Long-time opponents of the Weymouth Compressor Station celebrated a victory last week when Massachusetts Superior Court Judge Joseph Leighton vacated the facility’s Chapter 91 Waterways permit. The decision sends the permit back to the state Department of Environmental Protection for further review. The compressor is now operating without a full set of permits. Recall that only a few weeks ago, the Federal Energy Regulatory Commission admitted that the air quality permit should never have been granted…. Can we just shut it down already?
As momentum builds for natural gas hookup bans, a new gas industry “astroturf” group called ‘Fuelling Canada’ is coordinating a stealth ad campaign targeting first-time home buyers, priming them to think of natural gas as a clean, safe, and desirable fuel for heating and cooking. It’s one arm of the gas industry’s push to build out infrastructure and lock in future use. This relates to another report describing the economic risks associated with continued expansion of fossil fuel development, distribution, and dependence.
Here in Massachusetts, a diverse coalition is proposing to address two big problems at once by doubling the state’s very low deeds excise tax (a real estate transaction tax), bringing us in line with neighboring states. Half of the new revenue would go to affordable housing programs, and the other half would protect neighborhoods, homes, and businesses from the impacts of climate change while also investing in mitigation solutions like energy efficiency.
Climate change is pushing increasingly brutal heat waves, and parts of the world are bumping up against the limits of human survival. Northern India and Pakistan have been so hot already this spring that the health and productivity of workers are significantly impacted. At the same time, the atmospheric concentration of carbon dioxide exceeded 420 parts per million (ppm) in April for the first time in human history.
Addressing all of the above involves quickly deploying massive clean energy resources. So a Department of Commerce investigation that could lead to retroactive tariffs on certain solar panels imported from Southeast Asia is putting a brake on the U.S. solar industry at a time when business should be booming. We’re also looking at hydropower, and a study showing high methane emissions from some reservoirs.
Producing energy – even green energy – gets messy, but we can always count on good news in the energy efficiency department. This week we’re offering a report describing cold weather heat pumps – widely available today but largely unknown or misunderstood in the U.S.
Energy storage, especially as it relates to electric vehicle batteries, is going to rely on a whole lot of lithium. We’ve run a number of reports about how environmentally and culturally destructive lithium mining can be, and advocated for doubling down on extraction alternatives such as from geothermal brine at locations like California’s Salton Sea. Researchers at the Pacific Northwest National Laboratory in Richland, Washington have produced magnets that can separate lithium and other metals from this sort of brine – a promising step in the right direction.
Meanwhile, the Biden administration announced a $3.16 billion plan to stimulate the production of batteries for electric vehicles in the U.S., an essential step in reducing carbon emissions from transportation.
Two years ago, Massachusetts Attorney General Maura Healey prompted the state to begin mapping a natural gas phaseout. The Department of Public Utilities turned the process over to the gas distribution companies, who (to no one’s surprise) produced recommendations that looked a lot like business as usual and did very little to comply with emissions reduction mandates. AG Healey is calling for the state to toss out those recommendations – time to get serious.
It’s also time to start developing regulations pertaining to pipelines that carry carbon dioxide, in light of ambitious plans for extensive networks serving the future carbon capture and storage industry.
We’ll close with the fossil fuel industry, which is having a moment due to the war in Ukraine and the policy drive to replace Russian oil and gas with hydrocarbons pumped from friendlier regions. Sticking with the longer view that any near-term bump in production must not be allowed to lock in for the future, we’re alarmed by what’s happening. Already, planned increases in fracked oil and gas represent carbon and methane emissions well beyond our global warming budget. And a lot of the Big Oil & Gas decarbonization program appears to be more of an accounting gimmick than anything real. The majors are simply taking highly-polluting production sites off their books by selling to smaller operators who lack their own emissions limits. Related to all this, Canada sees new opportunity for Liquefied Natural Gas sales to Europe, and is reconsidering allowing construction of two Nova Scotia export terminals that seemed doomed just a year ago.
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
WEYMOUTH COMPRESSOR STATION
Superior Court judge tosses out waterways permit for Weymouth compressor station
By Jessica Trufant, The Patriot Ledger
May 5, 2022
WEYMOUTH – A Superior Court judge has tossed out one of the state permits granted for the controversial natural gas compressor station in the Fore River Basin.
Judge Joseph Leighton this week vacated the Chapter 91 Waterways permit for the compressor station, sending the permit back to the state Department of Environmental Protection for further review.
