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Massive $4.2B NV Energy Transmission Line Gets Federal Approval

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Tuesday, September 10, 2024

Greenlink West, a costly large-scale transmission line set to run between Las Vegas and Reno, received a final stamp of approval Monday from the Department of Interior.Federal officials were on hand in Las Vegas to announce approval of the transmission line, which will run 350 miles from Las Vegas to Yerington and greatly increase the state’s transmission capacity.An NV Energy project, it could transmit as much as 4,000 megawatts of clean energy, enough to power roughly 4.8 million homes.Construction is expected to begin in early 2025 and the project is planned to be online by May 2027.The Bureau of Land Management (BLM) also published its draft environmental impact statement for the Greenlink North transmission line, the companion project to Greenlink West.Greenlink North is a 210-mile-long, 3,500-foot-wide utility corridor that will stretch along Highway 50 between White Pine, Eureka, Lander, Churchill and Lyon counties across roughly 84,700 acres of BLM land.The two projects will tie into the existing One Nevada Transmission Line, partially owned by NV Energy, creating a continuous triangle loop of high-voltage transmission lines throughout the state.Combined, the lines will provide better service and reliability for customers, Doug Cannon, NV Energy’s president and CEO, said in a press release. “Greenlink West strengthens our transmission system and creates greater access to Nevada’s resource-rich renewable energy zones, which will help the state achieve its de-carbonization goals and move Nevada closer to a future powered by 100 percent renewable energy and reducing its carbon footprint,” he said.Since the projects were first proposed in 2019, their combined price tag has nearly doubled. Their original estimated cost of $2.5 billion has since increased to $4.24 billion.NV Energy estimates the two Greenlink projects will generate $690 million in economic activity and create 4,000 jobs.The cost of the projects will be split between NV Energy’s wholesale transmission customers, including large casinos that don’t get their energy directly from the utility, and customers statewide. Southern Nevada customers are expected to foot about 70 percent of costs while Northern Nevada customers will pay about 30 percent, the Las Vegas Review-Journal previously reported.Project costs are expected to be recovered for more than 70 years.Both Greenlink projects have garnered concern from environmental and citizen groups. The Greenlink North project will be routed through a section of Tule Fossil Springs National Monument in Southern Nevada, as well as through land owned by The Nature Conservancy.Environmental groups have urged the BLM to consider realigning the Greenlink North transmission line along Interstate 80 to the north. As it currently is proposed, it will run within greater sage-grouse habitat management areas and mating grounds.The BLM is currently updating its greater sage-grouse conservation and management plan. The agency manages the largest single share of sage-grouse habitat in the country — nearly 67 million acres. With development, climate change and wildfires across the West, the birds’ populations have dwindled from several million to fewer than 800,000. A local population of greater sage-grouse needs up to 40 square miles of intact landscape to stay healthy.“The cumulative build out of Greenlink North and associated solar projects would represent a fundamental change to the ecology and culture of central Nevada, one of the wildest and least developed places in the United States,” Patrick Donnelly, Great Basin director for the Center for Biological Diversity, said in an email. The threat to the greater sage-grouse is of particular concern, he said, calling the project “one of the most harmful actions the BLM has ever permitted” in regard to the future of the birds.In an attempt to mitigate impacts to the birds, the BLM is requiring NV Energy to install anti-perching deterrents on transmission poles to minimize predation by ravens.The final environmental impact statement for the northern project is expected to be available in March, with a final decision anticipated in July. It is expected to be in service by December 2028.The advancement of the Greenlink projects comes on the heels of the BLM’s recently released Western Solar Plan, which potentially opens millions of acres of public land in Nevada to solar development. Additional renewable projects advanced Also on Monday, the Department of Interior advanced two additional renewable-energy projects in the state.A final decision was issued for the Libra Solar Project in Lyon and Mineral counties. With the ability to generate and store as much as 700 megawatts of energy, the project will be the largest solar-plus battery storage project in Nevada and one of the largest in the United States.The public comment period was also opened for the environmental impact statement for the 300 megawatt Bonanza Solar Project in Clark and Nye counties. The proposed project would include battery storage. Since the start of his presidency, President Joe Biden has approved 41 renewable-energy projects on public lands with the goal of permitting 25 gigawatts by 2025. The federal government is also processing an additional 55 utility-scale renewable-energy project proposals across the West.This story was originally published by The Nevada Independent and distributed through a partnership with The Associated Press.Copyright 2024 The Associated Press. All rights reserved. This material may not be published, broadcast, rewritten or redistributed.Photos You Should See - July 2024

A large-scale transmission line set to run between Las Vegas and Reno has received a final stamp of approval from the Department of Interior

Greenlink West, a costly large-scale transmission line set to run between Las Vegas and Reno, received a final stamp of approval Monday from the Department of Interior.

