Weekly News Check-In 1/14/22

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Welcome back.

Soon after Netflix released director Adam McKay’s doomsday thriller Don’t Look Up, the climate activist network started buzzing. For decades, those of us urging action have been frustrated by the vague, “sometime in the future” aspect of global warming’s effects, which has enabled a lot of can-kicking down the road. In this context, the film’s killer comet allegory is brilliant. If civilization’s end were total, certain, and precisely timed, it might finally focus the mind.

Divestment from fossil fuels has been increasingly impactful, to the point that Big Oil & Gas is having some trouble financing expansion projects. An even more direct action is to mount an actual takeover of a corporate polluter, and aggressively reorient it toward sustainability.

Pipeline developers often gain access to agricultural land by promising to bury the structure under fields and then “fully restore” the surface. The pitch to farmers: get some steady income for very little bother. Except that research now confirms that the combination of soil compaction by heavy construction equipment combined with the mixing of topsoil with deeper material, results in years of significantly reduced crop yield.

Of course, a great way to discourage those pipelines is to kick the gas habit. Massachusetts recently established the Commission on Clean Heat, with a mission to develop a pathway to greener buildings. Activists are keeping up the pressure for full electrification and gas hookup bans.

People all over the northern hemisphere who suffered the deadly combination of record temperatures, long brutal heat waves, epic floods, intense drought, and hellish wildfires, probably felt a little let down by recent climate reports that ranked 2021 only the 6th warmest year on record. We found an article that puts it all in perspective – and yes, your pain is real.

This week was full of encouraging news regarding innovations that will speed up a green transition. Battery recycling is developing quickly, roofing materials giant GAF announced a promising solar roof shingle, and Massachusetts startup AeroShield promises to revolutionize energy efficient windows using materials better known for heat-resistant tiles on space shuttles. We also take a closer look at long-duration energy storage using gravity, cranes, and heavy blocks.

On the clean energy downside, current-generation geothermal plants need to be located near relatively near-surface sources of very hot water. This often carries negative environmental and cultural impacts. But new deep-drilling methods may help solve that problem by allowing geothermal facilities to locate almost anywhere.

With huge SUVs increasingly clogging roadways, and with most legacy car manufacturers introducing their first round of EV models on crossover, SUV, and light truck platforms, we were wondering if there’s a future for the basic four-door sedan or hatchback. The answer is yes, and it looks pretty sleek.

We explore why so many states continue to approve new gas power plants, and also expose the plastics industry’s greenwashing efforts behind their big push for federal dollars to improve recycling.

And we close with coal, which is throwing a party that the planet just can’t afford.

button - BEAT News  For even more environmental news, info, and events, check out the latest newsletter from our colleagues at Berkshire Environmental Action Team (BEAT)!

— The NFGiM Team

POPULAR CULTURE

don't look up
Don’t Just Watch: Team Behind ‘Don’t Look Up’ Urges Climate Action
The satirical film, about a comet hurtling toward Earth, is a metaphor for climate change that has broken a Netflix record. Its director hopes it will mobilize the public.
By Cara Buckley, New York Times
January 11, 2022

“Don’t Look Up” is a Hollywood rarity on several fronts. It’s a major film about climate change. It racked up a record number of hours viewed in a single week, according to Netflix. It also unleashed a flood of hot takes, along with — in what may be a first — sniping between reviewers who didn’t like the film and scientists who did.

What remains to be seen is whether the film fulfills a primary aim of its director, Adam McKay, who wants it to be, in his words, “a kick in the pants” that prompts urgent action on climate change.

“I’m under no illusions that one film will be the cure to the climate crisis,” Mr. McKay, whose previous films include “The Big Short” and “Vice,” wrote in an email to the Times. “But if it inspires conversation, critical thinking, and makes people less tolerant of inaction from their leaders, then I’d say we accomplished our goal.”

