News Feeds

Michigan is investing $7.5 million to research geologic hydrogen — a clean energy source buried beneath the state that experts say could help power a transition away from fossil fuels. That’s because when hydrogen fuel burns, the only byproduct is water. There are no greenhouse gases or other harmful air pollutants emitted, unlike fossil fuels.

If used as a fuel or in fuel cells, a large store of hydrogen could help clean up the state’s high-emissions industries, such as trucking and steel as well as cement manufacturing, said Kevin Mehren, director of the Michigan Infrastructure Office. Energy production, including at natural gas plants, and transportation are the top sources of greenhouse gas emissions in both Michigan and the country at large.

Geologic hydrogen “is a major decarbonization tool, I think one of the strongest that we have come across,” Mehren said. “It has massive potential across all aspects of our economy, just to fill gaps and provide a new energy source for us.”

A 2025 study from the U.S. Geological Survey mapped out areas around the country with a lot of potential for buried hydrogen, with Michigan on the higher end. The study prompted Governor Gretchen Whitmer in January to direct state resources into more research, from which the recent funding announcement stemmed. Companies in Kansas, Nebraska, and Iowa — states also highlighted in the USGS survey — are currently drilling for geologic hydrogen, according to Sandia National Laboratories.

Mehren hopes this potential can translate into a new industry in Michigan, depending on what further research reveals. “The goal here really is to determine: Is it there? Can we access it? And can this be the tool that we hope it is?” he said.

A portion of this initial funding will support research in the areas that researchers think might store a lot of natural hydrogen, like around Michigan’s lower peninsula.

The state sits on top of what’s called the Midcontinent Rift. It’s where the North American continent started splitting apart more than 1 billion years ago, then stopped. That created the Michigan Basin, a geologic formation that left younger, newer rocks in the middle of the state and deeper, older material — places where hydrogen might have formed — closer to the basin’s edges, including near urban areas like Detroit and Traverse City.

Existing infrastructure for drilling in the region might also make it a good spot for research, said Brian Ellis, an associate professor at the University of Michigan and co-director of MI Hydrogen, the school’s hydrogen research program.

Wells for oil and natural gas drilling already dot northern Michigan, and the region is home to some of the most productive gas fields in the state. The existing equipment can also be used to search for geologic hydrogen.

Read Next What’s geologic hydrogen? What to know about the clean energy source buried under Michigan. Vivian La

“We haven’t typically been looking for hydrogen in the past when we’ve drilled these wells,” Ellis said. “So there’s opportunity to potentially data-mine information that we already have and see if there’s hydrogen.”

Ellis hopes that some of the initial state money can also attract federal funding in the future. The U.S. Department of Energy set aside about $20 million in 2024 for projects related to geologic hydrogen through its Advanced Research Projects Agency–Energy program, and national laboratories have conducted early research in the growing field.

“That’s the kind of thing the federal government should be supporting. Those high-risk, high-reward opportunities where we really grow our knowledge base,” he said.

Despite the Trump administration’s hostility toward clean energy, experts said they’re optimistic this research matches federal priorities. President Trump has pushed for more domestic oil and gas production by expanding drilling and rolling back environmental regulations.

Mehren noted how geologic hydrogen might be a uniquely bipartisan issue.

“You are ostensibly drilling — ‘drill, baby, drill’ is the catchphrase they use — for zero-emission energy,” he said. “It’s a domestic resource, but you are providing a new clean resource that could be an economic driver, decarbonize industry, [and] help fight climate change.”

toolTips('.classtoolTips3','Carbon dioxide, methane, nitrous oxide, and other gases that prevent heat from escaping Earth’s atmosphere. Together, they act as a blanket to keep the planet at a liveable temperature in what is known as the “greenhouse effect.” Too many of these gases, however, can cause excessive warming, disrupting fragile climates and ecosystems.'); toolTips('.classtoolTips4','The process of reducing the emission of carbon dioxide and other greenhouse gases that drive climate change, most often by deprioritizing the use of fossil fuels like oil and gas in favor of renewable sources of energy.');

This story was originally published by Grist with the headline Michigan invests $7.5M to find out if it’s sitting on a clean energy gold mine on Sep 2, 2026.

How did humans go from living in small-scale communities where everyone knew each other to building a massive civilization filled with billions of strangers? Philosopher C. Thi Nguyen, author of "The Score," joins the odyssey to explore the strange relationship between games and large-scale society.