Federal officials were on hand in Las Vegas to announce approval of the transmission line, which will run 350 miles from Las Vegas to Yerington and greatly increase the state’s transmission capacity.

An NV Energy project, it could transmit as much as 4,000 megawatts of clean energy, enough to power roughly 4.8 million homes.

Construction is expected to begin in early 2025 and the project is planned to be online by May 2027.

The Bureau of Land Management (BLM) also published its draft environmental impact statement for the Greenlink North transmission line, the companion project to Greenlink West.

Greenlink North is a 210-mile-long, 3,500-foot-wide utility corridor that will stretch along Highway 50 between White Pine, Eureka, Lander, Churchill and Lyon counties across roughly 84,700 acres of BLM land.

The two projects will tie into the existing One Nevada Transmission Line, partially owned by NV Energy, creating a continuous triangle loop of high-voltage transmission lines throughout the state.

Combined, the lines will provide better service and reliability for customers, Doug Cannon, NV Energy’s president and CEO, said in a press release.

“Greenlink West strengthens our transmission system and creates greater access to Nevada’s resource-rich renewable energy zones, which will help the state achieve its de-carbonization goals and move Nevada closer to a future powered by 100 percent renewable energy and reducing its carbon footprint,” he said.

Since the projects were first proposed in 2019, their combined price tag has nearly doubled. Their original estimated cost of $2.5 billion has since increased to $4.24 billion.

NV Energy estimates the two Greenlink projects will generate $690 million in economic activity and create 4,000 jobs.

The cost of the projects will be split between NV Energy’s wholesale transmission customers, including large casinos that don’t get their energy directly from the utility, and customers statewide. Southern Nevada customers are expected to foot about 70 percent of costs while Northern Nevada customers will pay about 30 percent, the Las Vegas Review-Journal previously reported.

Project costs are expected to be recovered for more than 70 years.

Both Greenlink projects have garnered concern from environmental and citizen groups. The Greenlink North project will be routed through a section of Tule Fossil Springs National Monument in Southern Nevada, as well as through land owned by The Nature Conservancy.

Environmental groups have urged the BLM to consider realigning the Greenlink North transmission line along Interstate 80 to the north. As it currently is proposed, it will run within greater sage-grouse habitat management areas and mating grounds.

The BLM is currently updating its greater sage-grouse conservation and management plan. The agency manages the largest single share of sage-grouse habitat in the country — nearly 67 million acres. With development, climate change and wildfires across the West, the birds’ populations have dwindled from several million to fewer than 800,000. A local population of greater sage-grouse needs up to 40 square miles of intact landscape to stay healthy.

“The cumulative build out of Greenlink North and associated solar projects would represent a fundamental change to the ecology and culture of central Nevada, one of the wildest and least developed places in the United States,” Patrick Donnelly, Great Basin director for the Center for Biological Diversity, said in an email. The threat to the greater sage-grouse is of particular concern, he said, calling the project “one of the most harmful actions the BLM has ever permitted” in regard to the future of the birds.

In an attempt to mitigate impacts to the birds, the BLM is requiring NV Energy to install anti-perching deterrents on transmission poles to minimize predation by ravens.

The final environmental impact statement for the northern project is expected to be available in March, with a final decision anticipated in July. It is expected to be in service by December 2028.

The advancement of the Greenlink projects comes on the heels of the BLM’s recently released Western Solar Plan, which potentially opens millions of acres of public land in Nevada to solar development.

Additional renewable projects advanced

Also on Monday, the Department of Interior advanced two additional renewable-energy projects in the state.

A final decision was issued for the Libra Solar Project in Lyon and Mineral counties. With the ability to generate and store as much as 700 megawatts of energy, the project will be the largest solar-plus battery storage project in Nevada and one of the largest in the United States.

