Friday, August 30, 2024

 

Visualizing the Renewable Energy Landscape Across G20 Countries

  • Brazil leads the G20 in renewable electricity generation with 89% of its power coming from renewable sources, primarily hydro, solar, and wind.

  • Canada and Germany follow Brazil with 66% and 58% of their electricity generated from renewables, respectively.

  • Most G20 nations have passed their peak power sector emissions, with Brazil's emissions 38% below 2014 levels.

This graphic, via Visual Capitalist's Bruno Venditti, shows how much electricity is generated from renewable sources among G20 countries.

The data is based on Ember’s yearly and monthly electricity reports as of 2023. Data for Saudi Arabia is not available.

Brazil Leading in Renewable Energy

The global average for renewable electricity is 30%, but nearly half of the G20 countries fall below this average.

Brazil leads the G20 in renewable electricity, with 89% of its power generated from renewables in 2023. The country’s high share of renewables is due to its robust hydroelectric base and rapid expansion of solar and wind energy.

Canada, in second place, generates 66% of its electricity from renewables, primarily hydropower.

Germany, in third place, has the highest proportion of wind and solar in its energy mix.

G20 Economies Past the Peak of Fossil Power

The majority of G20 economies are at least five years past their peak power sector emissions.

At the top of our list, Brazil’s power sector emissions peaked in 2014 at 114 million tonnes of CO2 (MtCO2). By 2023, nine years after the peak, its power sector emissions were 38% below 2014 levels, at 70 MtCO2.

To learn more about this topic, check out this graphic showing emission reduction targets by country in 2024.

By Zerohedge.com

 

Oil Dominates the $5 Trillion Global Commodity Market

  • Oil and its products represent 30% of global commodity exports, valued at $1.5 trillion annually.

  • The energy sector, including natural gas, electricity, and coal, contributes 40% to the value of global commodity exports.

  • Agricultural exports, valued at $1.9 trillion, rank second only to energy, with crops and forestry leading the category.

This chart, via Visual Capitalist's Pallavi Rao, categorizes over $5 trillion in global commodity exports by sector and the value of material exported.

Data was averaged between 2019–2021 to represent an annual estimate. Source figures can be found at The State of Commodity Dependence 2023 published by UN Trade & Development.

Commodity Exports with the Highest Value

Oil and its products account for 30% of global commodity exports on average, valued at $1.5 trillion annually.57U.S Grid Faces Tough Test as Heat Wave Hits Midwest

Figures rounded.

When including natural gas, electricity, and coal exports, the energy sector contributes 40% to the value of global commodity export per year ($2 trillion). Agricultural exports ($1.9 trillion) rank second and are higher in value than mineral exports ($1.4 trillion).

Within agriculture, crops and forestry has the lion’s share of value at $1.2 trillion. This category includes everything from wheat to wood exports.

Meanwhile, the minerals sector is more equally divided between base metal exports (like copper, iron, and aluminum) and precious metals and stones (gold, silver, diamonds).

Not pictured in this graphic is how international the commodity trade tends to concentrate in just a few countries on the exports side. For example, one-fourth of all copper produced in 2023 came from Chile.

The flip side of this means some of these major resource exporters have a significant amount of commodity dependence. And relatedly, many of them are low or middle income countries. When international prices for the commodity exported decline, the likelihood of financial crises and reduced public spending increases, further entrenching economic challenges in these regions.

Oil’s export value closely mirrors its consumption as a primary energy source. Check out “What Powered the World in 2023?” to see the world’s energy mix.

By Zerohedge.com

 GREENWASHING 

Big Oil’s Carbon Credit Strategy Faces Scrutiny

 

 


Just a year ago, carbon credits were all the rage. Companies struck deal after deal in a market that analysts said would grow at breakneck speed. Then, it all started unwinding. Because Big Oil was using carbon credits, too. Apparently, it wasn’t supposed to go this way.

Back in 2022, Shell said it would invest some $100 million in developing what are commonly called carbon sinks or ecosystems that absorb more carbon dioxide than they emit—if they emit any at all. The supermajor then planned to turn those sinks into a business, issuing carbon credits to sell to other companies in need of decarbonization.

In September last year, however, Shell dropped those plans. The change of heart followed an investigation carried out by The Guardian and Die Zeit that revealed as much as 90% of the carbon credits verified as legitimate by the largest carbon credit certification company at the time were essentially worthless.