In “Don’t Look Up,” a planet-killing comet hurtling toward Earth stands in as a metaphor for the climate crisis, with Leonardo DiCaprio and Jennifer Lawrence playing distraught scientists scrambling to get politicians to act, and the public to believe them.

After the film premiered in December, climate scientists took to social media and penned opinion essays, saying they felt seen at last. Neil deGrasse Tyson tweeted that it seemed like a documentary. Several admirers likened the film to “A Modest Proposal,” the 18th-century satirical essay by Jonathan Swift.
» Read article  

PROTESTS AND ACTIONS

fracker flipped
Leading UK fracking firm taken over by green energy group
Third Energy now has ‘absolutely no interest in fossil gas’ and is targeting renewable energy
By Damian Carrington, The Guardian
January 14, 2022

A high-profile UK fracking company has been taken over by a green energy group and now has an anti-fracking campaigner as a director.

Yorkshire-based Third Energy was at the forefront of efforts to produce fossil gas and intended to use high-pressure fluids to fracture shale rocks under the county. But it was hampered by permit delays and fierce local opposition.

Now the company has been taken over by Wolfland Group, a renewable energy company. It has halted all fossil fuel production from its conventional gas wells and has no plans for further exploration or development. Instead it will focus on green energy, including solar farms, and the use of existing wells for geothermal energy and the burial of captured carbon dioxide emissions.

Steve Mason was a leading figure in the anti-fracking campaign in Yorkshire and is now a director of Wolfland Group. “The current energy crisis has shown that we must be energy independent as a nation and that fossil fuels need to be urgently replaced by clean renewable energy supplies, which will lead to cheaper energy and help us tackle climate change,” he said.

“We believe we’re now a real-life example of walking the talk and turning stranded fossil fuel assets into green energy solutions.”
» Read article              

» More about protests and actions

PIPELINES

keeps on robbing
Pipelines keep robbing the land long after the bulldozers leave
A flurry of new research shows the long-term effects of pipelines on crop yields.
By Jena Brooker, Grist
January 7, 2022

Before it began digging into the earth to bury its two-and-half-foot-wide, 1,172-mile-long pipeline in the ground, Dakota Access, LLC promised to restore the land to its previous condition when construction was finished. The pipeline company signed that pledge in its contracts with landowners stretching from North Dakota to Illinois, and the project was approved by the South Dakota Public Utilities Commission under that condition. But farmers in the path of the pipeline have a different story to tell – one of broken promises and sustained damage to their land.

Now, there’s data to back them up.

Researchers at Iowa State University found that in the two years following construction of the Dakota Access Pipeline corn yields in the 150-foot right-of-way declined by 15 percent.  Soybean yields dropped by 25 percent.

One of the selling points that energy companies often tout is that pipeline infrastructure is seemingly invisible, buried and forgotten over the long run. The new study, published in the journal Soil Use and Management, seems to contradict that claim.

The scientists said the major issue is that soil is compacted by heavy machinery during pipeline construction, and that topsoil and subsoil are mixed together. Taken together, the damage “can discourage root growth and reduce water infiltration in the right-of-way,” Robert Horton, an agronomist at Iowa State and the lead soil physicist on the project, said in a statement. He and his colleagues also found changes in available water and nutrients within the soil.

The findings are important for a number of planned pipelines across the Midwest. In one instance, the planned Midwest Carbon Express would be built on land already used for the Dakota Access pipeline, leaving farmers reeling from double impact on their crops.
» Read article             
» Read the study

» More about pipelines

DIVESTMENT

on the edge
Climate Justice Through Divestment
By Ray Levy Uyeda, Yes! Magazine
January 4, 2022

In recent years, a growing movement to achieve climate justice has connected the root cause of climate change not just with greenhouse gases but also with a more entrenched, insidious foe: capitalism. The United States supports a system that allows a few corporations and people to earn money off climate degradation, mainly through the extraction and proliferation of fossil fuels, such as coal or gas. And the very people who are tasked with regulating these industries, like federal elected officials, continue to choose not to. Time is running out to curb emissions and restore balance to global ecosystems, which is why front-line land defenders and climate activists are going straight to the source of climate chaos: financial firms.