The public comment period was also opened for the environmental impact statement for the 300 megawatt Bonanza Solar Project in Clark and Nye counties. The proposed project would include battery storage.

Since the start of his presidency, President Joe Biden has approved 41 renewable-energy projects on public lands with the goal of permitting 25 gigawatts by 2025. The federal government is also processing an additional 55 utility-scale renewable-energy project proposals across the West.

This story was originally published by The Nevada Independent and distributed through a partnership with The Associated Press.

Photos You Should See - July 2024

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Lasers could help cut CO2 emissions from Maine’s paper and pulp mills

This story was first published by Energy News Network. A Massachusetts university is developing technology that aims to use lasers to drastically cut emissions and energy use from Maine’s paper and pulp industry. Worcester Polytechnic Institute recently received a $2.75 million U.S. Department of Energy grant to help ready the industrial drying technology for commercial use. “We are all excited about this — this is potentially a groundbreaking technology,” said Jamal Yagoobi, founding director of the institute’s Center for Advanced Research in Drying. In Maine, the paper and pulp business generates about 1 million metric tons of carbon dioxide emissions each year, roughly half of the state’s industrial emissions. Much of these emissions result from the process of drying mashed, pressed, and rolled wood pulp to yield paper products. The emissions come mainly from three major operations across the state; three additional facilities contribute smaller amounts. These plants’ emissions will need to be addressed if Maine is to reach its goal of going carbon neutral by 2045. Furthermore, each of these plants is located in an area with an above-average population of low-income residents, according to data assembled by Industrious Labs, an environmental organization focused on the impact of industry. And two are located in areas with a higher-than-average risk of cancer from air toxins, suggesting a correlation between their operations and the incidence of cancer in the area. At the same, the paper and pulp industry remains economically important to Maine, said Matt Cannon, state conservation and energy director for the Maine chapter of the Sierra Club. “It’s got real union jobs — the paper industry is still very important to our community,” he said. Worcester Polytechnic’s drying research center has been working on ways to dry paper, pulp, and other materials using the concentrated energy found in lasers. The lasers Yagoobi’s team is using are not the lasers of the public imagination, like a red beam zapping at alien enemies. Though the lasers are quite strong — they can melt metal, Yagoobi says — they are dispersed over a larger area, spreading out the energy to evenly and gently dry the target material.