Marinette County could well become a model of sustainability. However, sprawling development may impede its progress as the next iteration of an economic threat to ecosystems.

In a world of AI and data centers and phones in our pockets that demand continual attention, Berry’s voice remains as important as ever.

Heat networks judicial review challenge Channel News brendan 2nd September 2026 Teaser Media

The Lock the Gate Alliance says the Queensland government could use its new state development laws to fast-track a risky gas pipeline project that could transport Beetaloo gas to the east coast, after the project was declared a ‘Coordinated Project’. 

Hunter Valley Operations mine (HVO) has refused to consider a shorter mine life in response to questions from the NSW Independent Planning Commission, insisting it must have a full 19-year extension, despite the colossal contribution it would make to worsening climate change and its impacts in the Hunter. 

By Princess Kemdi Chika-Okafor 

.stk-ttxh81s {margin-bottom:25px !important;}

I have always believed true circularity isn’t just about fixing what breaks at the end of the disposal process; it means rethinking and redesigning our systems from the start.

This was exactly what the Africa Zero Waste Academy was about: rethinking and redesigning our waste systems. As a participant in both the virtual and in-person components of the second edition of the Africa Zero Waste Academy 2026, hosted by GAIA and GAYO in Ghana, I carry away much more than technical blueprints. I am leaving with a renewed understanding of what it takes to build a waste-free continent: a strong combination of technical innovation, strategic storytelling, and grassroots climate justice.

In Kpong, in Ghana’s Eastern Region, our days flowed seamlessly from theory to hands-on practice. In one session, we upcycled discarded textiles into tote bags that served as a tangible reminder of everyday circularity, while strategic advocacy sessions encouraged us to refine our messaging for maximum policy impact.

Pitching the Century 21 Foundation’s capstone proposal to decentralise solar-hybrid cold chains across Africa demonstrated that our local solutions are ready for immediate scaling. By connecting off-grid cold storage with organic waste diversion, we can preserve fresh produce, protect farmers’ livelihoods, and build long-term climate resilience.

Back in Accra, seeing these concepts in real-world operations brought them to life. At the Kpone landfill site, we witnessed an old waste dump being transformed into a sustainable green zone using ClosureTurf technology. A later tour of the Accra Compost and Recycling Plant (ACARP) showcased how large-scale recycling drives the economy, creates green jobs, and supports circularity.

However, the most emotionally impactful moment came on July 31 with the historic launch of the Federation of Informal Sector Waste Workers Associations of Ghana (FISWWAG). Watching informal waste pickers—the unsung heroes who keep tons of waste out of landfills—unite across 16 regions for formal policy recognition was a powerful reminder that true zero waste cannot exist without social justice.

Beyond lectures and field visits, the Academy’s heart lay in the connections we built. Sharing traditional attire, local dishes, and personal stories during our cultural night revealed that, despite our regional challenges, we all share a vision for a resilient Africa. From long bus rides filled with music to intense group debates, we forged an extraordinary network of lifelong allies across the continent. Now, the focus shifts to execution.

For the Century 21 Foundation, our next phase centres on documentary-style storytelling to highlight frontline market women known as (Iya Ojas) in our local parlance, expand source-separation models, and scale our One Plate, One Nation community feeding initiative. With strategic insights, blended finance blueprints, and cross-sector partnerships, we are ready to turn our proposals into tangible impact. 

The future of Africa is green, circular, and already underway.

Writer’s Bio

Princess Kemdi Chika-Okafor is a social entrepreneur and development economist dedicated to solving Africa’s leading agricultural challenge, the dramatic rise in post-harvest food waste and nutritional poverty. As the Founder and Executive Director of the Century 21 Foundation, she is globally recognised as a pioneering thought leader in Afro-Nutrition Sovereignty, championing tech-enabled, self-sustaining circular food economies that move beyond traditional short-term charity.

The post My Chronicles of the Africa Zero Waste Academy 2026: Princess Kemdi first appeared on GAIA.

Frontier Energy says it has secured all major contracts to start construction later this month on the first stage of what will be state's largest solar and battery hybrid.

The post “Fully funded, fully contracted:” Construction team ready to go on state’s largest solar-battery hybrid appeared first on Renew Economy.

New CEOs at CS Energy, CER, Ark Energy and Western Power; new role and hire at CEFC; new additions at AEMO, Sunshine, AEMC, and OptiGrid.

The post Grid Connections 2026: Who’s going where and doing what in Australia’s green energy transition appeared first on Renew Economy.