The revelation made some noise and cast doubt over the usefulness of carbon credits in the energy transition. Some critics have even called the indulgences modeled on the Medieval practice that the Catholic church had of selling forgiveness for sins. And the biggest sinner of them all is, of course, the oil and gas industry.

The oil and gas industry has no other way to decarbonize except by offsetting the emissions related to its operations through carbon credits. It is no accident that Occidental, the first oil and gas company to make an emissions commitment in the U.S. oil patch, is investing heavily in direct air capture, which it would tie to the issuance of a version of carbon credits to sell to big emitters.

It is no accident that every energy company with decarbonization plans has carbon credits included in these plans—because the only other way for oil and gas companies to cut their emissions is by essentially committing suicide. And they are far from the only ones.

Related: Russia Launches 200 Missiles at Ukrainian Energy Installations

Last month, the United Nations targeted carbon credits, also called carbon offsets, as an overused tool for emission reduction when companies should actually be cutting their real emissions, the FT reported at the time. Indeed, the UN drafted a document recommending that companies do not use credit offsets at all outside government-regulated programs such as the EU’s Emissions Trading Scheme.

“I would hope and I would expect that serious organisations that are committed to protecting ecosystems . . . don’t shut down an avenue for channelling that carbon finance,” the head of BP’s carbon trading business unit said in comments on the UN document at the time.

Now, Bloomberg is reporting that Big Oil has become the ultimate winner from that carbon credit market that the UN so dislikes. Calling the energy industry “the main perpetrators of the global climate disaster,” the report states that Big Oil is using carbon credits in order to reduce its Scope 3 emissions instead of physically reducing these emissions.

Yet there is a twist: Big Oil is far from the only industry doing this. Big Tech, a massive emitter that is only getting even more massive by the data center, is doing exactly the same thing—because there is no way Big Tech can source 100% of the electricity it needs from wind, solar, and batteries, not without carbon credits. Neither can any other industry that needs a reliable supply of energy around the clock.

Climate activists, however, have a problem exclusively with Big Oil, even though some involved in the transition have argued that Big Oil using carbon credits to offset their emissions is, in fact, part of the transition and, as such, a positive. Activists have argued—correctly—that carbon credits would help the oil and gas industry to survive for longer, implying their ultimate goal is the demise of that industry as the final solution to the climate change problem, regardless of the cost.

Businesses, meanwhile, have continued using carbon credits, with institutions emerging to make sure they are not worthless, as the Guardian/Zeit investigation revealed. The most influential of these, the Science Based Targets initiative, became the site of a scandal focused on those troublesome Scope 3 emissions earlier this year when it did an about-turn on its original policy, announcing it would, from now on, let companies count credits towards Scope 3 emission reductions.

The announcement caused an uproar among the SBTi’s employees, so the organization had to do another about-turn and go back to its original stance on Scope 3 emissions and credits. The reason for the uproar was the same reason that Bloomberg laments Big Oil’s position as what it called a big winner of the carbon credit system as a whole: not enough actual emission reductions.

Critics of the system are certainly right to point that out. From another perspective, however, the transition is about net zero rather than absolute zero. If carbon credits work as advertised, they should be contributing to an overall reduction in emissions. Also, it should not matter which industry uses these if the ultimate goal is to lower emissions of carbon dioxide.

By Irina Slav for Oilprice.com

 

Renewables Accounted for 14.6% of Global Energy Consumption in 2023

  • Renewable energy's share of global energy consumption reached 14.6% in 2023, driven by record growth in solar and wind power.

  • China led the world in renewable energy production and capacity additions, particularly in wind and solar.

Despite the rapid growth of renewables, overall energy demand continues to outpace supply, leading to increased fossil fuel consumption.

In June, the Energy Institute released the 2024 Statistical Review of World Energy. The Review provides a comprehensive picture of supply and demand for major energy sources on a country-level basis. Each year, I write a series of articles covering the Review’s findings.

In previous articles, I discussed:

Today I will discuss renewable energy, with a focus on the growth of wind and solar power.

Overview

In 2023, renewable energy sources surged to new heights. Renewables’ share of total primary energy consumption reached 14.6%, 0.4% above the previous year.

Solar and wind power drove global renewable electricity generation to a record-breaking 4,748 TWh, marking a 13% increase from the previous year. This growth accounted for 74% of all net additional electricity generated worldwide.

Solar power led the charge, with 346 GW of new capacity, smashing the 2022 record by 67%. China contributed a quarter of this growth. Europe, too, made significant strides, adding over 56 GW of solar capacity, making up 16% of the global total capacity increase.