Energy

Technology

CO2

The economic case for green steel production at a Michigan steel mill

Dearborn, Michigan, was at the heart of auto industry innovation during the days of the Model T Ford. Now clean energy and environmental justice advocates are proposing that the city play a lead role in greening the auto industry, through a transformation of the Dearborn Works steel mill to “green steel” — a steelmaking process powered by hydrogen and renewable energy with drastically lower emissions than a traditional blast furnace. The blast furnace at Dearborn Works is due for relining in 2027, at an estimated cost of $470 million. Advocates argue that instead of prolonging the blast furnace’s life, its owner, Cleveland Cliffs, should invest another $2 billion dollars and convert the mill to Direct Reduced Iron (DRI) technology powered by green hydrogen (hydrogen produced with renewable energy). An October report by Dr. Elizabeth Boatman of the firm 5 Lakes Energy examines the economics and logistics of such a conversion, and argues that demand for cleaner steel is likely to grow as auto companies and other global industries seek to lower their greenhouse gas footprints. Starting in 2026, steel importers to the European Union will need to make payments to offset emissions associated with steel production. Worldwide, the auto industry is the second largest consumer of steel after construction, and “being able to pass on the price of a ‘green steel premium’ to its end consumers, the automotive industry is uniquely positioned to create demand for green steel without having to rely on public subsidies,” the European Union think tank CEPS said in a recent publication. “This is a great chance for the state to step in now and ensure this conversion happens, instead of waiting another 20 years,” said Boatman. “All the economic indicators suggest clean steel is the steel product of the future, and the best way to future-proof jobs especially in the steel sector and especially for unions.” Cutting pollution, creating jobs Cleveland Cliffs is planning to convert its Middletown, Ohio, steel mill to DRI, tapping a $500 million federal grant for industrial decarbonization under the Bipartisan Infrastructure Law and Inflation Reduction Act. A DRI furnace does not need to use coke or heat iron ore to 3,000 degrees Fahrenheit to produce pure “pig iron”; the same result is achieved with a different chemical process at much lower temperatures. DRI furnaces can be powered by natural gas or clean hydrogen. Initially, Cleveland Cliffs says, its Middletown mill will run on natural gas, releasing about half the carbon emissions of its current blast furnace. Eventually, the company announced, it could switch to hydrogen. Along with slashing greenhouse gas emissions, a similar green steel conversion at Dearborn Works would greatly reduce the local air pollution burden facing residents in the heavily industrial area, which is also home to a Marathon oil refinery, a major rail yard, and other polluters. But it wouldn’t be cheap. Boatman’s report estimated the cost of converting a blast furnace to a DRI furnace and associated electric arc furnaces at $1.57 billion, plus $2.6 billion to build a green hydrogen plant. Utility DTE Energy would need to work with grid operator MISO to add about 2 GW of solar and 2 GW of wind power, plus battery storage, to the grid to power the green hydrogen production. The conversion would mean closure of the EES Coke plant, which turns coal into coke for the steel mill, on heavily polluted Zug Island in the River Rouge just outside Detroit, five miles from Dearborn. In 2022, the EPA sued the coke plant, a subsidiary of DTE Energy, over Clean Air Act violations. A recent study by the nonprofit Industrious Labs found that the EES Coke plant could be responsible for up to 57 premature deaths and more than 15,000 asthma attacks. The report also found that more than half the people living within a three-mile radius of both the steel mill and coke plant are low-income, and three-quarters of those living around the coke plant are people of color, as are half those living around the steel mill. “The total health costs are quite significant,” said Nick Leonard, executive director of the Great Lakes Environmental Law Center, which is representing local residents as intervenors in the EPA lawsuit against the coke plant. “We allow companies to externalize those costs and not account for them. If they were required by some sort of change in policy or regulation to be responsible for those costs, it would certainly make the case they could make this expensive switch” to green steel. The law center also represented residents in legal proceedings around Dearborn Works’ Clean Air Act violations, including a 2015 consent decree and a 2023 mandate to install a new electrostatic precipitator at a cost of $100 million. Leonard said local residents “know Cleveland Cliffs poses a risk to their health, and they want solutions. They know there’s a problem — they are frustrated by the lack of will or attention from state and local government.” Cleveland Cliffs did not respond to a request for comment. Why Michigan? The country’s active steel mills are concentrated in Pennsylvania, Indiana, Ohio, and Michigan. Advocates and residents are asking Nippon Steel to consider a green steel conversion at the Gary Works mill in Northwest Indiana, if the global corporation succeeds in acquiring Gary Works owner U.S. Steel. Advocates have also proposed green steel conversions for Pennsylvania mills.

Energy

Chemicals

Health

Ensuring a durable transition

Progress on the energy transition depends on collective action benefiting all stakeholders, agreed participants in MITEI’s annual research conference.