Scrapping VNI-West and other projects designed to support renewable energy will result in "massive" electricity bill rises, says Victoria's former energy minister.

The post Scrapping VNI-West will “guarantee a massive increase” in power bills, former energy minister warns appeared first on Renew Economy.

Element Zero, the upstart Pilbara green iron contender and survivor of a legal challenge from Fortescue, has won an Arena grant to scale-up of its Perth demonstration plant.

The post Fortescue green iron rival wins Arena cash to scale up Perth demonstration plant appeared first on Renew Economy.

The New South Wales Coalition Opposition's energy and climate change spokesperson, has announced his retirement from politics just half a year out from the state election.

The post NSW opposition energy spokesperson announces retirement months out from state election appeared first on Renew Economy.

Governments must slash emissions further and faster, and keep every climate promise they have made for the planet to be able to return to 1.5C of warming by the end of the century after an inevitable overshoot, a group of prominent climate scientists has said.

In a flagship new report sketching out a way not to lose the most ambitious Paris Agreement goal, the scientists said that global temperatures need to peak at no higher than 1.8C above pre-industrial levels to give the world “a fighting chance” to reverse course. They added that plans to suck carbon dioxide out of the atmosphere can only play a limited role in this effort and cannot substitute for emissions cuts. 

A return to the 1.5C warming limit will only be reached in an optimistic scenario that sees governments turn their full national climate plans – known as NDCs – into reality and meet their additional, more ambitious targets to reach net zero emissions, said the report published by the UN Environment Programme (UNEP). 

Actual government policy is far off that track. Current measures to cut emissions that are funded and in force put the world on course for around 2.8C of warming by 2100, UNEP has previously found. 

Comment: Keeping to 1.5C of warming is no longer possible – but we must still limit the overshoot

Joeri Rogelj, professor of climate science and policy at Imperial College London and one of the report’s authors, said it is necessary to keep the temperature peak as low as possible as there are limits to how fast the world can reverse global warming.

That is because the scale of carbon dioxide removal (CDR) interventions that can be implemented sustainably and in a just way will otherwise not be sufficient and some measures, such as tree-planting or forest management, will be less effective at higher temperatures, he added. 

Commenting on the report, UN Secretary-General António Guterres called for the 1.5C overshoot to be “as small and short as possible”. This, he added, “demands an overshoot of ambition”, involving accelerating the phaseout of fossil fuels and pursuing the renewables revolution, slashing methane pollution, and protecting land, forest and oceans.

“Governments must over-deliver on national climate plans, net-zero commitments, and beyond,” he urged in a video message. “The fight for 1.5 degrees is the fight for humanity.”

Overshoot, peak and decline

The report comes out nearly a year after the UN conceded for the first time that it is inevitable that global warming will exceed 1.5C temporarily and the world should focus on making that overshoot as small and short as possible.

UNEP’s Executive Director Inger Andersen told journalists that 1.5C remains the key goal, but “we now need a different approach from above”, while stepping up efforts to adapt to a warming world. 

“A return to 1.5C is not assured,” she added. “But limiting the magnitude, duration and consequences of overshoot, while preserving the possibility of bringing temperatures back down, is the best remaining option to protect vulnerable people, reduce losses and secure a livable future for all.”

Battle over cleaning up shipping set to resume at London talks

Scientists warn in the report that warming above 1.5C should not be seen as safe or acceptable. Climate risks above that threshold intensify with every additional fraction of a degree of warming, they said. The report paints a grim picture of expected climate impacts: glaciers could lose more than a quarter of their remaining mass by 2100 and global food production could fall by as much as 14% by 2050 without effective adaptation.

Some small island developing states and low-lying coastal cities could be partially or completely submerged, while damaged ecosystems could further accelerate climate change.

To tackle these impacts, the report emphasises that adaptation and emissions-cutting measures are mutually reinforcing approaches and must advance together, while being responsive to emerging risks, which could be non-linear and arise abruptly.

“This report is a ‘fork in the road’ moment for the planet,” said Surangel Whipps, Jr., president of the Pacific island nation of Palau. “It is a further glimpse into a perilous future that has already arrived. To continue to have a fighting chance, calls for greater ambition are no longer enough – we need to see an urgent and unprecedented increase in political will and investment in a climate-safe future.” 

