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‘Virtually No Risk of Drilling Restrictions,’ West Virginia Official Tells Fracking-Reliant Petrochemical Industry
‘Virtually No Risk of Drilling Restrictions,’ West Virginia Official Tells Fracking-Reliant Petrochemical Industry
This week, at an industry conference focused on wooing petrochemical producers to West Virginia, officials from the state and federal government made clear their support for continuing fracked shale gas extraction and petrochemical industry development near the natural gas-rich Marcellus Shale.
Why should petrochemical companies build in West Virginia, Pennsylvania, and Ohio? For one thing, don’t expect regulation of shale gas drilling, Michael Graney, executive director of the West Virginia Development Office, predicted in his presentation.
“Contrasted to other U.S. regions, Tri-State region is industry-supportive and industry-friendly,” read a slide that Graney, who was appointed by West Virginia Governor Jim Justice in September 2018, presented to the conference. “Virtually no risk of drilling restrictions.”
Graney also elicited “hallelujahs” from the crowd after describing West Virginia’s low worker turnover rates.
“We have earned an A from the Cato Institute in fiscal policies,” he told representatives from fossil fuel and petrochemical companies, referring to a libertarian think tank that Sourcewatch describes as “founded by Charles G. Koch and funded by the Koch brothers.”
‘Everything within the government’s power’
Shell is already building a massive plastic manufacturing plant reliant on fracked-gas feedstocks known as an “ethane cracker,” in Pennsylvania. Credit: Sharon Kelly, DeSmog
At the ninth annual West Virginia Manufacturers Association’s Marcellus and Manufacturing Development Conference, officials from the U.S. Department of Energy (DOE) offered the petrochemical industry the services of the federal government.
“And what we’re going to do is everything within the government’s power to shine a bright light on this and help get this over the finish line,” Steven Winberg, the Department of Energy’s Assistant Secretary for Fossil Energy, told the conference. “With regard to DOE, there’s a couple of things that we can do. One is, private sector investors can take advantage of the DOE’s loan guarantee program.”
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Climate Research Needs to Change to Help Communities Plan for the Future
Climate Research Needs to Change to Help Communities Plan for the Future
Climate change is a chronic challenge — it is here now, and will be with us throughout this century and beyond. As the U.S.government’s National Climate Assessment report made clear, it’s already affecting people throughout the United States and around the world.
Warmer temperatures are making heat waves more intense, with harmful effects on human health. More intense rainfall and higher sea levels are leading to more frequent and intense flooding, with ensuing damages to property, infrastructure, business activity and health. Higher temperatures and strained water supplies are requiring new agricultural approaches, while fisheries are shifting and in some cases shrinking; in some cases, stressed food systems are contributing to national instability.
This reality means society needs to think about climate change in different ways than the past, by focusing on reducing the risk of negative effects. And speaking as a climate scientist, I recognize that climate science research, too, has to change.
Historically, climate science has been primarily curiosity-driven — scientists seeking fundamental understanding of the way our planet works because of the inherent interest in the problem.
Now it’s time for the climate science research enterprise to adopt an expanded approach, one that focuses heavily on integrating fundamental science inquiry with risk management.
Flexible Infrastructure Design
Climate risk management strategies need to be broad, ranging from efforts to reduce greenhouse gas emissions, to designing new infrastructure hardened against more frequent extreme weather, to policies that encourage development to shift to less exposed areas.
And these strategies must be flexible. In some cases, decisions made today affect people’s vulnerability for the rest of this century, even though there is much that remains to be learned about how climate change will unfold over the decades to come.
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How State Power Regulators Are Making Utilities Account for the Costs of Climate Change
How State Power Regulators Are Making Utilities Account for the Costs of Climate Change
The electricity powering your computer or smartphone that makes it possible for you to read this article could come from one of several sources. It’s probably generated by burning natural gas or coal or from operating a nuclear reactor, unless it’s derived from hydropower or wind or solar energy. Who gets to choose?
In many states, it’s up to the utilities, the companies that bill you for electricity. Costs often weigh heavily in their decisions. But deciding which costs to consider is a very subjective process.
If your utility accounts for the toll taken by climate change, like Xcel Energy in Colorado does, your state electricity regulator probably makes the company do that. This approach is one behind-the-scenes way that a growing number of states are addressing global warming.
As scholars who study the intersection between policies that deal with climate change and energy, we have studied the rules that govern electric utilities across the nation. Our new report sheds light on where state regulators have the ability to make rules that mandate action on climate change.