To fend off the worst impacts of climate change, “we have to decarbonize, and do it even faster,” said William H. Green, director of the MIT Energy Initiative (MITEI) and Hoyt C. Hottel Professor, MIT Department of Chemical Engineering, at MITEI’s Annual Research Conference.“But how the heck do we actually achieve this goal when the United States is in the middle of a divisive election campaign, and globally, we’re facing all kinds of geopolitical conflicts, trade protectionism, weather disasters, increasing demand from developing countries building a middle class, and data centers in countries like the U.S.?”Researchers, government officials, and business leaders convened in Cambridge, Massachusetts, Sept. 25-26 to wrestle with this vexing question at the conference that was themed, “A durable energy transition: How to stay on track in the face of increasing demand and unpredictable obstacles.”“In this room we have a lot of power,” said Green, “if we work together, convey to all of society what we see as real pathways and policies to solve problems, and take collective action.”The critical role of consensus-building in driving the energy transition arose repeatedly in conference sessions, whether the topic involved developing and adopting new technologies, constructing and siting infrastructure, drafting and passing vital energy policies, or attracting and retaining a skilled workforce.Resolving conflictsThere is “blowback and a social cost” in transitioning away from fossil fuels, said Stephen Ansolabehere, the Frank G. Thompson Professor of Government at Harvard University, in a panel on the social barriers to decarbonization. “Companies need to engage differently and recognize the rights of communities,” he said.Nora DeDontney, director of development at Vineyard Offshore, described her company’s two years of outreach and negotiations to bring large cables from ocean-based wind turbines onshore.“Our motto is, 'community first,'” she said. Her company works to mitigate any impacts towns might feel because of offshore wind infrastructure construction with projects, such as sewer upgrades; provides workforce training to Tribal Nations; and lays out wind turbines in a manner that provides safe and reliable areas for local fisheries.Elsa A. Olivetti, professor in the Department of Materials Science and Engineering at MIT and the lead of the Decarbonization Mission of MIT’s new Climate Project, discussed the urgent need for rapid scale-up of mineral extraction. “Estimates indicate that to electrify the vehicle fleet by 2050, about six new large copper mines need to come on line each year,” she said. To meet the demand for metals in the United States means pushing into Indigenous lands and environmentally sensitive habitats. “The timeline of permitting is not aligned with the temporal acceleration needed,” she said.Larry Susskind, the Ford Professor of Urban and Environmental Planning in the MIT Department of Urban Studies and Planning, is trying to resolve such tensions with universities playing the role of mediators. He is creating renewable energy clinics where students train to participate in emerging disputes over siting. “Talk to people before decisions are made, conduct joint fact finding, so that facilities reduce harms and share the benefits,” he said.Clean energy boom and pressureA relatively recent and unforeseen increase in demand for energy comes from data centers, which are being built by large technology companies for new offerings, such as artificial intelligence.“General energy demand was flat for 20 years — and now, boom,” said Sean James, Microsoft’s senior director of data center research. “It caught utilities flatfooted.” With the expansion of AI, the rush to provision data centers with upwards of 35 gigawatts of new (and mainly renewable) power in the near future, intensifies pressure on big companies to balance the concerns of stakeholders across multiple domains. Google is pursuing 24/7 carbon-free energy by 2030, said Devon Swezey, the company’s senior manager for global energy and climate.“We’re pursuing this by purchasing more and different types of clean energy locally, and accelerating technological innovation such as next-generation geothermal projects,” he said. Pedro Gómez Lopez, strategy and development director, Ferrovial Digital, which designs and constructs data centers, incorporates renewable energy into their projects, which contributes to decarbonization goals and benefits to locales where they are sited. “We can create a new supply of power, taking the heat generated by a data center to residences or industries in neighborhoods through District Heating initiatives,” he said.The Inflation Reduction Act and other legislation has ramped up employment opportunities in clean energy nationwide, touching every region, including those most tied to fossil fuels. “At the start of 2024 there were about 3.5 million clean energy jobs, with 'red' states showing the fastest growth in clean energy jobs,” said David S. Miller, managing partner at Clean Energy Ventures. “The majority (58 percent) of new jobs in energy are now in clean energy — that transition has happened. And one-in-16 new jobs nationwide were in clean energy, with