) centre in Kincardine.

The new facility will be built at the Bruce Energy Centre industrial park in Kincardine, in 2022.

Ontario Power Generation (OPG) will operate this facility, sorting and segregating low-level materials from OPG’s nuclear operations, in order to support the three Rs – reduce, reuse, recycle.

The project is a collaboration among OPG, Laurentis Energy Partners and Dancor Construction. When completed, the facility will be 42,000 square feet and employ 25 people


The Carbon Capture Fantasy

The IPCC says we may need to pull carbon out of the atmosphere to keep the planet from overheating. That won’t be easy.

SLATE

Shell Looks To Biomethane LNG For Heavy Vehicles And Maritime Transport

Hazira LNG (liquefied natural gas), India. Photo Courtesy Shell

Hazira LNG (liquefied natural gas), India. Photo Courtesy Shell

Bloomberg
December 18, 2021
By Rachel Graham
 (Bloomberg) –Trucks in Germany could soon be running on fuel that’s made partly from manure at one of Europe’s biggest oil refineries.
Royal Dutch Shell Plc is aiming to produce liquefied natural gas with a bio-component for use in heavy vehicles within about two years. Trucks using the fuel can travel for 1,500 kilometers without refilling, according to Shell, which will make the new product at Rheinland, the biggest oil-processing complex in Germany.

Shell’s move is among initiatives aimed at cutting carbon emissions at the Rheinland site, which includes the Godorf plant where the “carbon-neutral” LNG will be made. Its sister facility, Wesseling, was the first European refinery to start production of green hydrogen last year, albeit on a small scale. Shell plans to stop processing crude at Wesseling by 2025.

“LNG has one of the most energy-intensive processes across the oil and gas sector,” said Seyhan Turan, director of Altass Consulting, whose clients include the European Commission and the Department of Business, Energy and Industrial Strategy. “Biomethane LNG is perfect for heavy-duty vehicles and maritime transport.”

Related Article: CMA CGM and ENGIE Forge Long-Term Partnership On Decarbonized Marine Fuel

Biomethane can be made from food waste or other organic matter. Shell said it will use manure that would otherwise release methane if left to rot in the farmyard. 

Shell’s idea is to mix it with fuel made from natural gas, resulting in a carbon-neutral product. The company is now looking at either buying or building biomethane plants, it said. Chevron Corp. announced plans to build similar plants with a partner earlier this year. 

The process of making biomethane will also usually yield carbon which could be sold to industrial clients, according to Turan. Shell didn’t reply to an email asking whether that’s the case.

© 2021 Bloomberg L.P.




 

Cities Around The World Are Trying To Cut Out Natural Gas

  • The New York City Council moved to ban natural gas hookups for new buildings  this week as part of its plans to decarbonize 
  • A large portion of a cities emissions comes from its buildings, so these moves by cities to reduce the natural gas consumption associated with buildings could have a major effect
  • While plenty of cities and industries are planning to move away from natural gas, the transition will take time and natural gas still has a key role to play in powering the world

New York is the latest of several American and European cities to announce new gas-use curbing policies, through a ban on natural gas connections to new housing. There has been speculation that governments may start to restrict the residential and commercial use of gas as they aim to achieve net-zero carbon emissions sooner than originally intended. However, few countries have set a clear date for when to cut gas use, as many see it as a means to bridge the gap between dirtier fossil fuels and the sufficient availability of renewable alternatives.  There have been several moves by state governments over the past year to curb the use of gas within the next decade. This week, the New York City Council moved to ban natural gas hookups for new buildings. The Act is expected to come into effect by late 2023 in several buildings under seven stories, and by 2027 for taller buildings. Although certain businesses, such as restaurants and hospitals, are exempt. 

While existing buildings do not currently fall under the ban, new construction proposals after 2027 will have to use electricity rather than gas for heating and cooking. As the sixth-largest consumer of gas in the U.S., this will support the city’s plan to decarbonize. This forms a key part of its clean energy standard, as New York hopes to run on 70 percent renewable electricity by 2030 and use 100% carbon-free electricity by 2040.

Mayor Bill de Blasio stated of the ban, "If the largest city in America can take this critical step to ban gas use, any city can do the same". Further, "This is how to fight back against climate change on the local level and guarantee a green city for generations to come."