The movement is called “divestment,” and it’s growing both inside and outside financial institutions’ walls. The idea is simple: Pull money, talent, and public approval away from banks and financial institutions that invest in fossil fuel extraction. Most often, this comes in the form of grassroots student-led campaigns at universities and colleges, as was the case with the Harvard students whose protests convinced the president and board of trustees to divest its $42 billion endowment from fossil fuel-related investments.

Divestment first emerged as a strategy in the 1980s in the fight against South African apartheid. Environmental activist and founder of 350.org Bill McKibben was one of the first major U.S. figures to recycle the idea to apply to universities and financial firms, outlining the case for divestment in a 2013 Rolling Stone piece. “The logic went something like this: Most people don’t live near a coal mine [or] oil pipeline, but everyone is near some pot of money—their college endowment, their church pension fund, their local pension fund in their community,” McKibben says. “Those are all sites where you could take effective action about climate change.”
» Read article                      
» Read Bill McKibben’s 2013 Rolling Stone article

» More about divestment

GREENING THE ECONOMY

battery recycler
Inside Clean Energy: Here Come the Battery Recyclers

As battery use skyrockets for EVs and energy storage, a recycling industry is taking shape.
By Dan Gearino, Inside Climate News
January 13, 2022

The battery economy is booming, and with it a recycling industry is bracing itself for a wave of battery waste.

Battery Resourcers of Worcester, Massachusetts, said last week that it is planning to build a plant in Georgia that will be capable of recycling 30,000 metric tons of lithium-ion batteries per year. It will be the largest battery recycling plant in North America when it opens later this year.

But its reign will be brief because Li-Cycle, based in the Toronto area, is building an even larger battery recycling plant near Rochester, New York, that is scheduled to open in 2023. The company said last month that it is modifying its plans in a way that increases the plant’s size, a response to forecasts of high demand for recycling.

To help understand what’s happening, I reached out to Jeff Spangenberger, a researcher at Argonne National Laboratory in Illinois and also director of the ReCell Center, a collaboration between the government and industry to improve battery recycling technologies.

“If the process is good enough, there’s no reason why you can’t make battery materials from the battery materials,” he said.

For him, the development of a battery recycling industry is one of the most important and exciting parts of the transition to clean energy.

It’s important because the growth of electric vehicles and battery storage systems will eventually lead to millions of tons of batteries that are unusable unless they are recycled. And it’s exciting because researchers and entrepreneurs are coming up with cost-effective ways to reuse most of that waste.
» Read article                       

» More about greening the economy

CLIMATE

locally hotLast Year’s Overall Climate Was Shaped by Warming-Driven Heat Extremes Around the Globe
A quarter of the world’s population experienced a record-warm year in 2021, research shows.
By Bob Berwyn, Inside Climate News
January 14, 2022

Earth’s annual average temperature checkup can mask a lot of the details of the climate record over the previous year, and 2021 showed that deadly heat-related climate extremes happen, even if it’s not a record-warm year.

Global average temperature isn’t always the most important measure, University of Michigan climate scientist Jonathan Overpeck said, after United States federal agencies released the Global State of the Climate report, ranking 2021 as the sixth-warmest year on record for the planet.

“As with politics, it is often what happens locally that matters most, and 2021 was one of the most deadly and destructive years on record because of the unusually warm atmosphere that is becoming the norm,” he said. “Extreme heat waves were exceptional in 2021, including the deadly Pacific Northwest U.S. and Canada heatwave that killed hundreds and also set the stage for fires that wiped out a whole town.”