clean energy jobs growing more than three times faster than job growth economy-wide”In this rapid expansion, the U.S. Department of Energy (DoE) is prioritizing economically marginalized places, according to Zoe Lipman, lead for good jobs and labor standards in the Office of Energy Jobs at the DoE. “The community benefit process is integrated into our funding,” she said. “We are creating the foundation of a virtuous circle,” encouraging benefits to flow to disadvantaged and energy communities, spurring workforce training partnerships, and promoting well-paid union jobs. “These policies incentivize proactive community and labor engagement, and deliver community benefits, both of which are key to building support for technological change.”Hydrogen opportunity and challengeWhile engagement with stakeholders helps clear the path for implementation of technology and the spread of infrastructure, there remain enormous policy, scientific, and engineering challenges to solve, said multiple conference participants. In a “fireside chat,” Prasanna V. Joshi, vice president of low-carbon-solutions technology at ExxonMobil, and Ernest J. Moniz, professor of physics and special advisor to the president at MIT, discussed efforts to replace natural gas and coal with zero-carbon hydrogen in order to reduce greenhouse gas emissions in such major industries as steel and fertilizer manufacturing.“We have gone into an era of industrial policy,” said Moniz, citing a new DoE program offering incentives to generate demand for hydrogen — more costly than conventional fossil fuels — in end-use applications. “We are going to have to transition from our current approach, which I would call carrots-and-twigs, to ultimately, carrots-and-sticks,” Moniz warned, in order to create “a self-sustaining, major, scalable, affordable hydrogen economy.”To achieve net zero emissions by 2050, ExxonMobil intends to use carbon capture and sequestration in natural gas-based hydrogen and ammonia production. Ammonia can also serve as a zero-carbon fuel. Industry is exploring burning ammonia directly in coal-fired power plants to extend the hydrogen value chain. But there are challenges. “How do you burn 100 percent ammonia?”, asked Joshi. “That's one of the key technology breakthroughs that's needed.” Joshi believes that collaboration with MIT’s “ecosystem of breakthrough innovation” will be essential to breaking logjams around the hydrogen and ammonia-based industries.MIT ingenuity essentialThe energy transition is placing very different demands on different regions around the world. Take India, where today per capita power consumption is one of the lowest. But Indians “are an aspirational people … and with increasing urbanization and industrial activity, the growth in power demand is expected to triple by 2050,” said Praveer Sinha, CEO and managing director of the Tata Power Co. Ltd., in his keynote speech. For that nation, which currently relies on coal, the move to clean energy means bringing another 300 gigawatts of zero-carbon capacity online in the next five years. Sinha sees this power coming from wind, solar, and hydro, supplemented by nuclear energy.“India plans to triple nuclear power generation capacity by 2032, and is focusing on advancing small modular reactors,” said Sinha. “The country also needs the rapid deployment of storage solutions to firm up the intermittent power.” The goal is to provide reliable electricity 24/7 to a population living both in large cities and in geographically remote villages, with the help of long-range transmission lines and local microgrids. “India’s energy transition will require innovative and affordable technology solutions, and there is no better place to go than MIT, where you have the best brains, startups, and technology,” he said.These assets were on full display at the conference. Among them a cluster of young businesses, including:the MIT spinout Form Energy, which has developed a 100-hour iron battery as a backstop to renewable energy sources in case of multi-day interruptions;startup Noya that aims for direct air capture of atmospheric CO2 using carbon-based materials;the firm Active Surfaces, with a lightweight material for putting solar photovoltaics in previously inaccessible places;Copernic Catalysts, with new chemistry for making ammonia and sustainable aviation fuel far more inexpensively than current processes; andSesame Sustainability, a software platform spun out of MITEI that gives industries a full financial analysis of the costs and benefits of decarbonization.The pipeline of research talent extended into the undergraduate ranks, with a conference “slam” competition showcasing students’ summer research projects in areas from carbon capture using enzymes to 3D design for the coils used in fusion energy confinement.“MIT students like me are looking to be the next generation of energy leaders, looking for careers where we can apply our engineering skills to tackle exciting climate problems and make a tangible impact,” said Trent Lee, a junior in mechanical engineering researching improvements in lithium-ion energy storage. “We are stoked by the energy transition, because it’s not just the future, but our chance to build it.”