Renewable Consumption

Global Renewable Consumption (excluding hydropower). Robert Rapier

Wind power also soared to new heights, with over 115 GW of new capacity installed—another record. China again was at the forefront, responsible for nearly 66% of these additions. China’s total installed wind capacity now rivals that of North America and Europe combined. Offshore wind, a growing frontier in renewable energy, saw Europe holding the highest share at 12%, but China wasn’t far behind, boasting 37 GW compared to Europe’s 32 GW.

Meanwhile, the share of biofuels increased in the global energy mix. Production grew by over 17% from 2022, with the United States and Brazil leading the way. In 2024, bio-gasoline (predominantly ethanol) and biodiesel production reached a near-even split, with the U.S., Brazil, and Europe consuming the lion’s share of these renewable fuels.

The Top Producers

China dominates the world’s renewable energy production. Notably, both China and India — which have seen dramatic fossil fuel consumption growth in recent years — have increased renewable consumption at double-digit rates over the past decade.

Top 10 Renewables

Top 10 Renewable Energy Producers in 2023. Robert Rapier

There are a couple of caveats to note about this table. First, it excludes hydropower. The reason is even though hydropower generation contributes around as much as wind and solar, hydropower growth has been relatively stable for years. This table basically shows the growth trajectory of modern renewables like wind and solar power.

Second, the numbers are reported as “Input-equivalent energy”, which is the amount of fuel that would be required by thermal power. This accounts for the lower efficiencies of converting coal, for example, into electricity. In other words, for a given amount of solar power, the table is calculating how much coal or natural gas would be required to produce that much power.

Conclusions

Renewable energy, particularly wind and solar, continue to grow at rapid rates. With record-breaking growth in capacity and generation, these modern renewables continue to supplement traditional energy sources.

China continues to dominate the renewable sector, driving much of the global expansion, while the U.S., Europe, and Brazil also make significant contributions, particularly in biofuels.

As the world strives to reduce carbon emissions and transition to cleaner energy, renewables will play a critical role in shaping a sustainable and resilient energy future. However, to date overall energy demand continues to outpace the growth in renewables, which has meant that fossil fuel consumption has also continued to grow.

By Robert Rapier

 

How Libya’s Supply Outage Impacts Oil Markets

Several oilfields across Libya have halted production as closures spread, engineers reported on Tuesday, amid a dispute over control of the central bank and oil revenues. Mohammed al-Menfi, head of the Presidency Council in Tripoli, had issued a decision to replace Central Bank head Sadiq al-Kabir and the bank's board, a move rejected by the eastern parliament.

On Monday, authorities in the east, where most of the oilfields are located, threatened to shut them all down, escalating their standoff with the internationally recognized government in Tripoli, which relies heavily on oil revenues. Prime Minister Abdul Hamid Dbeibah of the Government of National Unity, based in Tripoli, condemned the shutdowns, stating that oilfields should not be closed "under flimsy pretexts."

A complete production shutdown

By Tuesday, Libya’s oilfields were in the process of shutting down. Engineers confirmed that oil production at the El Feel oilfield in southwestern Libya had stopped, and production at several other fields in the east and southeast had either halted or been reduced. Local operators indicated to Bloomberg that production would gradually cease nationwide.

Libya’s oil production, which averaged 1.2 million bpd before the closures, has fluctuated in recent months, with major disruptions occurring in August and January due to political unrest. The current shutdown stems from renewed tensions between Libya’s east and west, particularly over the leadership of the Central Bank of Libya, which oversees the country's oil wealth.

Impact on oil markets and shipping

Experts are assessing the impact on global oil markets. Kpler noted the shutdown impacts key ports including Marsa Al Hariga, Zueitina, Marsa Al Brega, Ras Lanuf, and Es Sider. Europe is the leading destination for Libyan barrels, and "increasingly so in recent years" - accounting for 85% of exports this year according to Kpler's Matt Smith. With Libyan crude primarily light sweet, "European refiners will likely turn to the U.S. and West Africa to replace it."

Related: Asia's Top Refiner is Struggling With Weak Fuel Demand in China

For the shipping industry, the shutdown presents mixed outcomes. In an article from Tradewinds, Fearnley Securities commented, "Although lower volumes generally have a negative impact, reduced Libyan exports have already affected aframaxes. However, the shift to Atlantic barrels could boost tonne-miles, as OPEC+ is unlikely to increase exports in response to this situation." According to leading shipbroking company Pareto, Libya exported some 1.04 million bpd on average over the last 12 months, most of which went to Spain, Italy and France. Pareto notes that replacement barrels may have to be found “further afield’’.