Last year, the climate “was metaphorically shouting to us to stop the warming, because if we don’t, the warming-related climate and weather extremes will just get worse and worse, deadlier and deadlier,” he said. “Even tornadoes are now thought to strengthen as a result of the warming, and this effect probably also was the reason we had tornadoes in 2021 that reached northward into parts of Minnesota for the first time ever in December.”

The Pacific Northwest heat wave was the most extreme hotspot in a series of heat extremes that together seemed to stretch across the entire northern hemisphere for much of the summer, said Chloe Brimicome, a climate scientist and heat expert at the University of Reading.

“What really stood out for me was this period in summer, in July,” she said. “Everywhere you looked, consecutive records in many countries for temperature were being broken, day on day on day. I don’t think we’d ever really seen that before, or at least we hadn’t heard about it in the same way before.”
» Read article                       

» More about climate

CLEAN ENERGY

roof disrupted
New Nail-On Solar Shingle Could Transform Residential Solar Industry
By The Energy Mix
January 12, 2022

California-based GAF Energy has developed a mass-market shingle that could revolutionize rooftop solar generation.

“What we’ve built is a nailable solar shingle that goes on as fast or faster than a regular shingle, looks great, and generates electricity,” GAF President Martin DeBono told Canary Media.

GAF Energy is a division of Standard Industries and was co-launched with GAF, one of the largest roofing materials companies in the world. With Tesla and other tech companies pushing towards new approaches to rooftop solar, the roofing giant put its foot in the game to “disrupt the roofing industry” before someone else does.

According to DeBono, GAF Energy’s edge comes from approaching the shingles from the perspective of a roofing company, rather than a solar company. Their emphasis on the product’s utility as a roofing material can help rooftop solar move away from the (relatively) clunky panels we’ve come to know and love.

Customer acquisition is typically costly for solar businesses, but because GAF Energy is already embedded in the roofing industry, it’s in a good position to solarize the roofing market, a quarter of which GAF already commands, Canary Media says.

The 45-watt shingles take one to three days to install and measure 60 inches long, 16 inches tall, and less than a quarter-inch deep. The design strings together mono PERC (Passivated Emitter and Rear Cell) solar cells that contain a single crystal of silicon and are coated on the back to reflect back into the panel any light that passes through. At 23% efficiency when using standard industry technology, the product is at the high end of average range for the industry as a whole. The stringed cells are then laminated onto a backsheet made of a common commercial waterproofing membrane, then “encapsulated and topped with glass and a textured material that allows the shingle to be walked on,” writes Canary Media.
» Read article                       

headwinds for gas
Reality Check: US Renewable Energy Portfolios Can Outcompete New Gas Plants
By Laurie Stone, RMI | Blog
January 4, 2022

As coal plants shut down across the United States, there is a pervasive belief that gas is the necessary “bridge” to a low-carbon grid. As of late 2021, utilities and other investors are anticipating investing more than $50 billion in new gas power plants over the next decade. However, currently available renewable energy technologies are often cheaper than gas.

In fact, a recent RMI report found that clean energy portfolios—combinations of renewable energy, efficiency, demand response, and battery storage—are a cheaper option than more than 80 percent of gas plants proposed to enter service by 2030. At least 70 GW of proposed gas plants could be economically avoided with cleaner alternatives, saving $22 billion and 873 million metric tons of CO2 over project lifetimes. This is the equivalent of taking more than 9 million vehicles off the road each year.

Already, more than half of gas plants proposed to come online in the past two years have been canceled before construction began:

For example, in New Mexico, the Public Service Company (PNM) is planning to retire the coal-powered San Juan Generating Station in 2022. To replace capacity, PNM proposed a 280 MW gas plant, the Piñon Energy Center, along with solar and storage projects. However, stakeholders pushed back on the plan, and in July 2020, the commission approved an alternate 100 percent renewable and storage replacement for San Juan based on costs, economic development, and New Mexico energy law.