Cut emissions first, remove carbon after

The authors call for a three-phase approach to bringing temperatures back down: an “immediate response” of deep and rapid emissions cuts and urgent protection for the most vulnerable as warming approaches and passes 1.5C; a “coping and containment” phase focused on reaching net-zero emissions and building resilience as temperatures peak; and a “long-term resilience” phase of net-negative emissions through carbon dioxide removal (CDR) and lasting adaptation as temperatures eventually decline.

Richard Betts, who leads climate impact research at the UK Met Office, said CDR is not a “get-out-of-jail-free card” and should only be additional to emission reductions that need to be achieved with “even more urgency than before”.

• Sep 1, 2026 Comment From firefighting to future-proofing: Preventing wildfires must be the priority While many countries remain locked in a reactive cycle of disaster response, public policy can shift investment upstream to build resilience and cut risks Read more
• Aug 28, 2026 Politics Despite African walkout, fractious land COP ends without drought deal A strong push for a drought protocol by African countries failed in contentious talks, with negotiations postponed for another two years Read more

Critics of CDR have long pointed to the technology’s record of overpromising and underdelivering, and warn it has been exploited by the fossil fuel industry and some oil-producing states to try to delay the clean energy transition.

Not everyone was fully convinced by the UNEP overshoot report. Veteran climate scientist Bill Hare from Climate Analytics said it “does a good job of describing the hole we’ve dug ourselves into” but “a poor job of showing us that there is a way out”. He argued that its thin treatment of the need for a fossil fuel phase-out and ambitious mitigation pathways to cut emissions risk “turning it into a call to apathy rather than a call to arms”.

“Host of challenges” with CDR

Debra Roberts, honorary professor at the University of KwaZulu-Natal in South Africa, told journalists that limiting global warming to around 1.8C is needed to give the world “a realistic and fighting chance” of returning to the 1.5C limit because of the “questionable” feasibility of interventions above that threshold. 

CDR comes with “a whole host of challenges”, she added, including the impacts on food and water security of rolling out large-scale programmes and the unanswered questions of whether newer technologies will work at scale and who will foot the bill. 

“It’s going to happen in a very, very complex decision-making space where the risks and impacts are dramatically becoming more complex and interrelated,” she said. “That’s why the pressure there is keep those emissions as low as possible because they give us the greatest fighting chance of the return to 1.5C in a more equitable and just way.”

The post UN sets out narrow path back to 1.5C warming after inevitable overshoot appeared first on Climate Home News.

• About three in 10 U.S. drivers think there’s nothing wrong with speeding, according to a AAA poll. The reality is, there’s plenty wrong with it, like the fact that it kills people. Nearly a third of traffic deaths involve excessive speeds. (Jalopnik)
• Miriam Pinski argues that one reason transit projects take so long and cost so much is because we ask them to do too much — beautify the neighborhood, save the environment, create jobs, etc. — when the most important thing is to create a reliable system people will choose to ride (Works in Progress). Meanwhile, Reece Martin went into even greater depth about the same topic (The Transit Brief).
• The Federal Railway Administration is loosening a lot of train safety regulations. (Trains)
• The California legislature sent Gov. Gavin Newsom a bill cutting red tape for high-speed rail. (EIN Presswire)
• Maryland’s $22 billion, six-year transportation budget includes just $100 million for Red Line planning (Daily Record). Meanwhile, an audit found that the state failed to collect more than $800 million in tolls (Maryland Matters).
• West Virginia groups asked a federal court for an injunction to stop the last phase of the Corridor H freeway project. (WDTV)
• The Southern Alliance for Clean Energy opposes Florida’s plan to use federal funds for EV chargers for flying taxis instead.
• Pittsburgh is replacing its 30-year-old light rail cars. (WTAE)
• Portland is considering offering city government employees free transit passes while Interstate 5 is closed for construction. (Willamette Week)
• Colorado has become a national leader on clean transportation, according to the Natural Resources Defense Council.
• Governing magazine honored Randy Clarke as one of its public officials of the year for revitalizing the D.C. Metro.
• Riders on Charlotte’s Gold Line now have to request a stop when they want to get off the light rail train. (Queen City News)
• The European Union wants member states to make the default urban speed limit 30 kilometers per hour, or about 20 miles per hour (Euro Cities). Birmingham, England has already beat them to the punch (BBC).
• Piggybacking on the discourse Streetsblog NYC stirred up over bike helmets, Belgium has made them mandatory for scooters that go over 20 kph. (Zag Daily)

Agriculture’s climate emissions are rising but fully funding conservation can slow them Anthony Lacey September 2, 2026 Anne Schechinger, M.S. September 2, 2026 Overview

• Agriculture produces around 10% of U.S. greenhouse gas emissions, and the sector’s emissions are rising.
• Under current policies, that 10% could jump to between 18% and 41% by 2050.
• The next farm bill should prioritize and fully fund regenerative agriculture practices to stop the sector from becoming the largest source of emissions.