States, Electricity and Climate Change
Every additional ton of the greenhouse gas emissions from burning fossil fuels to generate electricity contributes to climate change. This carbon pollution has many negative consequences, both to the physical world and also to global social and economic systems.
But utilities don’t always tally the costs of these consequences. Because dealing with climate change is astronomically expensive, we believe that this should change.
Utilities still largely rely on coal, natural gas and nuclear energy to keep the lights on. These companies rely on older technologies in part because those facilities are already built and, to a degree, because of how much it costs to start up and shut down power plants. What’s more, fossil fuels have generally been cheaper than other energy sources until somewhat recently.
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Oil Industry Ponders Getting ‘Dragged into Low-Carbon Future’ While Claiming it ‘Stepped up’ on Climate
Oil Industry Ponders Getting ‘Dragged into Low-Carbon Future’ While Claiming it ‘Stepped up’ on Climate
The fossil fuel industry’s faith that the modern world economy will be powered by its products for the indefinite future is usually unwavering. But cracks in that faith recently appeared in Houston at the top annual oil industry conference, known as CERAweek.
The trade publication Platts S&P Global noted that “talk of oil at CERAWeek felt a bit more lackluster this time around,” according to several attendees. Various pressures — from climate-anxious investors to competition from renewables — apparently are tempering the oil and gas industry’s usual optimism.
Perhaps also contributing to the mood was Norway’s announcement, just a day before the conference began, that its sovereign wealth fund was divesting from over 100 oil and gas exploration companies around the world. This news led to headlines like “World’s largest sovereign wealth fund to scrap oil and gas stocks.” Its fund managers were clear this decision wasn’t out of concern for the climate, but instead to make sure they didn’t lose money on risky oil and gas investments.
Only a few years ago, however, CERAweek was brimming with industry bravado, in which oil company CEOs mocked renewable energy sources and made claims that the oil industry just wanted to lift poor people out of poverty.
At the 2014 conference, attendees even heard Gina McCarthy — the Obama-appointed head of the Environmental Protection Agency at the time — promise that “[c]onventional fuels like coal and natural gas are going to play a critical role in a diverse energy mix for years to come.”
Oil and Gas ‘Crisis of Confidence’
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Hurricanes to Deliver a Bigger Punch to Coasts
Hurricanes to Deliver a Bigger Punch to Coasts
When tropical cyclone Idai made landfall near Beira, Mozambique on March 14, a spokesperson for the UN World Meteorological Organization called it possibly the the worst weather-related disaster to hit the southern hemisphere.
This massive and horrifying storm caused catastrophic flooding and widespread destruction of buildings and roads in Mozambique, Zimbabwe and Malawi. Mozambique’s President Filipe Nyusi feared the death toll might rise to more than 1,000people.
Cyclones, also known as hurricanes or typhoons, are intense wind storms that can take thousands of lives and cause billions of dollars in damage. They generate large ocean waves and raise water levels by creating a storm surge. The combined effects cause coastal erosion, flooding and damage to anything in its path.
Although other storms have hit this African coast in the past, the storm track for cyclone Idai is fairly rare. Warmer-than-usual sea-surface temperatures were directly linked to the unusually high number of five storms near Madagascar and Mozambique in 2000, including tropical cyclone Eline. Warmer ocean temperatures could also be behind the intensity of cyclone Idai, as the temperature of the Indian Ocean is 2 C to 3 C above the long-term average.
Climate change and ocean warming may be linked to the increasing intensity of storms making landfall and to the development of strong hurricanes reaching places not affected in recent history. These regions may not be prepared with the coastal infrastructure to withstand the extreme forces of these storms.
The Role of Climate Change
Scientists are working to improve their forecasts for hurricane winds and waves, and research on ocean and atmosphere interactions is boosting our understanding of the relationship between climate and the formation of hurricanes. Still, there is considerable uncertainty in predicting trends in extreme weather conditions 100 years into the future. Some computer simulations suggest possible changes in these storms due to climate change.
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‘They Have Lied for Decades’: European Parliament To Scrutinise Exxon’s Climate Science Denial
‘They Have Lied for Decades’: European Parliament To Scrutinise Exxon’s Climate Science Denial
With millions of students taking to the streets and oil majors increasingly facing litigation, the fossil fuel industry is finally being held to account for its contribution to the climate crisis.
This week, the EU is taking this accountability up a notch, with ExxonMobil’s decades-long denial of climate science facing the scrutiny of MEPs and the public at a hearing at the European Parliament in Brussels on Thursday.
During the two-hour session, scientists, campaigners and a historian will examine the history of climate denial and in particular the misinformation spread by Exxon, with MEPs able to ask questions about the role and behaviour of the oil major.