Libya’s long history of supply outages.

At the moment, it’s difficult to say how long the outage will last. The longest shutdown of Libyan oil production occurred from January 2020 to September 2020, and lasted around nine months. This shutdown was triggered by forces loyal to Khalifa Haftar, the leader of the Libyan National Army (LNA) based in Benghazi, who blockaded key oil facilities as part of a broader political and military conflict against the UN-recognized Government of National Accord (GNA) in Tripoli.

During this period, Libya's oil production plummeted from around 1.2 million barrels per day (bpd) to less than 100,000 bpd, severely impacting the country's economy. In 2020, the continued loss of income pushed both sides to the negotiation table. Shorter outages in production have lasted anywhere between a few weeks and a couple of months, the last of which occurred in 2022 when local militias blockaded oilfields, including the largest Sharara oilfield, which led to a one-million barrel per day loss in production.

By Tom Kool for Oilprice.com

Chile Moves To Suspend Solar Subsidies

  • Chile has seen its solar generation capacity boom in the past few years, set to reach 13.77 GW this year, up by close to 50% over 2023.

  • Chile is looking to suspend guaranteed minimum price payments to solar developers.

  • In many places around the world, solar developers continue to depend on the government to provide incentives.

Chile is perhaps better known for its copper, but the country has also recently emerged as a frontrunner in the energy transition with a veritable boom in solar installations. Now, the government is threatening these. It plans to temporarily remove one subsidy mechanism, and solar developers are not happy.

Like in other markets such as Europe and parts of the U.S., solar generators in Chile depend on government guarantees for certain prices, at which utilities must buy their electricity. However, it seems that these guarantees—effectively subsidies—along with other factors have driven the price of electricity for Chileans too high for the current government’s comfort. So, it wants to suspend the guaranteed minimum price payments for three years to continue subsidizing electricity.

The industry, understandably, was less than thrilled. Chile has seen its solar generation capacity boom in the past few years, set to reach 13.77 GW this year, up by close to 50% over 2023. So, once the subsidy suspension plan was first announced earlier this month, three solar developers’ associations “expressed concern” about the government’s intentions, saying that the plan “significantly alters the remuneration scheme of the PMGD by taking away, through an arbitrary mechanism, revenues from projects with investments already made.”

Foreign investors drawn to Chile by its generous payment scheme for solar developers were also critical of the move. “You invest in Chile thinking that this is Latin America’s Switzerland,” David Crouch, managing partner of Aediles Capital, told Bloomberg. “This action sets a dangerous precedent.” Aediles Capital is one of the companies to be affected by the move and an entity set up to manage BlackRock energy assets in Chile.

“The proposed changes would have us immediately default on our covenants to our debt holders,” another solar developer executive said, as quoted by Bloomberg, in comments on the Chilean government’s move.

What these comments suggest is that the solar industry remains highly dependent on government subsidies for its profitability and even for its status as a going concern: Bloomberg noted in a report on the legislative changes that some wind and solar developers have gone into insolvency because of their exposure to the free market and no government subsidy net.

Supporters of the move say that it has oversaturated the market with solar developers and has pushed electricity prices higher—something that has happened in the European Union and the UK, too, as governments slap additional taxes on electricity in order to fund the expansion of wind and solar.

“We have identified a gap between the efficient cost of development and the income that a group of generators is receiving,” Energy Minister Diego Pardow told Bloomberg in response to questions about the planned change. “There is a space to contribute to the expansion of the subsidy.”

The subsidy Pardow refers to is a subsidy on electricity for households in a move that almost any government would take when its voters are faced with rising bills: keep those down. In this case, the move has pitted the government against investors who previously flocked to Chile because of the guaranteed income.

“Artificial intervention in the prices of electricity supply contracts awarded in public tenders has generated uncertainty and distrust among those who finance the development of energy projects in Chile, as it significantly affects the great distinguishing feature that sets Chile apart, legal and regulatory stability,” a coalition of three solar associations said earlier this month.

It is somewhat ironic, however. The developers are complaining because the government wants to take away their subsidies—suggesting subsidies are a negative, but only when given to someone else, in this case, low-income households. When the subsidies guarantee their own income, they are a great positive.