The decision boils down to an interpretation of the word “required,” and whether the compressor station is considered an ancillary facility of existing natural gas infrastructure in the basin.
Leighton ruled that regulators incorrectly accepted “required” to mean “suitable,” rather than “necessary,” therefore allowing the siting of the compressor.
“The department’s interpretation was therefore inconsistent with the plain terms of the regulation and an error of law,” he wrote in the decision.
Alice Arena, of the Fore River Residents Against the Compressor Station, said the residents are “ecstatic” over the decision.
“It’s very satisfying. The fact the judge concurred is a huge victory in all of this stupidity,” she said.
The compressor station is part of Enbridge’s Atlantic Bridge project, which expands the company’s natural gas pipelines from New Jersey into Canada. Since the station was proposed in 2015, residents have argued it presents serious health and safety problems.
State regulators issued several permits for the project despite vehement and organized opposition from local officials and residents.
Local, state and federal officials have called for a halt of compressor operations since the station opened in the fall of 2020. Several emergency shutdowns since then caused hundreds of thousands of cubic feet of natural gas to be released into the air.
The Federal Energy Regulatory Commission reexamined operations and safety at the station following the shutdowns. The commission didn’t revoke authorization for the station, but several members said regulators shouldn’t have approved the project to begin with.
Arena said she planned to notify the Federal Energy Regulatory Commission of the Superior Court decision and hopes it will halt operations until Enbridge seeks a new waterways permit.
» Read article
» More about the Weymouth compressor
NATURAL GAS BANS
New Gas Industry Astroturf Group ‘Fuelling Canada’ Targets First-Time Homebuyers
‘Fuelling Canada’ is linked to major gas companies that are battling climate regulations.
By Geoff Dembicki, DeSmog Blog
May 10, 2022
In April, the Globe & Mail published an article on its website extolling the virtues of natural gas appliances in people’s houses.
The story, headlined “Why natural gas is the smart choice for your new home,” has the look and feel of actual journalism. It includes statistics about Canada’s “reliable” gas industry, a photo of a young couple cooking on their gas range and quotes from Canadian homebuilders and makers of consumer products—such as grills and fireplaces—that use gas.
It looks explicitly designed to appeal to first-time homebuyers.
But even though natural gas is a major growing source of emissions in the country (Canada is the world’s fourth largest producer of the fossil fuel), the article didn’t once mention climate change, nor the potentially severe health impacts from breathing in gas fumes.
That’s because the article isn’t real journalism, but rather an advertisement paid for by an organization called Fuelling Canada that is linked to some of North America’s top gas companies. It has a small label at the top describing it as “sponsor content.” But otherwise it looks practically identical to news stories from real reporters on the Globe & Mail website.
“That’s what makes these sponsored ads so slimy. For the vast majority of readers who look at stuff very quickly, that nuance is lost on them,” Seth Klein, team lead and director of strategy for an advocacy group called the Climate Emergency Unit, told DeSmog. “The goal of this advertising is to lock us into more decades of using natural gas.”
[…] Fuelling Canada describes itself on its website as “a resource hub for Canadians to learn more about natural gas and its essential role in the Canadian economy.” But it is hardly neutral when it comes to discussing one of the world’s major contributors to global warming.
The organization was created by the Canadian Gas Association, an industry group whose members include gas companies like Enbridge and FortisBC, as well as TC Energy, builder of the Coastal GasLink pipeline, a project that has faced fierce opposition led by hereditary chiefs from the Wet’suwet’en First Nation.
Fuelling Canada wants to create the impression of a national grassroots campaign.
[…] Klein argues it’s not a coincidence that some of the same companies behind Fuelling Canada also belong to an industry alliance that is fighting against municipal rules designed to phase out climate-warming natural gas in homes and buildings and replace them with electric ranges and other cleaner energy sources.
Internal documents describe this “Consortium to Combat Electrification” as a campaign whose mission is to “create effective, customizable marketing materials to fight the electrification/anti-natural gas movement.” The gas industry, one slide explains, is “in for [the] fight of it’s [sic] life.”
The consortium’s members include Enbridge and FortisBC, two of the companies also involved with Fuelling Canada. The major industry players paying for cleverly framed sponsored content promoting natural gas are the very same ones working behind the scenes to stop a shift away from fossil fuels.
“They want to continue to lock in customers in new fossil fuel infrastructure,” Klein said. “And they’re pulling out all the stops.”