Similar bans have already been announced in other parts of the U.S. such as the ban on appliances, like gas furnaces and gas water heaters, in new builds in Seattle. The ban, introduced in February, applies to commercial spaces and buildings over four stories tall. New constructions will also be required to have energy-efficient windows, insulation, lighting, and ventilation systems. However, residential housing under four stories does not fall under this type of legislation. 

Similarly, in November last year, San Francisco announced a ban from June 2021 on natural gas heating, gas appliances, and gas fireplaces in new constructions. This ban affected the planned development of 54,000 homes as well as all future construction plans. The city Board of Supervisors stated decarbonization as the main driver for the ban and the prevention of fires or gas leaks during earthquakes as a secondary incentive. 

San Francisco District 8 Supervisor Rafael Mandelman stated, “All-electric construction in new buildings is a critical step toward a safer, healthier San Francisco and planet for future generations.”

Buildings in New York, Seattle, and San Francisco, alongside air travel, account for the majority of the cities’ greenhouse gas emissions, meaning moves to reduce CO2 waste from housing and commercial spaces will greatly support the battle against climate change. 

Meanwhile, in California, both gas appliances and certain outdoor equipment, such as lawnmowers that run on gasoline, could soon be banned. In August, energy regulators in the state approved new energy efficiency standards to expand the use of electric appliances for heating and water in new homes and businesses. California has been revising its gas use since around 2019, with over two dozen cities having passed measures to reduce natural gas use in that time. 

Related: Europe’s Gas Prices Plunge As Russia Signals More Supply Is Coming

But it’s not just fossil-fuel use in buildings that California is targeting. The state is also considering plans to ban the sale of gasoline-powered outdoor power equipment after January 2024 and gas-powered home generators by 2028. These new policies would target personal use, whereas several green initiatives to date have affected industry, meaning individuals will be made to change their habits. Both natural gas and petrol product use will be curbed for residents of California should these plans go ahead. 

And it’s not just in the U.S. these moves to curb personal fossil fuel use are going ahead. Rumours in the U.K. have been circulating over the last few years around gas boiler bans. Leading energy firm EDF expects the government to ban gas boilers starting as early as 2025, as part of its plan to achieve net-zero by 2050. 

To date, no such ban has been introduced, despite hints at new policy during the COP26 summit. Instead, the government is incentivising homes to make the switch with a $6600 grant to install low-carbon head pumps, aimed at 90,000 houses. But critics say this is just a drop in the ocean. With a population of around 70 million, environmentalists are calling on the government to implement a clear plan to phase out gas use in the U.K.

As gas bans spread across the U.S., alongside curbs in other personal petrol product use, and conversations heat up in the U.K., it appears only a matter of time until cities around the world push for a switch away from natural gas to renewable alternatives, in both commercial spaces and homes.

By Felicity Bradstock for Oilprice.com

The world is burning the most coal ever to keep the lights on

coal
Credit: Unsplash/CC0 Public Domain

The world likely will generate more electricity from the dirtiest source this year than ever before, indicating just how far the energy transition still needs to run in the fight against climate change.

Coal-fueled generation is set to jump 9% from last year, according to an International Energy Agency report released Friday. That U-turn from the declines of the previous two years threatens the world's trajectory to reach net-zero emissions by 2050, the organization said.

The U.S. and European Union had the biggest increases in  use at about 20% each, followed by India at 12% and China—the world's largest consumer—at 9%, the IEA estimated. The comeback is being driven by  from the Covid-19 pandemic, which is outpacing the ability of low-carbon energy sources to maintain supply.

"Coal is the single largest source of global carbon emissions, and this year's historically high level of coal power generation is a worrying sign of how far off track the world is in its efforts to put emissions into decline toward net zero," IEA Executive Director Fatih Birol said.

Record  have increased reliance on other sources, including coal, and amplified calls for faster investments in renewables. Power prices in Europe have more than tripled in the past six months, and it's become more profitable to burn coal than gas. Still, utilities have struggled to get their hands on it even as China and the U.S. boost production.

Carbon-dioxide emissions from coal in 2024 are now predicted to be at least 3 billion tons higher than in a scenario reaching net-zero by 2050, the report said. The IEA expects peak coal to occur next year at 8.11 billion tons, with the biggest production increases coming from China, Russia and Pakistan.