By Irina Slav for Oilprice.com

 

This New Methane Conversion Innovation Could Be Huge for Shale

The U.S. Department of Energy’s (DOE) Brookhaven National Laboratory and scientists at several collaborating institutions have engineered a highly selective catalyst that can convert methane into methanol in a single, one-step reaction at a temperature lower than required to make tea. This discovery marks a big step forward over more complex traditional conversions that typically require three separate reactions, running at vastly higher temperatures. On an industrial scale, the simplicity of the system could mark a breakthrough in tapping “stranded” natural gas reserves in isolated rural areas, far from chemical refineries and other costly infrastructure, says Brookhaven chemist and study co-author Sanjaya Senanayake. Such local deployments would remove the need to transport high-pressure, flammable liquified natural gas. According to the scientists, such local deployments would remove the need to transport high-pressure, flammable liquified natural gas. Methane is a major component of natural gas and a potent greenhouse gas while methanol is used as an alternative biofuel for internal combustion and other engines.  "We could scale up this technology and deploy it locally to produce methanol that can be used for fuel, electricity, and chemical production," Senanayake said.

Brookhaven Science Associates, which manages Brookhaven Lab on behalf of DOE, and the University of Udine have filed a patent cooperation treaty application on the use of the catalyst for one-step methane conversion and are exploring ways to work with entrepreneurial partners to bring the technology to market. This discovery builds on results from previous studies with the new recipe for the catalyst containing an additional ingredient: a thin layer of "interfacial" carbon between the metal and oxide.

"Carbon is often overlooked as a catalyst. But in this study, we did a host of experiments and theoretical work that revealed that a fine layer of carbon between palladium and cerium oxide really drove the chemistry. It was pretty much the secret sauce. It helps the active metal, palladium, convert methane to methanol," said chemical engineer Juan Jimenez, a Goldhaber postdoctoral fellow in Brookhaven Lab's Chemistry Division and the lead author of the paper published in the Journal of the American Chemical Society.

Also known as wood alcohol, methanol (CH3OH) is considered an alternative fuel under the Energy Policy Act of 1992 with chemical and physical fuel properties similar to ethanol. Methanol was used in the 1990s as an alternative fuel for compatible vehicles; however, current research mainly focuses on its potential use as a sustainable marine fuel.

Lowering Methane Emissions

It’s too early to determine the scalability and economic viability of the one-step catalytic conversion technology. However, if successful, it could prove useful in helping the U.S. shale patch clean up its act by cutting methane emissions. 

The U.S. Oil & Gas sector is producing 8x above the volume of methane many operators have pledged to achieve by 2030 to reach their climate goals, a fresh study by non-profit Environmental Defense Fund recently revealed. The environmental advocacy group conducted ~30 flights between June and October 2023, covering oil and gas basins that account for nearly three-quarters of onshore production. The data collected showed that, on average, around 1.6% of gross gas production is released as methane into the atmosphere, about eight times higher than pledged by producers under the Oil and Gas Climate Initiative and the Oil & Gas Decarbonization Charter

Over the past couple of decades, methane concentrations in the atmosphere have increased sharply, from 1,700 parts per billion (ppb) in 1990 to 1,930 ppb currently. Although methane is much less plentiful in the atmosphere compared to CO2, it’s still able to do plenty of damage at even lower concentrations thanks to being more than 80x more powerful at warming the earth than CO2 over 20 years and 28x more powerful on a 100-year timescale. The fossil fuel sector has been a major contributor to the rapid buildup of methane in the atmosphere, with emissions from venting, leakage, and flaring in the oil and gas sector currently estimated to be responsible for ~25% of global anthropogenic methane emissions. A single gas leak can be quite devastating: Last year, environmental intelligence firm Kayrros SAS deployed National Oceanic and Atmospheric Administration's Geostationary Operational Environmental Satellites (GOES) to quantify a gas pipeline by the Williams Companies Inc. (NYSE:WMB) spewed about 840 metric tons of methane into the atmosphere after a farmer in Idaho accidentally ruptured it while using an excavator. Currently used for weather forecasts, scientists recently discovered that GOES is effective at detecting large methane emissions of around tens of metric tons an hour or larger. 

Last year, the U.S. pipeline regulator unveiled new rules aimed at lowering methane leaks from the vast network of 2.7 million miles of natural gas pipelines in the country. The proposal could "significantly improve the detection and repair of leaks from gas pipelines... deploy pipeline workers across the country to keep more product in the pipe, and prevent dangerous accidents,"  the Transportation Department's Pipeline and Hazardous Materials Safety Administration said.

By Alex Kimani for Oilprice.com