» Blog editor’s note: Enbridge operates the Weymouth compressor station as part of its Atlantic Bridge Pipeline.
» Read article
» More about gas bans
Why our continued use of fossil fuels is creating a financial time bomb
We’re investing in things that will have little value if we move off fossil fuels.
By John Timmer, Ars Technica
May 9, 2022
The numbers are startling.
We know roughly how much more carbon dioxide we can put into the atmosphere before we exceed our climate goals—limiting warming to 1.5° to 2° C above preindustrial temperatures. From that, we can figure out how much more fossil fuel we can burn before we emit that much carbon dioxide. But when you compare those numbers with our known fossil fuel reserves, things get jaw-dropping.
To reach our climate goals, we’ll need to leave a third of the oil, half of the natural gas, and nearly all the coal we’re aware of sitting in the ground, unused.
Yet we have—and are still building—infrastructure that is predicated on burning far more than that: mines, oil and gas wells, refineries, and the distribution networks that get all those products to market; power plants, cars, trains, boats, and airplanes that use the fuels. If we’re to reach our climate goals, some of those things will have to be intentionally shut down and left to sit idle before they can deliver a return on the money they cost to produce.
But it’s not just physical capital that will cause problems if we decide to get serious about addressing climate change. We have workers who are trained to use all of the idled hardware, companies that treat the fuel reserves and hardware as an asset on their balance sheets, and various contracts that dictate that the reserves can be exploited.
Collectively, you can think of all of these things as assets—assets that, if we were to get serious about climate change, would see their value drop to zero. At that point, they’d be termed “stranded assets,” and their stranding has the potential to unleash economic chaos on the world.
[…] The big question is whether these pressures build slowly or suddenly. If assets lose their value slowly, without major strandings, everyone can adjust. Investors can shift to other markets, companies can change their focus, infrastructure can be allowed to deprecate until much of its value is gone. There will undoubtedly be some economic pain, especially if you’re in the fossil fuel business, but there won’t be wholesale economic disruption.
Unfortunately, our climate goals and our continuing emissions are making the probability of this sort of soft landing increasingly remote. “We dragged our feet, and we kind of have to double down,” Rezai told Ars. “If we have to have quicker adjustments, that creates the possibility of more disruptive adjustments, less smooth adjustments.” My conversation with him and Van der Ploeg was filled with talk of the potential for a Minsky moment, in which the value of some assets drops dramatically. For the climate, this could come in response to technology changes or government policy changes.
This sort of sudden collapse will have sweeping effects. People who have livelihoods based on fossil fuel extraction will see their jobs vanish. Governments that rely on taxes and fees from fossil fuel extraction and use may struggle to replace the lost revenue. Companies throughout the economy will take a huge hit. Obviously, this will include lost revenue for fossil fuel companies. But it can also mean that things they treat as assets—from equipment to extraction licenses—will have to be written off as stranded.
» Read article
» More about divestment
GREENING THE ECONOMY
A strategy for tackling housing, climate crises simultaneously
HERO proposal would double state’s deeds excise tax
By Kimberly Lyle and Joseph Kriesberg, CommonWealth Magazine | Opinion
May 7, 2022
TWO CRISES are bearing down on our state. There’s the critical shortage of affordable housing, which leaves ever more of our neighbors unable to keep a roof over their heads. And there is the climate crisis, which promises more powerful storms, flooding, and deadly heat waves.
These crises demand urgent action. Now, a diverse coalition of housing, environmental, and faith-based organizations has come up with a plan to tackle both at once. The HERO Coalition urges the Massachusetts Legislature to raise the deeds excise tax — paid when real estate changes hands — to a level comparable with other Northeastern states. This could generate as much as $600 million annually for investments in climate and affordable housing.
[…] The HERO Coalition urges the Massachusetts Legislature to double the deeds excise tax from $4.56 to $9.12 per $1,000 in sales price. This would bring us in line with neighboring states: New Hampshire’s tax is a whopping $15 per $1,000; in New York and Vermont it is $12.50. HERO would generate as much as $600 million in new revenue each year.
Half of the new revenue would go to affordable housing programs — the Affordable Housing Trust Fund and the Housing Stabilization and Preservation Trust Fund — serving both renters and low- and moderate-income homebuyers. The other half would go to the Global Warming Solutions Trust Fund, which would protect neighborhoods, homes, and businesses from the impacts of climate change while also investing in mitigation solutions, like energy efficiency, that will enable us to meet our state’s ambitious climate goals.