The hearing is being held jointly by the petitions committee and the environment, public health and food safety committee. It was arranged following a petition by Food & Water Europe, a Brussels-based non-governmental organisation, which gained 732 signatures.
“To my knowledge, this is the first major body of lawmakers, certainly at the national or international level, to hear on record expert testimony about the history of climate denial today,” says Geoffrey Supran, a postdoctoral fellow at Harvard who has examined Exxon’s history of obfuscation on climate change, and who will testify at Thursday’s hearing. “There’s a general momentum here, that investigative bodies are starting to formalise this enquiry.”
Representatives from the oil company itself won’t attend the hearing, due to “ongoing climate change related litigation in the US”, according to leaked notes from the coordinators of the hearing. Exxon did not respond to requests for comment at the time of publication.
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What Norway’s Big Divestment Decision Means for Fracking, Tar Sands and Global Oil Exploration
What Norway’s Big Divestment Decision Means for Fracking, Tar Sands and Global Oil Exploration
Norway’s sovereign wealth fund — a state-owned investment fund worth approximately a trillion dollars — recently announced it was divesting from oil and gas exploration companies around the world. Not surprisingly, many oil and gas stocks declined following the announcement.
While this is good news for the climate, this was simply a smart business decision. Norway’s sovereign wealth fund, known as the Government Pension Fund Global (GPFG), primarily exists due to Norwegian oil production. And the fund will continue to be a major investor in companies like Exxon.
It appears it’s just cutting its losses on money-losing endeavors like fracking in America, tar sands oil production in Canada, and frontier exploration by UK companies in Africa and South-East Asia.
“The government is proposing to exclude companies classified as exploration and production (E&P) companies within the energy sector from the [fund] to reduce the aggregate oil price risk in the Norwegian economy,” the Finance Ministry explained in a statement announcing the move.
Dumping Losing Assets
What that translates to in America is essentially a divestment from the shale oil and gas producers like EOG Resources, Apache, Continental, Diamondback, and Chesapeake. Apparently, the fund managers are tired of losing money on fracked oil and gas.
The move certainly comes at a bad time for the American fracking industry. Their previously endless supply of loans from Wall Street has also started to dry up, leading to budget cuts, layoffs, and reduced oil production.
In Canada, among the companies targeted for divestment is Canadian Natural Resources, LTD — an Alberta tar sands oil producer. The Canadian tar sands oil industry has been losing money for several years and several major oil companies have sold tar sands assets, including Devon Energy’s recent announcement it was getting out of the tar sands production business.
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Why We Should Not Be Surprised That Murdoch Tabloid’s Favorite Sydney School Pupil Didn’t Join Climate Strike
Why We Should Not Be Surprised That Murdoch Tabloid’s Favorite Sydney School Pupil Didn’t Join Climate Strike
Somewhere in the order of 150,000 students went absent from classes in Australia on Friday afternoon for the global “School Strike 4 Climate” marches.
In what might be seen as an afternoon practical lesson in democracy, free speech, and civic engagement, students from cities and towns across the country and the world marched, chanted, and held placards aloft.
One of the biggest marches in Australia saw 25,000 students on the streets of Sydney, the home of the Rupert Murdoch-owned The Daily Telegraph.
But one student in particular caught eye of The Daily Telegraph — a 17-year-old, Year 12 pupil called Joanne Tran, who wrote an article for the newspaper explaining why she would not be marching.
Real Motives?
Australia’s Education Minister Dan Tehan described the march as “appalling political manipulation” and said parents needed to know “who is influencing their kids, what are their real motives and who is paying for it.”
Good advice, no doubt.
In an articulate column, Tran argued her fellow pupils were “perfect political pawns for activists and their agendas” and that the website for the School Strike 4 Climate campaign was being run by “adults who came from partisan backgrounds.”
Tran said she had learned in economics class that coal, iron ore, and gas were essential for the country’s prosperity and her mates would be better off staying in school to learn about “the importance of the mining sector to Australian life and its contribution to the world.” Clearly, her economics class hasn’t covered this study in the scientific journal Nature finding that global warming of 2.5°C to 3°C by the end of the century would likely see a drop in per capita economic output of between 15 and 20 percent globally.
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Despite Risks, Canada’s Tar Sands Industry Is Betting Big on Oil Trains
Despite Risks, Canada’s Tar Sands Industry Is Betting Big on Oil Trains
Last year, Canada exported a record amount of tar sands oil to the U.S., despite low oil prices leading to major losses once again for the struggling tar sands industry. That achievement required a big bump in hauling oil by rail, with those daily volumes in late 2018 more than double the previous record in 2014 during the first oil-by-rail boom.