And in Maryland, the Mattawoman Generating Station—a 990 MW gas plant—was approved in 2015 in a majority-Black community of Prince George’s County. However, due to economics (clean energy portfolios became cheaper than the proposed gas plant in 2018), a federal civil rights complaint, and pipeline cancellations, the project was declared no longer feasible, and was canceled in January 2021.

Replacing all of the proposed power needs with clean, renewable power also has other benefits, based on RMI’s report. It creates 20 percent more job-years, mostly in construction and manufacturing, and would prevent $1.6 billion to $3.7 billion in health impacts each year​ compared with fossil alternatives. And many of these job and health impacts will be found in low-income communities and communities of color.
» Read article                      
» Read the report

» More about clean energy

ENERGY EFFICIENCY

clean heat now
Commission on Clean Heat eyes road map to cut building emissions
By Colin A. Young, State House News Service, in The Berkshire Eagle
January 14, 2022

The new advisory commission created to help the state meet its carbon reduction requirements by shifting to cleaner buildings and addressing heating fuels that contribute to emissions was sworn in Wednesday and will begin gathering public input on the transition in March.

Gov. Charlie Baker created the Commission on Clean Heat, which his office says is a first-in-the-nation effort, through an executive order last year and gave the panel a Nov. 30 deadline to recommend policies that “seek to sustainably reduce the use of heating fuels and minimize emissions from the building sector while ensuring costs and opportunities arising from such reductions are distributed equitably.”

Energy and Environmental Affairs Secretary Kathleen Theoharides tapped Undersecretary of Energy and Climate Solutions Judy Chang to serve as her designee and chair of the commission. The commission’s roster also includes William Akley, the president of Eversource’s gas business; Home Builders and Remodelers Association of Massachusetts President Emerson Clauss III; Passive House New England founder Mike Duclos; Dharik Mallapragada, a research scientist working on MIT’s Energy Initiative; Robert Rio, senior vice president of government affairs for Associated Industries of Massachusetts; NAIOP Massachusetts CEO Tamara Small; and Environmental Defense Fund Director of Energy Markets and Regulation Jolette Westbrook.

“Climate leadership over the next decade will require a fundamental transition in how we heat and cool our homes and buildings,” Department of Energy Resources Commissioner Patrick Woodcock said.
» Read article                       

high temp HP
Vattenfall launches high-temperature heat pump solution to replace gas boilers
Developed in partnership with Dutch heating specialist Feenstra, the all-electric heat pump solution will initially be available in the Netherlands. The system’s buffer works as a heat battery that is used to provide heat to radiators and generate hot tap water.
By Emiliano Bellini, PV Magazine
January 7, 2022

Swedish utility Vattenfall and Dutch heating and hot water systems provider Feenstra have launched in the Netherlands a high-temperature heat pump solution for existing single-family homes that is claimed to be an easy replacement for traditional gas central heating boilers.

“The similarities between Dutch and British gas central heating mean these high-temperature heat pumps could be suitable for UK housing in suburban and rural areas,” the two companies said in a joint statement. “They could enable households to swap out their existing gas boilers without needing to go to the additional expense and disruption of changing the rest of their heating system or installing additional insulation at the same time.”

The heat pump is claimed to be able to provide a water temperature of between 60 and 80 degrees Celsius, which means its use doesn’t require the improvement of a house’s insulation, the setting up of underfloor heating or the adaptation of radiators, all of which is necessary when a conventional air heat pumps are utilized.

The system’s buffer works as a heat battery that is used to provide heat to radiators and generate hot tap water.
» Read article                       

» More about energy efficiency

BUILDING MATERIALS

AeroShield
Massachusetts startup sees path to more efficient windows with new material

AeroShield is working to commercialize a clear, lightweight material that, when sandwiched between two panes of glass, produces windows that are more insulating than bulkier, more expensive options.
By Sarah Shemkus, Energy News Network
January 13, 2022

A new material developed in Massachusetts could someday help make super-efficient windows more affordable for home and business owners.