The Paris-based IEA said in May that development of new oil, gas and coal sources must stop this year if the world is to meet emissions targets in line with the Paris Agreement. Climate campaigners were dismayed in November when a key aspiration of the United Nations' COP26 climate summit in Scotland was watered down to produce a pledge to "phase down"—rather than "phase out"—coal use. U.S. President Joe Biden's administration since has halted federal aid to new fossil-fuel projects abroad.

Some banks have pledged to phase out their financing of coal, though activists want to see greater urgency. This year, coal demand as a whole—for  as well as cement and steel production—is set to rise by 6%, the IEA said.

That demand could set a record next year, depending on economic growth and weather patterns, the agency said. One Australian exporter predicts strong demand for at least two more decades.

Regional disparities in use are playing out globally as Europe shuts down coal power stations while China and India step up production. The European Union ramped up its climate pledge in July, targeting a 55% drop in greenhouse gas emissions by 2030, relative to a 1990 baseline, with a transition to cleaner sources at the center. It's a tough target, especially considering that countries such as Poland and the Czech Republic primarily power themselves with coal and lignite.

For now, China accounts for about half of global coal production and needs to meet rising domestic demand. The government has pressured miners to reduce prices and lower the cost of burning coal during this year's energy crisis, which triggered blackouts and rationing in the country.

"It is disappointing that coal power may hit an all-time high in the very same year that countries agreed to phase it down," said Dave Jones, global program lead at climate think-tank Ember. "Coal power will inevitably begin to decline soon: China has committed to phasing down coal from 2025, while India's huge renewables target should remove the need for more coal."

CO2 emissions set to surge, IEA warns

©2021 Bloomberg L.P.
Distributed by Tribune Content Agency, LLC.

Global coal use to hit record high despite climate fight

Cecilia Jamasmie | December 17, 2021 

Despite global efforts to slash carbon emissions, global coal-fired power generation is expected to rise 9% and hit a record by the end of 2021, the IEA says. (Stock image.)

Global coal-fired power generation is expected to rise 9% and hit an all-time high by the end of 2021, despite efforts to slash carbon emissions, the International Energy Agency said Friday.


Overall coal demand — including its use in steelmaking, cement and other industrial activities — is expected to grow by 6% in 2021 to 8.11 billion tonnes, the Paris-based group said in its annual report. That puts demand on track to reach a new record high in early 2022 and to remain at that level for the following two years, it said.

Increases in coal demand in Asia will be offset by falling demand in the US and the European Union by 2024, the watchdog noted.

The agency said that renewed demand for the fossil fuel was caused mainly by a faster-than-expected economic recovery, temperature and weather fluctuations that dampened electricity supply and rises gas prices.

“Coal is the single largest source of global carbon emissions, and this year’s historically high level of coal power generation is a worrying sign of how far off track the world is in its efforts to put emissions into decline towards net zero,” IEA executive director Fatih Birol said in a statement.

“Without strong and immediate actions by governments to tackle coal emissions — in a way that is fair, affordable and secure for those affected — we will have little chance, if any at all, of limiting global warming to 1.5 degrees Celsius,” Birol said.
COP26 didn’t help

In November, more than 190 countries reached a deal at the United Nations COP26 climate summit in Glasgow, Scotland, that aims to speed up greenhouse-gas emissions cuts and to “phase down” coal use for the future.

last-minute intervention from India and China weakened efforts to end coal power and fossil fuel subsidies.

“China’s influence on coal markets is difficult to overstate. China’s power generation, including district heating, accounts for one-third of global coal consumption,” the report reads.
Source: IEA Coal 2021 Report. (Click to enlarge)

Researchers at Wood Mackenzie recently warned that the expected coal phase-out may take longer than countries are willing to admit.

China currently accounts for about half of the world’s coal production and it may grow, as it needs to meet rising domestic demand. The government has pressured miners to reduce prices and lower the cost of burning coal during this year’s energy crisis, which triggered blackouts and rationing in the country.

India vowed in November to triple its solar-power capacity and meet half of its energy requirements with renewable energy by 2030. Still, the IEA forecasts that India’s coal consumption will grow at around 4% each year through 2024.

“It is disappointing that coal power may hit an all-time high in the very same year that countries agreed to phase it down,” Dave Jones, global program lead at climate think-tank Ember, said in an emailed statement.

“Coal power will inevitably begin to decline soon: China has committed to phasing down coal from 2025, while India’s huge renewables target should remove the need for more coal.”