Agriculture could become the nation’s leading producer of greenhouse gases by 2050.

Most other sectors of the economy, especially transportation and electricity, are expected to reduce their greenhouse gas emissions dramatically in the coming decades. That decline is mostly due to voluntary industry efforts and changing technology.

Agriculture’s climate pollution is driven overwhelmingly by nitrous oxide and methane. Nitrous oxide accounts for 52% of agricultural greenhouse gas emissions, while methane accounts for another 46%. And the sector’s emissions keep rising – they’re projected to go up a quarter of a percent every year through mid-century.

That should be a wake-up call for Congress. 

Agricultural conservation practices – like riparian forest buffers, tree establishment, diversified crop rotations and nutrient management – can help reduce climate emissions or store carbon, so agriculture doesn’t become the biggest source of emissions. 

These practices also have other benefits, such as reducing air pollution and protecting waterways. 

But the billions of dollars both the House and Senate farm bills propose to cut from federal conservation programs would make it harder for farmers to reduce greenhouse gas emissions. 

Congress, through the farm bill, should maintain conservation program funding, and prioritize the money for regenerative practices, instead of continuing to send so much money to structural practices that bring little, if any, climate emissions reductions. 

Agriculture’s growing share of emissions

Agriculture is responsible for at least 10% of annual U.S. greenhouse gas emissions. When combined with emissions from fertilizer production, the sector’s share is even higher.

Climate models show that if the sector’s emissions increase slightly while emissions from other sectors fall, as projected, agriculture’s share of U.S. emissions will grow.

Agriculture ranks fourth among U.S. economic sectors for greenhouse gas emissions, behind transportation, industry and electricity and ahead of buildings and “other” sources.

But that ranking is unlikely to last.

Under policies in place today, agriculture’s share of emissions is expected to almost double by 2050, from 10% to 18%. Agriculture would move up to being the third largest greenhouse-gas-producing sector, after industry and transportation.

But the U.S. has previously made international climate commitments, including through the Paris Agreement, that have led to federal rules aimed at reducing greenhouse gases from most other sectors, including industry and transportation. 

Even though the Trump administration – in both the first and second terms – withdrew from the Paris climate pact, the industry and transportation sectors are still rapidly reducing their emissions.

There are no broad federal greenhouse gas rules in place to force cuts in agriculture’s emissions. As industry, transportation and other sectors lower their overall emissions, agriculture’s share rises – unless the sector also acts to cut emissions. 

Under the scenario in which the U.S. reduces total emissions to levels agreed on in the Paris Agreement, the agriculture sector would make up 41% of total U.S. emissions in 2050. In this scenario, agriculture would be the economic sector producing the most greenhouse gas emissions, because the other sectors would severely cut their emissions. (See Figure 1.)

Figure 1. U.S. emissions by economic sector in 2026, and predicted emissions in 2050 under two scenarios

Image

Source: EWG, using data from Energy Innovation’s Energy Policy Simulator.

Agriculture must reduce its emissions to avoid becoming the No. 1 source of U.S. climate emissions. (See Figure 2.) Scientists warn that if emissions from agriculture don’t go down, the worst impacts of the climate crisis will be inescapable.

Figure 2. If the U.S. follows its international commitments in other sectors, agriculture could top 40% of emissions by 2050

Image

Source: EWG, using data from Energy Innovation’s Energy Policy Simulator.

Nitrous oxide and methane are agriculture’s main climate emissions

Agricultural soil management is the main driver of the sector’s nitrous oxide emissions, particularly the widespread use of fertilizer on crops like corn. Microbes in soil turn nitrogen from fertilizer and manure into nitrous oxide.

Even though nitrous oxide makes up a small share of total U.S. greenhouse gas emissions, it is a potent greenhouse gas. Nitrous oxide stays in the atmosphere for over 100 years and has a global warming potential 273 times more powerful than carbon dioxide.

Global nitrous oxide emissions grew by 40% between 1980 and 2020, and they are expected to increase another 30% between 2020 and 2050. Corn production makes up over half of all nitrous oxide emissions from agriculture.