Energy

Business

Climate

Massachusetts passes bill to speed clean energy and slow gas expansion

Yesterday, Massachusetts lawmakers made major moves to reduce greenhouse gas emissions and transition the state to clean energy. Legislators approved a long-awaited climate bill that will limit gas pipeline expansion, make it easier to site and build renewables, and allow utilities to use geothermal energy — instead of fossil fuels — to heat and cool homes. Governor Maura Healey, a Democrat, is expected to sign it into law in the coming days. The bill first passed the Senate over the summer but stalled in the House, where representatives wanted a more narrow focus that didn’t include gas system reforms. The legislators managed to reach a compromise, and environmental advocates are pleased with the result. “The Legislature and the Healey-Driscoll Administration are taking tangible steps to drive the Commonwealth’s clean energy future forward in the wake of the federal Election outcome,” the Acadia Center said in a press release following the vote. Massachusetts is the first state to take action on climate since Trump’s re-election; the new federal landscape could spur more state lawmakers to try and advance climate legislation. A large portion of the new bill streamlines the steps for clean energy projects to get off the ground. Instead of having to go through multiple agencies for approval, the Energy Facilities Siting Board will oversee the entire process. “We’re eliminating a lot of the friction that prevents projects from being built,” said Caitlin Peale Sloan, vice president of the Massachusetts chapter at Conservation Law Foundation. “This will hopefully unlock the clean energy that we need to get built,” Sloan said. Massachusetts has committed to reaching net-zero emissions by 2050 and cutting emissions 50 percent below 1990 levels by 2030. A faster permitting process could leave less room for opposition from impacted communities. On top of that, the bill places a time limit on challenges to renewable energy projects — which can sometimes hold up construction for years — to 15 months. But to protect already burdened communities, the legislature added a requirement that each project proposal must look at cumulative environmental impact, or how a new facility could add to the existing pollution in a given area. The bill also sets state targets for long duration energy storage and allows contracts for offshore wind and battery storage for up to 30 years, instead of the current 20. One provision allows Massachusetts to receive nuclear energy from neighboring Connecticut; in exchange, Connecticut is expected to agree to take wind power from MA’s 1,200 megawatt Vineyard Wind 2 project. In terms of gas reform, the new law takes an important step by changing how gas companies are defined. Until now, gas utilities in Massachusetts have only been allowed to deliver gas to their customers, and no alternative fuels. Going forward, they can provide heating and cooling to homes through networked geothermal energy, which connects water-filled pipes in the street to heat pumps in buildings. Several utilities are already operating small-scale demonstration projects of this technology in the state. In June, Eversource Gas brought the first networked geothermal pilot online, delivering energy to 36 buildings in Framingham, MA.

Energy

Climate

Pollution

3 Questions: Can we secure a sustainable supply of nickel?

Extraction of nickel, an essential component of clean energy technologies, needs stronger policies to protect local environments and communities, MIT researchers say.

As the world strives to cut back on carbon emissions, demand for minerals and metals needed for clean energy technologies is growing rapidly, sometimes straining existing supply chains and harming local environments. In a new study published today in Joule, Elsa Olivetti, a professor of materials science and engineering and director of the Decarbonizing Energy and Industry mission within MIT’s Climate Project, along with recent graduates Basuhi Ravi PhD ’23 and Karan Bhuwalka PhD ’24 and nine others, examine the case of nickel, which is an essential element for some electric vehicle batteries and parts of some solar panels and wind turbines.How robust is the supply of this vital metal, and what are the implications of its extraction for the local environments, economies, and communities in the places where it is mined? MIT News asked Olivetti, Ravi, and Bhuwalka to explain their findings.Q: Why is nickel becoming more important in the clean energy economy, and what are some of the potential issues in its supply chain?Olivetti: Nickel is increasingly important for its role in EV batteries, as well as other technologies such as wind and solar. For batteries, high-purity nickel sulfate is a key input to the cathodes of EV batteries, which enables high energy density in batteries and increased driving range for EVs. As the world transitions away from fossil fuels, the demand for EVs, and consequently for nickel, has increased dramatically and is projected to continue to do so.The nickel supply chain for battery-grade nickel sulfate includes mining nickel from ore deposits, processing it to a suitable nickel intermediary, and refining it to nickel sulfate. The potential issues in the supply chain can be broadly described as land use concerns in the mining stage, and emissions concerns in the processing stage. This is obviously oversimplified, but as a basic structure for our inquiry we thought about it this way. Nickel mining is land-intensive, leading to deforestation, displacement of communities, and potential contamination of soil and water resources from mining waste. In the processing step, the use of fossil fuels leads to direct emissions including particulate matter and sulfur oxides. In addition, some emerging processing pathways are particularly energy-intensive, which can double the carbon footprint of nickel-rich batteries compared to the current average.Q: What is Indonesia’s role in the global nickel supply, and what are the consequences of nickel extraction there and in other major supply countries?Ravi: Indonesia plays a critical role in nickel supply, holding the world's largest nickel reserves and supplying nearly half of the globally mined nickel in 2023. The country's nickel production has seen a remarkable tenfold increase since 2016. This production surge has fueled economic growth in some regions, but also brought notable environmental and social impacts to nickel mining and processing areas.Nickel mining expansion in Indonesia has been linked to health impacts due to air pollution in the islands where nickel processing is prominent, as well as deforestation in some of the most biodiversity-rich locations on the planet. Reports of displacement of indigenous communities, land grabbing, water rights issues, and inadequate job quality in and around mines further highlight the social concerns and unequal distribution of burdens and benefits in Indonesia. Similar concerns exist in other major nickel-producing countries, where mining activities can negatively impact the environment, disrupt livelihoods, and exacerbate inequalities.On a global scale, Indonesia’s reliance on coal-based energy for nickel processing, particularly in energy-intensive smelting and leaching of a clay-like material called laterite, results in a high carbon intensity for nickel produced in the region, compared to other major producing regions such as Australia.Q: What role can industry and policymakers play in helping to meet growing demand while improving environmental safety?Bhuwalka: In consuming countries, policies can foster “discerning demand,” which means creating incentives for companies to source nickel from producers that prioritize sustainability. This can be achieved through regulations that establish acceptable environmental footprints for imported materials, such as limits on carbon emissions from nickel production. For example, the EU’s Critical Raw Materials Act and the U.S. Inflation Reduction Act could be leveraged to promote responsible sourcing. Additionally, governments can use their purchasing power to favor sustainably produced nickel in public procurement, which could influence industry practices and encourage the adoption of sustainability standards.On the supply side, nickel-producing countries like Indonesia can implement policies to mitigate the adverse environmental and social impacts of nickel extraction. This includes strengthening environmental regulations and enforcement to reduce the footprint of mining and processing, potentially through stricter pollution limits and responsible mine waste management. In addition, supporting community engagement, implementing benefit-sharing mechanisms, and investing in cleaner nickel processing technologies are also crucial.Internationally, harmonizing sustainability standards and facilitating capacity building and technology transfer between developed and developing countries can create a level playing field and prevent unsustainable practices. Responsible investment practices by international financial institutions, favoring projects that meet high environmental and social standards, can also contribute to a stable and sustainable nickel supply chain.