Raising the deeds excise tax is an equitable way to generate revenue. It is progressive because the tax is linked to real estate prices, buyers and sellers of high-end homes pay more. And it is affordable for lower-income homebuyers as well. Most families only pay the tax once or twice in their lifetime and it is amortized over the life of their mortgage.
» Read article
» More about greening the economy
India tries to adapt to extreme heat but is paying a heavy price
Summer hasn’t arrived yet, but early heat waves have brought the country to a standstill
By Gerry Shih and Kasha Patel, Washington Post
May 9, 2022
[…] Typically, heat waves in India affect only part of the country, occur in the summer and only last for a week or so. But a string of early heat waves this spring has been longer and more widespread than any observed before. India experienced its hottest March on record. Northwest and central India followed with their hottest April.
“This probably would be the most severe heat wave in March and April in the entire [recorded] history” of India, said Vimal Mishra, a climate scientist at Indian Institute of Technology Gandhinagar.
Despite the unprecedented heat, fewer people appear to be dying. Heat waves in 2015 and 1998 took thousands of lives, but the India Meteorological Department has reported only a handful of deaths so far.
Across India, extreme heat has forced farmers, construction workers and students to rearrange their lives, showing how daily routines are changing — and work productivity is declining — in countries that are already among the poorest and hottest in the world.
In recent weeks, education officials in nine northern states have cut the length of classes in half so that students can be dismissed by 11 a.m. Some have ended the school year early. Administrators of large government-run rural employment programs mandated that workers digging canals and ditches stop before noon.
These shifts may be small on their own, but taken together they have far-reaching impacts. India loses more than 100 billion hours of labor per year because of extreme heat, the most of any country in the world, according to research published in Nature Communications.
“We’re reaching some of these critical thresholds in Southwest and South Asia, where people can no longer efficiently cool themselves and it’s almost deadly just to be outside, much less work,” said Luke Parsons, one of the paper’s co-authors. “It’s a really major issue in terms of who bears the cost of climate change first.”
» Read article
Atmospheric CO2 Hits Another All-Time High
By The Energy Mix
May 8, 2022
Atmospheric carbon dioxide levels measured at Hawai’i’s Mauna Loa Observatory breached 420 parts per million (ppm) in April for the first time in human history.
Considered the gold standard for accurate measurements of atmospheric CO2, the new measurements were released by the National Oceanic and Atmospheric Administration (NOAA), reports the Independent.
The NOAA data release shows CO2 levels hitting 420.23 ppm in April, eight years after they breached 400 ppm (400.2 ppm) in May, 2013.
Last May, atmospheric CO2 concentrations at Mauna Loa stood at 419.13 ppm. In May 2002, they were 375.93 ppm, and in 1958, the first year scientists began to measure atmospheric CO2 at Mauna Loa, levels stood at 317.51 ppm.
May typically records the highest levels of atmospheric CO2, just before the northern hemisphere’s summer kicks in with an explosion of plant growth that pulls carbon out the atmosphere, causing levels to drop.
Emissions from fossil fuel burning, plus the loss of natural carbon sinks through the destruction of forest, wetlands, and mangroves, now mean that even the lowest seasonal CO2 levels—typically measured in September before the leaves fall—are far too high for climate health.
Last year, September readings at Mauna Loa stood at 413.30, well above the safe limit of 350 ppm long urged by climate scientists.
And CO2 is not the only thing to worry about, the Independent notes.
Atmospheric concentrations of the two other major greenhouse gases, methane and nitrous oxide, are also rising sharply. Methane is about 85 times more potent an atmospheric warming agent than CO2 over a 20-year span; nitrous oxide is 300 times more powerful.
Atmospheric methane levels now stand at 1980.9 parts per billion (ppb), up 340 ppb from the early 1980s, while nitrous oxide just reached 335.2 ppb, up from 316 ppb just 20 years ago.
» Read article
» More about climate
Navigating the U.S. Solar Industry’s Spring of Discontent
Solar business owners feel worn down by a federal tariff investigation and the Biden administration’s failure to deliver on policy.
By Dan Gearino, Inside Climate News
May 5, 2022
Troy Van Beek is an optimist by nature, but he sounded dour this week.
His solar business, Ideal Energy in Fairfield, Iowa, is dealing with the blowback from a Department of Commerce investigation that could lead to retroactive tariffs on certain solar panels imported from Southeast Asia.
“We keep getting the rug pulled out from under us,” he said.