A Cambridge startup called AeroShield has developed a clear, lightweight material that, when sandwiched between two panes of glass, produces windows that are more insulating than even bulkier, more expensive options.

Early research by the company indicates that windows incorporating its material could cut residential heating and cooling costs by 20%. The first prototypes could be installed in demonstration projects by the end of 2022, and products could hit the wider market in 2023 or 2024.

“We’re really excited by a change we could start in the industry by enabling some better designs and some better products,” said co-founder Elise Strobach.

As the country grapples with the urgent need to lower greenhouse gas emissions, the energy consumption of buildings is a key problem to solve. Fossil fuel combustion in buildings accounted for about 29% of greenhouse gas emissions in the United States in 2018, according to a report from the Center for Climate and Energy Solutions, a Virginia-based climate and clean energy nonprofit.

Lowering these emissions will require switching from fossil fuels to electricity wherever possible, generating cleaner electricity on the grid, and reducing overall power usage. And a key strategy for decreasing energy consumption is to create extremely tight building envelopes.

Windows, however, have always posed a challenge to achieving high levels of efficiency: Heat lost or gained through windows is responsible for up to 30% of the energy used to heat or cool a home, the federal Department of Energy estimates.

AeroShield began with research Strobach conducted for her doctorate work at the Massachusetts Institute of Technology, searching for ways to better insulate solar panels so they would generate power more efficiently. She looked to silica aerogel which, despite what its name suggests, is not sticky or oozy. It is a very light, highly porous solid glass that is such a good insulator that NASA has used it to protect critical equipment.

First invented in 1931, aerogels are not a new technology. However, silica aerogel has always been a cloudy, pale blue color, too opaque to let sufficient sunlight pass through to solar panels. Strobach’s goal was to figure out how to make the material transparent.

“It’s one of the most insulating materials in the world,” Strobach said. “But it had never been clear.”

Her research succeeded even beyond her original goal. The material she created not only let adequate sunlight pass, but it was also clear enough to see through. Essentially, she explained, her team made nanoparticles of glass and the pores between them smaller than the wavelength of visible light, so, in the final material, the light doesn’t interact with the material.
» Read article                       

» More about building materials

LONG-DURATION ENERGY STORAGE

heavy blocks
Gravity Could Solve Clean Energy’s One Major Drawback
Finding green energy when the winds are calm and the skies are cloudy has been a challenge. Storing it in giant concrete blocks could be the answer.
By Matt Reynolds, Wired
January 4, 2022

Without a way to decarbonize the world’s electricity supply, we’ll never hit net zero greenhouse gas emissions by 2050. Electricity production and heat add up to a quarter of all global emissions and, since almost every activity you can imagine requires electricity, cleaning up power grids has huge knock-on effects. If our electricity gets greener, so do our homes, industries, and transport systems. This will become even more critical as more parts of our lives become electrified— particularly heating and transport, which will be difficult to decarbonize in any other way. All of this electrification is expected to double electricity production by 2050 according to the International Atomic Energy Agency. But without an easy way to store large amounts of energy and then release it when we need it, we may never undo our reliance on dirty, polluting, fossil-fuel-fired power stations.

This is where gravity energy storage comes in. Proponents of the technology argue that gravity provides a neat solution to the storage problem. Rather than relying on lithium-ion batteries, which degrade over time and require rare-earth metals that must be dug out of the ground, Piconi and his colleagues say that gravity systems could provide a cheap, plentiful, and long-lasting store of energy that we’re currently overlooking. But to prove it, they’ll need to build an entirely new way of storing electricity, and then convince an industry already going all-in on lithium-ion batteries that the future of storage involves extremely heavy weights falling from great heights.
» Read article                       

» More about long-duration energy storage

CLEAN TRANSPORTATION

low Cd
In the shift to electric, the three-box sedan is obsolete: Here’s why

By Bengt Halvorson, Green Car Reports
January 12, 2022

Not everyone who wants an electric vehicle wants an SUV. There’s still life for longer and lower electric cars—especially as highway models that are optimized toward maximizing driving range.