Canada’s oil industry essentially has reached its limit for exporting oil into the U.S. through pipelines. That’s why it’s turning to rail to export more and more oil, but as an ever-increasing number of oil trains hit the tracks of North America, expect more accidents and oil spills to follow.
If Canada can open up new pipeline capacity, this scenario may change. However, Enbridge recently announced its Line 3 pipeline replacement will be delayed until at least the second half of 2020. That means if Canadian tar sands companies want to increase exports, they will have to move that oil by rail. ConocoPhillips chief financial officer Don Wallette, Jr. recently confirmed this reliance on oil trains to the Wall Street Journal: “The intention is to bridge us over to the next major pipeline expansion, so a few years.”
This could result in a near doubling of the current record volumes of Canadian crude moving by rail. Trains potentially could haul over 600,000 barrels per day (bpd) in the next two years, an outcome I predicted four years ago when the Canadian industry was moving only 150,000 bpd of oil by rail.
To put these volumes in perspective, the Enbridge Line 3 pipeline will have a capacity of 760,000 bpd. Oil trains amount to a veritable pipeline on wheels.
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Fracking 2.0 Was a Financial Disaster, Will Fracking 3.0 Be Different?
Fracking 2.0 Was a Financial Disaster, Will Fracking 3.0 Be Different?
Two years ago, the U.S. fracking industry was trying to recover from the crash in the price of oil. Shale companies were promoting the idea that fracking was viable even at low oil prices (despite losing money when oil prices were high). At the time, no one was making money fracking with the business-as-usual approach, but then the Wall Street Journal published a story claiming all of this was about to change because the industry had a trump card — and that was technology.
Today, frackers are again relying on technology as a financial savior, but this time, they are looking to Microsoft.
As ExxonMobil embarks on an ambitious move into fracking in the Permian oil fields of West Texas, it has announced a partnership with Microsoft to use cloud technology to analyze oil field data and optimize operations. Exxon claims the move could generate “billions in net cash flow.”
Time will tell if the Microsoft cloud will make Exxon rain profits in the Permian.
Fracking 2.0
In March 2017, the Wall Street Journal ran an article with the headline, “Fracking 2.0: Shale Drillers Pioneer New Ways to Profit in Era of Cheap Oil,” which detailed the ways the shale industry expected technology could help it finally deliver profits. The article mentioned “longer, supersize wells” and said, “The promise of this new phase is potentially as significant as the original revolution.”
The article highlighted EOG Resources (as in, Enron Oil and Gas), a company often touted as the “Apple of oil,” and quoted the company’s chief information officer saying that technology advances allowed its employees to work at the “speed of thought.”
It also reported that Chesapeake Energy was betting on these new supersize wells as part of its “turnaround strategy.” Chesapeake needed to “turnaround” from losing money and move in the direction of profits.
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Global Warming ‘Hiatus’ Is the Climate Change Myth That Refuses to Die
Global Warming ‘Hiatus’ Is the Climate Change Myth That Refuses to Die
The record-breaking, El Niño-driven global temperatures of 2016 have given climate change deniers a new trope. Why, they ask, hasn’t it since got even hotter?
In response to a recent US government report on the impact of climate change, a spokesperson for the science-denying American Enterprise Institute think-tank claimed that “we just had […] the biggest drop in global temperatures that we have had since the 1980s, the biggest in the last 100 years.”
These claims are blatantly false: the past two years were two of the three hottest on record, and the drop in temperature from 2016 to 2018 was less than, say, the drop from 1998 (a previous record hot year) to 2000. But, more importantly, these claims use the same kind of misdirection as was used a few years ago about a supposed “pause” in warming lasting from roughly 1998 to 2013.
At the time, the alleged pause was cited by many people sceptical about the science of climate change as a reason not to act to reduce greenhouse pollution. US senator and former presidential candidate Ted Cruz frequently argued that this lack of warming undermined dire predictions by scientists about where we’re heading.
However, drawing conclusions on short-term trends is ill-advised because what matters to climate change is the decade-to-decade increase in temperatures rather than fluctuations in warming rate over a few years. Indeed, if short periods were suitable for drawing strong conclusions, climate scientists should perhaps now be talking about a “surge” in global warming since 2011, as shown in this figure:
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Trade Group Targets Shareholders Pressuring Big Oil on Climate Change
Trade Group Targets Shareholders Pressuring Big Oil on Climate Change
The National Association of Manufacturers (NAM), a 123-year-old trade group that has worked diligently to defend Big Oil in the burgeoning climate liability battles, has also taken on another opponent to the status quo: investors.