Nitrous oxide does not just contribute to climate change; it also depletes the ozone layer. And ammonia nitrous oxides can form with other compounds to create particulate matter, with exposure leading to premature deaths. 

Methane makes up the second largest share of greenhouse gas emissions from U.S. agriculture. Most agricultural methane emissions come from livestock. Enteric fermentation from beef and dairy cattle – their natural digestion process – accounts for about 25% of total U.S. methane emissions. 

Manure management also contributes to both methane and nitrous oxide emissions, making up 9% of total U.S. methane emissions and 4% of total nitrous oxide emissions. 

Methane does not stay in the atmosphere as long as carbon dioxide or nitrous oxide, but it has a global warming potential 28 times that of carbon dioxide over 100 years. 

Regenerative agriculture practices can reduce emissions

Conservation practices implemented on farm fields can help to lower agriculture’s greenhouse gas emissions.

A 2022 report from the Boston Consulting Group and the Walton Family Foundation found that practice changes could slash greenhouse gas emissions from farming by almost 22%. 

The report showed emissions could go down as a result of changes in fertilizer applications, tillage practices, grazing management, the use of cover crops, livestock feed additives, soil amendments and the targeted use of trees, among other practices. 

EWG found in a 2025 analysis that many conservation practices can reduce farming’s greenhouse gas emissions. Even if they are adopted on only a small number of acres, they can have a big climate impact. 

The conservation practices applied to Midwest corn acres that would most lower climate emissions are riparian forest buffers, tree or shrub establishment, hedgerow planting and windbreak establishment.

Other practices, including no-tillage, cover crops, and diversifying crops so there is a conservation crop rotation, would also reduce climate emissions. 

But federal conservation program funding needs to be prioritized for practices that help farmers reduce climate emissions and adapt to extreme weather conditions tied to intensifying climate change. 

EWG has identified a list of regenerative agriculture practices that decrease a farm’s greenhouse gas emissions and increase climate resilience. 

Farmers can receive funding to implement these regenerative practices from the Agriculture Department’s Environmental Quality Incentives Program, or EQIP, one of the largest federal conservation programs. 

But EQIP spending must be reformed. In 2025, only $660.9 million from EQIP, or 39% of all payments from the program, went to farmers for practices on EWG’s regenerative practice list. Only four of the top 10 paid practices were regenerative: cover crops, brush management, forest stand improvement, and pasture and hay planting. 

Prioritizing funding

Six of the 10 most funded practices that were not regenerative were structural, building or equipment practices, which together received $427.1 million. These are practices like irrigation pipelines and animal waste storage facilities, which rarely benefit the climate.

Farmers collected hardly any money for some of the conservation practices that are the best at reducing emissions. Two practices that would generate substantial emissions reductions on Midwest corn acres – riparian forest buffer and hedgerow planting – received only $423,000 and $735,000 from EQIP nationally in 2025, respectively. 

More conservation funding must be prioritized for regenerative practices that have climate benefits. Adoption of more of these practices could slow the growth of agriculture's greenhouse gas emissions so the sector does not produce the largest share of U.S. emissions by 2050.

The versions of the farm bill proposed by the House and Senate cut conservation spending by billions of dollars, including reducing funding for EQIP. 

If these cuts were to go into effect, they would hurt farmers and the climate. 

NSW is looking at tariff reform to encourage big gas users to switch to heat storage.

The post State looks to tariff changes to help take the heat out of decarbonisation for big business appeared first on Renew Economy.

Transgrid might be able to claw back some of the more than $1 billion in cost blowouts it has incurred on Project EnergyConnect, but probably not through a re-do of its revenue determination, says AER.

The post Regulator “not satisfied” with Transgrid’s plan to recover transmission cost blowouts, but doesn’t rule it out appeared first on Renew Economy.

A groundbreaking compressed air energy storage project that promises to provide up to eight hours of storage for the blackout prone Broken Hill grid has the green light from the market operator.

The post “Complex and innovative:” Compressed air energy storage project cleared to support blackout-prone grid appeared first on Renew Economy.

Keep It In The Ground August Report Tamarack Sulfide Copper Mine Meeting – Blaine, MN (August 14, 2026) A public meeting on the proposed Tamarack sulfide copper mine was held in Blaine, Minnesota. Upon entering, attendees were greeted by eight tables staffed by mining company representatives, positioned next to a tray of lemon-and-cucumber water, cookies, […]