But fewer of them than you might think will be traditional three-box sedans, with a hood, a cabin, and a trunk. And more of them will have swoopy “kammback” rooflines and hatchbacks.

Simply put, if you design a car around lower aerodynamic drag, it will be able to cover more highway miles per kilowatt-hour of stored battery energy—which means a lower cost and a lower environmental footprint for the car. The sedan shape is turbulence-prone behind the rear window, but a softer slope and tapered sides near the rear remedy the issue.

That’s especially critical for entry luxury models, where all the numbers have to stand out versus basic commuter devices and yet keep to a price point. It’s why, with the Mercedes-Benz Vision EQXX, which previews a generation of compact to midsize EVs on the upcoming MMA platform debuting in 2024, Mercedes went all out with aero.

The EQXX concept achieves an excellent 0.17 coefficient of drag—far below that of any current production four-door. And company officials pointed to its aerodynamics as one of the keys to its projected real-world range of 621 miles on a battery pack with less than 100 kwh, perhaps with air-cooling for the battery.
» Read article                       

» More about clean transportation

SITING IMPACTS OF RENEWABLE ENERGY

BLM in hot water
Clean energy goes up against tribal rights and biodiversity in Nevada
A geothermal power plant is the latest battlefield for Biden’s green vision.
By Emily Pontecorvo, Grist
January 7, 2022

The Biden administration is facing critical questions about how to balance the urgency of transitioning to clean energy with other progressive priorities. On Monday, a U.S. district judge halted construction of two geothermal power plants on public land in Nevada. The decision was in response to a lawsuit filed in December by the Center for Biological Diversity, an environmental nonprofit, and the Fallon Paiute-Shoshone Tribe, against the Bureau of Land Management, or BLM, for approving the project.

Geothermal power plants pump hot water from deep underground and use it to generate steam to produce clean electricity. The Nevada plants are set to be built on a verdant wetland in the desert called Dixie Meadows. The suit alleges that the project threatens to dry up the hot springs that support the wetland and are of religious and cultural significance to the Fallon Paiute-Shoshone. The ecosystem is also home to the Dixie Valley toad, a species that is not known to exist anywhere else on Earth.

The plaintiffs have reason to be skeptical. The geothermal company behind the Dixie Meadows project, Ormat Technologies, opened a geothermal power plant in 2011 about 40 miles away on another hot springs called Jersey Valley. The springs dried up entirely a few years after the plant began operating.

To date, geothermal power plant development has been limited to areas with known geothermal resources close to the surface of the earth, which are often indicated by natural hot springs. But research underway at the Department of Energy and by private companies to tap into geothermal resources much deeper underground could open up new areas to geothermal development, potentially sparing treasured natural resources like Dixie Meadows.
» Read article                       

» More about siting impacts

ELECTRIC UTILITIES

unused and useless
Unused and useless: States must act to end flawed natural gas power plant buildouts
By Grant Smith, Utility Dive | Guest Opinion
January 11, 2022
Grant Smith is senior energy policy advisor at Environmental Working Group (EWG)

Nothing exemplifies the irrational utility business model more than the billions of dollars companies have wasted on the massive buildout of natural gas capacity over the last decade, ignoring obvious market trends favoring renewables and energy storage.

One great tool to end this financial mismanagement would be enforcing the once prominent “used and useful” standard through which states could mandate that new power plants be completed and providing service before a utility can recover costs from ratepayers. And those generation resources must remain economic, or useful, throughout their lifecycles.

But states have scrapped or severely weakened this requirement across the U.S.