[…] The investigation has led to a spike in panel prices in anticipation of potential penalties, which is on top of existing supply chain problems that have made it difficult for solar installers to get the equipment they need.
Van Beek spends much of his time trying to chase down equipment and deciding how much he can pay at a time of volatile prices.
[…] The Commerce Department opened its investigation in response to a February legal filing by Auxin Solar, a small manufacturer in California, that said Chinese companies were circumventing the tariffs imposed in 2018 by the Trump administration. Auxin alleges that Chinese manufacturers avoided tariffs by sending equipment to nearby countries for minor assembly work before delivery to the United States. Since the 2018 tariffs, U.S. panel imports from China plummeted, largely replaced by imports from Cambodia, Malaysia, Thailand and Vietnam. Some panel manufacturers have opened plants in the United States, like Jinko Solar of China, which opened in Florida, but the new plants’ output remains small compared to what’s in Asia.
Investigators have a few months to determine if the conduct meets the legal definition of a circumvention of tariffs.
Solar industry groups reacted to the investigation with alarm. The Solar Energy Industries Association said that 24 gigawatts of projects that were projected for 2022 or 2023 would not happen in those years, a decrease of 46 percent compared to the prior forecasts, if the government orders retroactive tariffs. The trade group provided examples of projects that were on hold because of uncertainty about costs that may result from the investigation, and also warned that 100,000 jobs could be lost.
“It’s pretty bad,” said Jenny Chase, lead solar analyst for BloombergNEF, in an email.
» Read article
New Research Shows Higher Methane Emissions from Hydropower
By Tara Lohan, The Revelator, in The Energy Mix
May 1, 2022
This month regulators greenlighted a transmission line that would bring power generated from Canadian hydroelectric dams to New York City. New York’s plan to achieve a zero-emissions grid by 2040 depends on hydropower, and it’s not alone.
Globally hydropower is the largest source of renewable energy. In the United States it makes up 7% of electricity generation, and 37 states allow some form of hydropower in their renewable portfolio standards, which establish requirements for the amount renewable energy that must be used for electricity generation.
As U.S. states and countries across the world work to reduce fossil fuels and boost renewables, hydropower is poised to play an even bigger role.
There’s just one problem: A growing body of research published over the past two decades has found that most reservoirs, including those used for hydropower, aren’t emissions-free.
“Hydroelectric reservoirs are a source of biogenic greenhouse gases and in individual cases can reach the same emission rates as thermal power plants,” Swiss researchers found in a 2016 study published in the journal PLoS ONE.
Despite the green reputation of hydropower among policy-makers, some reservoirs emit significant amounts of methane, along with much smaller amounts of nitrous oxide and carbon dioxide.
That’s bad news because we already have a methane problem. This short-lived but potent gas packs 85 times the global warming punch of carbon dioxide over 20 years. If we hope to stave off catastrophic warming, scientists say we need to quickly cut methane. But new data show that despite this warning it’s still increasing at record levels — even with a global pledge signed by 100 countries to slash methane emissions 30% by 2030.
Methane can rise from wetlands and other natural sources, but most emissions come from human-caused sources like oil and gas, landfills, and livestock. We’ve known about the threat from those sources for years, but emissions from reservoirs have largely been either uncounted or undercounted.
In part that’s because tracking emissions from reservoirs is complicated and highly variable. Emissions can change at different times of the year or even day. They’re influenced by how the dam is managed, including fluctuations in the water level, as well as a host of environmental factors like water quality, depth, sediment, surface wind speed, and temperature.
But recent scientific research provides a better framework to undertake this critical accounting. And environmental groups say it’s time for regulators to get busy putting it to work.
» Read article
» Read the 2016 study
» More about clean energy
Heat pumps do work in the cold — Americans just don’t know it yet
These heating/cooling systems have been called the “most overlooked climate solution.” Now they can work in temperatures far below freezing.
By Shannon Osaka, Grist
May 9, 2022
Heat pumps – heating and cooling systems that run entirely on electricity – have been getting a lot of attention recently. They’ve been called the “most overlooked climate solution” and “an answer to heat waves.” And the technology is finally experiencing a global boom in popularity. Last year, 117 million units were installed worldwide, up from 90 million in 2010. As temperatures and greenhouse gas emissions rise, heat pumps, which can be easily powered by renewable energy, promise to provide a pathway to carbon-free home heating. Environmental activist Bill McKibben even suggested sending heat pumps to Europe to help wean the continent off Russian natural gas.