Energy

Sustainable

Forests

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Precarious

An independent art film, Precarious is a haunting evocation of the aftermath of the explosion at Chernobyl, 25 years on. Accompanied by testimony from a group of unseen veterans of the disaster, Precarious bears witness to both the folly and resilience of humans and to nature's fragility.

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A Low Carbon Future for China’s Furnace Cities

China’s economic development and rapid urbanization has led to a dramatic rise in energy consumption due to excessive heating and air-conditioning causing carbon emissions of immense proportions. China’s government has set the ambitious target of reducing CO2 emissions by 40–45% by 2020 against the 2005 baseline. A UK/China-funded team working on how to solve the problem in some of the most extreme climate regions in China. The team discovers groundbreaking solutions using computational-fluid-dynamics simulations.

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Total Disaster

Armed with realistic bird puppets, trickster environmental activists pretend to be oil company Total—staging a satirical press conference to introduce "RéHabitat," a program to rescue animals from the East African Oil Pipeline by relocating them to “more sustainable” habitats. Using humor and mischief, they expose a deadly ecological disaster in a zany effort to help #StopEACOP.

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Energy

Animals

100 Short Stories

100 Short Stories is a collage ranging from the serious to the humorous. This original and engaging documentary tackles opinions regarding governance, public policy, and questions what are sound ideas socially, environmentally and culturally in today’s society. It’s about predatory Capitalism, renewable energy, stopping the frakers, and contemporary life in Atlantic Canada. Created by Neal Livingston, a well-known Nova Scotian documentary filmmaker and artist – as well as renewable energy practitioner, developer and policy advocate – who calls the film partly autobiographical.

Culture

Energy

Documentary

Backyard

Following stories about the effects of fracking in Pennsylvania, Colorado, North Dakota, and Montana, an eerie similarity emerges despite the vast differences in geography, personal histories, and different stages of hydro-fracking development that involves increasingly difficult methods of fossil fuel extraction at increasing costs to the people and the environment. Interspersed throughout these human stories are animated illustrations of the bigger “puzzle picture” of which each story is only one small piece.

Resources

Land Use

Energy

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Related News

Lasers could help cut CO2 emissions from Maine’s paper and pulp mills

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Join us to forgea sustainable future

sign up for our mailing list to stay informed on the latest films and environmental headlines.

Join us to forge
a sustainable future