And their approval of new, unnecessary natural gas infrastructure also rests in part on power companies’ misleading claims in their investment plans.
» Read article                       

» More about electric utilities

FOSSIL FUEL INDUSTRY

coal was dying
Coal was dying. Then 2021 happened.
The dirtiest fossil fuel is on the rise — and with it, U.S. carbon emissions.
By Shannon Osaka, Grist
January 10, 2022

Coal was supposed to be on its deathbed. For the past seven years, coal use in America has been trending down. Faced with falling natural gas prices and the growth in wind and solar energy, coal plants from Illinois to New Mexico closed their doors. In 2005, coal plants generated 2 trillion kilowatt-hours of American power; by 2020, that number had been cut by more than half. And as coal vanished, replaced by less carbon-intensive natural gas, U.S. greenhouse gas emissions edged down. In 2020, as the COVID-19 pandemic cratered carbon dioxide emissions overall, coal use fell by a whopping 19 percent.

Then 2021 happened.

According to a report released Monday by the energy research firm Rhodium Group, coal use rebounded for the first time since 2014, growing 17 percent in 2021. That coincided with a rebound in overall greenhouse gas emissions as the economy slowly recovered from the COVID-19 pandemic. In 2020, U.S. emissions fell by 10.3 percent, the largest drop since World War II; in 2021, they climbed 6.2 percent — not returning to 2019 emission levels, but perilously close.

That’s bad news for the climate. Over the past decade, most of the United States’ emissions cuts have come from cheap natural gas replacing coal. But last year, rising natural gas prices helped resuscitate the dirtiest fossil fuel. A cold winter and declining supply sent natural gas prices skyrocketing to more than double their 2020 average. In response, utilities leaned more on coal to generate electricity across the country — and emissions climbed.
» Read article                      
» Read the Rhodium Group report

» More about fossil fuels

PLASTICS RECYCLING

single use
Energy Department slammed for funding ‘false’ plastics solutions
Advocates say the agency’s efforts to develop chemical recycling are a “waste of tax dollars.”
By Joseph Winters, Grist
January 14, 2022

The U.S. Department of Energy, or DOE, announced this week that it will invest $13.4 million in research funding to address the plastic industry’s contributions to pollution and climate change. But while the agency cast the investment as an opportunity to address urgent environmental problems while creating an “influx of clean manufacturing jobs for American workers,” environmental advocates said it was the wrong approach.

“It’s a waste of tax dollars,” said Judith Enck, a former regional administrator for the Environmental Protection Agency and founder of the advocacy group Beyond Plastics. Taking aim at the funding’s focus on “upcycling” and biodegradable plastics, she said the grants perpetuated “false solutions” that would keep the U.S. hooked on single-use plastics and do little to reduce the glut of plastic waste entering the oceans each year.

Enck’s take is a stark departure from the tone set by the DOE’s press release, which says it will contribute up to $2.5 million each to seven plastic-related research projects led by corporations and universities. It cites the need to “build a clean energy economy and ensure the U.S. reaches net-zero carbon emissions by 2050” and includes laudatory quotes from Democratic Senators Elizabeth Warren and Ed Markey of Massachusetts.

But environmental advocates say most of the projects set to be funded by the DOE — “infinitely recyclable single-polymer chemistry,” “catalytic deconstruction of plasma treated single-use plastics to value-added chemicals” — are just industry-speak for a process known as “chemical recycling.” This process, which theoretically melts plastic into its constituent molecules so it can be repurposed into new plastic products, has been criticized as an industry pipe dream; due to technological and economic difficulties, most chemical recycling facilities end up just melting used plastic into oil and gas to be burned. One 2020 analysis from the nonprofit Global Alliance for Incinerator Alternatives, or GAIA, found that of the 37 chemical recycling facilities proposed in the U.S. since 2000, only three are operational, and zero specialize in plastic-to-plastic conversion.

According to GAIA, the plastics industry has spent decades researching chemical recycling without much to show for it.
» Read article                      
» Read the GAIA analysis

» More about plastics recycling

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