But despite this global surge in popularity, heat pumps in the U.S. are laboring under a misconception that has plagued them for decades: That if the temperature falls to below 30 or even 40 degrees Fahrenheit, their technology simply doesn’t work. “Do heat pumps work in cold weather” is even a trending question on Google.
It’s a narrative that Andy Meyer, a senior program manager for the independent state agency Efficiency Maine, has spent the past decade debunking for residents in one of the U.S.’s coldest states.
“There were two types of people in Maine in 2012,” he said. “Those who didn’t know what heat pumps were — and those who knew they didn’t work in the cold.” But while that concern may have been true years ago, he said, today “it’s not at all true for high-performance heat pumps.”
[…] One of the benefits of installing heat pumps is cost-savings. In Maine, many homes are heated with fuel oil or propane. At current prices, Meyer says, running a heat pump costs half as much as oil and one-third as much as propane. According to Efficiency Maine’s analysis, that can save homeowners up to thousands of dollars in annual energy costs. A 2017 study by CEE similarly found that installing heat pumps in Minnesota could save residents between $349 and $764 per year, compared to heating with a standard electric or propane furnace.
There are some caveats. Lacey Tan, a manager for the carbon-free buildings program at the energy think tank RMI, says there is still a price premium for heat pumps: Some installers aren’t yet comfortable with how they work and try to reduce their risk by increasing up-front costs. In cold climates, some homes may want to have a back-up heating system for extremely frigid days or in the event of a power outage. (In Maine, Meyer says many homeowners use wood stoves as back-up for their heat pumps.)
But many experts believe more and more cold-weather heat pumps will be sold as homeowners learn about the new advances in the technology. Meyer says that Mainers who install heat pumps naturally begin to share their experience with friends and family. “We have over 100,000 salespeople who have already gotten heat pumps,” he said jokingly. “Not bad for a state where they ‘don’t work in the cold.’”
» Read article
DOE updates water heater rule for first time in two decades
By Miranda Willson, E&E News
May 6, 2022
The Biden administration has unveiled the first new energy efficiency standards in over 20 years for water heaters in commercial buildings, a move it says could slash greenhouse gas emissions and reduce energy costs.
Proposed yesterday by the Department of Energy, the updated standards would save businesses $140 million per year in operating costs and eliminate certain inefficient natural gas-consuming water heaters from the market, according to DOE.
The new standards would reduce carbon emissions by 38 million metric tons between 2026 and 2055, DOE said — an amount equivalent to the annual emissions of about 37 coal-fired power plants, according to an EPA calculator. Natural gas-powered water heaters typically use about 18 percent of the gas consumed in commercial buildings, the department said, citing data from the U.S. Energy Information Administration.
“Water heating accounts for a considerable share of energy costs and domestic carbon emissions,” Kelly Speakes-Backman, principal deputy assistant secretary for energy efficiency and renewable energy at DOE, said in a press release. “Modernizing commercial water heater technology will slash energy costs for schools, hospitals, and small businesses while removing carbon and methane from our atmosphere.”
If finalized, the proposed rule would go into effect in 2026, resulting in less-efficient water heaters known as “non-condensing” models being effectively eliminated from the market.
» Blog editor’s note: this weak ruling (which still allows businesses to install new, “efficient” natural gas water heaters that will lock in emissions for decades) is opposed by groups representing natural gas utilities. It’s progress, but we need a bigger, faster shift.
» Read article
» More about energy efficiency
In a World Starved for Lithium, Researchers Develop a Method to Get It from Water
National lab uses magnets to extract lithium, potentially helping with shortage of key battery material.
By Dan Gearino, Inside Climate News
May 12, 2022
The world needs vast quantities of lithium to meet demand for lithium-ion batteries for electric vehicles and energy storage. And the United States is way behind China in securing a supply of this rare metal.
Catching up in this global race may take some magic, or at least a process that looks like magic.
Researchers at the Pacific Northwest National Laboratory in Richland, Washington have produced magnets that can separate lithium and other metals from water. This approach has the potential to allow companies to affordably gather lithium from sources like the brine used in geothermal power systems and the waste water left over from use by industry.
“We believe that this thing can be big,” said Jian Liu, a senior research engineer at the lab.
The lab has developed a magnetic “nanoparticle” that binds to the materials the user is trying to extract from a liquid. Then, as the liquid passes over a magnetic field, the nanoparticle, which is now latched onto the desired material—usually lithium—gets pulled out.