In addition to filing briefs in defense of the fossil fuel industry, launching campaigns to discredit the communities filing suits and intervening on the side of the federal government in a landmark constitutional climate lawsuit, Juliana v. United States, NAM has rallied behind efforts to keep corporate shareholders from influencing how oil companies conduct business.
In recent years, shareholders concerned about climate-related risks to the companies’ bottom lines, which includes liability suits, have introduced proposals urging oil and gas companies to reduce their carbon footprint and be more forthcoming about the climate risks to their bottom line.
Once largely unmoved by a hard-to-imagine future threat, investors now need only look out their windows or turn to news reports to see firsthand the catastrophic effects of climate change: The charred remains of entire communities in the aftermath of California wildfires; parts of Texas submerged by more than 4 feet of water in the wake of Hurricane Harvey; countless unnamed weather events from the record-shattering rain that swept through Louisiana in 2016 to the now-routine flooding in Florida and areas along the Atlantic seaboard.
While most shareholder proposals have failed, there have been some victories: In 2017, investors forced Exxon to produce its first climate-risks report and other proposals prompted Occidental Petroleum, BP and Shell to increase reporting on climate risks. BP announced in February that it will support a resolution calling for even more disclosure that will be proposed at its May 2019 shareholder meeting.
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New Warnings on Plastic’s Health Risks as Fracking Industry Promotes New ‘Plastics Belt’ Build-Out
New Warnings on Plastic’s Health Risks as Fracking Industry Promotes New ‘Plastics Belt’ Build-Out
A new report traces the life cycle of plastic from the moment an oil and gas well is drilled to the time plastic trash breaks down in the environment, finding “distinct risks to human health” at every stage.
Virtually all plastic — 99 percent of it, according to the Center for International Environmental Law (CIEL) report — comes from fossil fuels. And a growing slice comes from fracked oil and gas wells and the natural gas liquids (NGLs) they produce.
The report concluded that plastics bring toxic or carcinogenic health risks to people at every stage.
“Until we confront the impacts of the full plastic lifecycle, the current piecemeal approach to addressing the plastic pollution crisis will not succeed,” the report concludes. “At every stage of its life cycle, plastic poses distinct risks to human health, arising from both exposure to plastic particles themselves and associated chemicals.”
People can be sickened not only when plastics are produced, in other words, but also while plastic is actively used by consumers and then again after it’s thrown out, where plastic trash often breaks down into smaller and smaller bits that can contaminate the food chain and make its way into people’s bodies.
The scope of the risks requires an international response, the center said.
“Both the supply chains and the impacts of plastic cross and re-cross borders, continents, and oceans,” said David Azoulay, the center’s Director of Environmental Health. “No country can effectively protect its citizens from those impacts on its own, and no global instrument exists today to fully address the toxic life cycle of plastics.”
In the U.S., however, a major push is underway — and attracting hundreds of billions in investment, both foreign and domestic — to move in the opposite direction and produce more plastics and other petrochemicals.
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Fracking the World: Despite Climate Risks, Fracking Is Going Global
Fracking the World: Despite Climate Risks, Fracking Is Going Global
The U.S. exported a record 3.6 million barrels per day of oil in February. This oil is the result of the American fracking boom — and as a report from Oil Change International recently noted — its continued growth is undermining global efforts to limit climate change. The Energy Information Administration predicts U.S. oil production will increase again in 2019 to record levels, largely driven by fracking in the Permian shale in Texas and New Mexico.
And the U.S. is not alone in trying to maximize oil and gas production. Despite the financial failures of the U.S. fracking industry, international efforts to duplicate the American fracking story are ramping up across the globe.
The CEO of Saudi Arabian state oil company Aramco recently dismissed the idea that global demand for oil will decrease anytime soon and urged the oil industry to “push back on exaggerated theories like peak oil demand.”
But Saudi Aramco also is gearing up for a shopping spree of natural gas assets, including big investments in the U.S., and increasing gas production via fracking in its own shale fields. Aramco is deeply invested in keeping the world hungry for more oil and gas.
Khalid al Falih, Saudi Arabia’s energy minister, told the Financial Times, “Going forward the world is going to be Saudi Aramco’s playground.” But not if other countries frack there first.
China Expanding Fracking Efforts, Testing New Technology
As a major importer of oil and natural gas, it is no surprise that China is trying to exploit its own shale formations, which are rich with oil and gas. China is estimated to have the largest shale gas reserves of any country. However, China’s shale formations present different challenges than those in the U.S., including gas deposits at significantly greater depths.
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