Liu and his team have been developing this system for eight years. The version in the lab looks like a collection of water containers connected by clear plastic tubes and electronic pumps.
[…] The main caveat is that the process has a cost that means it only makes economic sense for use in liquids with higher concentrations of lithium. The lab’s research is working to reduce the costs.
» Read article
» More about energy storage
Biden Announces $3 Billion in Grants for Domestic Electric Vehicle Battery Production
By Cristen Hemingway Jaynes, EcoWatch
May 3, 2022
The Biden administration has announced a $3.16 billion plan to stimulate the production of batteries for electric vehicles (EVs) in the U.S., an essential step in reducing the carbon emissions that are causing global warming.
The money will be made available in the form of grants to encourage the manufacturing of more high-capacity batteries and the sourcing of the raw materials needed to make them. Funded by last year’s Bipartisan Infrastructure Law, the grants will help U.S. companies build new factories and modify old ones so that they can manufacture EV batteries and parts, CNBC reported. There will be an additional $60 million for a battery reuse and recycling program, the Department of Energy said.
“With the demand for electric vehicles (EVs) and stationary storage alone projected to increase the size of the lithium battery market five- to ten-fold by the end of the decade, it is essential that the United States invests in the capacity to accelerate the development of a resilient supply chain for high capacity batteries,” said a grant availability announcement from the U.S. Department of Energy, as the Detroit Free Press reported.
President Joe Biden wants half of all new vehicle sales in the country to be electric by the end of the decade, and has also issued guidelines for all new cars and trucks bought by the federal government to be emissions-free by 2035, reported The New York Times.
» Read article
» More about clean transportation
Two years after asking for future of gas investigation, Healey asks state to reject results
By Sabrina Shankman, Boston Globe
May 12, 2022
Attorney General Maura Healey, who two years ago prompted the state to begin mapping the phaseout of natural gas in Massachusetts, is now asking it to scrap the blueprint emerging from the process, saying it favors gas company profits over a healthy climate.
”We should be setting the path for an energy system that is equitable, reliable, and affordable — not one that pumps more money into gas pipelines and props up utility shareholders,” said Healey, who is running for governor.
In a 106-page document filed with the state Department of Public Utilities late last week, Healey also said the agency’s decision-making process should be overhauled to prioritize climate goals over the health of utilities, currently one of its functions.
The filing is the latest salvo in a battle that has raged largely out of sight over the future of the gas industry in Massachusetts. Many climate advocates and the state’s own roadmap to net-zero greenhouse emissions call for radically reducing fossil fuels such as natural gas in favor of electricity supplied by a clean power grid. But when the public utilities department launched what it called an investigation into the future of natural gas in 2020, it gave responsibility for developing the blueprint to the gas utilities themselves.
The proposals now emerging from that process, while they would allow for ramping up electrification, lean heavily on large-scale use of so-called decarbonized gas or renewable natural gas. These include tapping the gas generated by landfills or wastewater treatment plants, for example, or using renewable electricity sources to process hydrogen as a fuel. Utilities have also argued for a “hybrid electrification” system, where homes would have electric heat pumps, but also keep gas as a backup.
But advocates say the industry’s suggestions are problematic since they would allow gas companies to continue using fuels that contribute to global warming simply by replacing what flows through their pipes.
In eight hours of public testimony last week and hundreds of pages of comments submitted in the public utilities department proceeding, advocates, activists, and public officials raised concerns that the gas companies’ proposals overlook certain realities about decarbonized fuels — including high cost, limited supply, and that they may not be as climate-friendly as the utilities are claiming.
”Gas utilities have asked the DPU to approve the spending of ratepayer money on untested and costly technologies to maintain their century-old business plan,” Healey said in response to questions from the Globe.
» Read article
» For the back story on why the utility-produced plan is so bad, MA Senator Cynthia Creem’s April 4, 2022 “Future of Gas” hearing is a must-watch!
» More about gas utilities
CARBON CAPTURE AND STORAGE
Safety advocate warns of a lack of oversight for new CO2 pipelines needed for carbon capture
By Kara Holsopple, The Allegheny Front
April 29, 2022
The federal infrastructure bill has spurred new interest in carbon capture and storage as a way to reduce climate polluting emissions from the air and send them underground.
Bill Caram, the executive director of Pipeline Safety Trust, says there was also an expansion of existing tax credits for carbon capture to decarbonize parts of the economy. But his group has concerns about the current regulation of pipelines that carry carbon dioxide, and the many more CO2 pipelines that would be needed to fulfill some of these visions of the future.
Pipeline Safety Trust recently commissioned a report to assess the state of CO2 pipeline safety regulation, and The Allegheny Front’s Kara Holsopple recently spoke with Caram about it.
» Listen to the conversation, or read the transcript
» Read the report on CO2 pipeline safety regulations
» More about CCS
FOSSIL FUEL INDUSTRY
US fracking boom could tip world to edge of climate disaster
140bn metric tons of planet-heating gases could be unleashed if fossil fuel extraction plans get green light, analysis shows
By Nina Lakhani and Oliver Milman, The Guardian
May 11, 2022
» Read article
Oil Giants Sell Dirty Wells to Buyers With Looser Climate Goals, Study Finds
The transactions can help major oil and gas companies clean up their own production by transferring polluting assets to a different firm, the analysis said.
By Hiroko Tabuchi, New York Times
May 10, 2022
When Royal Dutch Shell sold off its stake in the Umuechem oil field in Nigeria last year, it was, on paper, a step forward for the company’s climate ambitions: Shell could clean up its holdings, raise money to invest in cleaner technologies, and move toward its goal of net zero emissions by 2050.
As soon as Shell left, however, the oil field underwent a change so significant it was detected from space: a surge in flaring, or the wasteful burning of excess gas in towering columns of smoke and fire. Flaring emits planet-warming greenhouse gases, as well as soot, into the atmosphere.
Around the world, many of the largest energy companies are expected to sell off more than $100 billion of oil fields and other polluting assets in an effort to cut their emissions and make progress toward their corporate climate goals. However, they frequently sell to buyers that disclose little about their operations, have made few or no pledges to combat climate change, and are committed to ramping up fossil fuel production.
New research to be released Tuesday showed that, of 3,000 oil and gas deals made between 2017 and 2021, more than twice as many involved assets moving from operators with net-zero commitments to those that didn’t, than the reverse. That is raising concerns that the assets will continue to pollute, perhaps even at a greater rate, but away from the public eye.
“You can move your assets to another company, and move the emissions off your own books, but that doesn’t equal any positive impact on the planet if it’s done without any safeguards in place,” said Andrew Baxter, who heads the energy transition team at the Environmental Defense Fund, which performed the analysis.
Transactions like these expose the messy underside of the global energy transition away from fossil fuels, a shift that is imperative to avoid the most catastrophic effects of climate change.
» Read article
» Read the EDF report on transferred emissions
» More about fossil fuel
LIQUEFIED NATURAL GAS
2 stalled LNG projects in Nova Scotia may be on the brink of revival
Renewed signs of interest in Goldboro and Bear Head projects
Frances Willick, CBC News
May 11, 2022
Two proposed liquefied natural gas projects in Nova Scotia that previously stalled are now showing signs of advancing.
Pieridae Energy, the company behind the Goldboro LNG project, is in discussions with the federal government about how to move the project forward.
The proposed LNG terminal in Goldboro, N.S., was previously pitched as a $13-billion land-based facility that would bring in gas from Western Canada and then ship it to Europe. Pieridae shelved the project last summer due to cost pressures and time constraints.
But after Russia — a key supplier of oil and gas to Europe — invaded Ukraine on Feb. 24, the federal government approached Pieridae to see if the company could assist with efforts to ramp up energy exports to help wean Europe off Russian resources.
It’s a far cry from the situation a year ago, when Pieridae requested $1 billion from Ottawa to help make the project a reality — funding that did not materialize.
“The world has changed a lot since then,” Pieridae CEO Alfred Sorensen told CBC News Tuesday. “We have to take advantage of all the work we’ve done already and try and see if we can move the project forward very quickly.”
Earlier this year, Pieridae Energy was considering a smaller project with a floating LNG barge where gas would be super-chilled and then transferred onto tankers.
The company is now shifting its attention back to a land-based project because it would be able to produce more gas than a barge-based facility, and the federal government is interested in maximizing output, Sorensen said.
[…] Even with many approvals and permits already in place, Sorensen said gas would not likely flow from a Goldboro facility until January 2027.
[…] Any oil and gas project in Nova Scotia will face opposition from people concerned about its impact on climate change and greenhouse gas reduction targets.
» Read article
» More about LNG
» Learn more about Pipeline projects
» Learn more about other proposed energy infrastructure
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