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01 / 05
We Just Took an Important Step Forward in Unlocking America’s Energy Potential

Blog Post | Energy & Environment

We Just Took an Important Step Forward in Unlocking America’s Energy Potential

The mining required for widespread clean-energy tech is an environmental trade-off that we must be willing to make.

Summary: A new mining project in Arizona has become the first of its kind to receive a fast-track designation that will speed up the permitting process and reduce regulatory hurdles. This article explains why this is a significant step forward for America’s energy potential and how it can help the country compete with China and reduce its environmental impact.


In the midst of a partisan permitting reform fight in Washington D.C, a new mining project in Arizona has made history.

The South32 Hermosa project in southern Arizona has become the first critical mineral mine to receive FAST-41 designation. Put simply, this means that the normally arduous permitting process will be expedited for this particular project. FAST-41 was passed in 2015 “to improve the timeliness, predictability, and transparency of the Federal environmental review and authorization process for covered infrastructure projects,” according to the EPA. Since then, it has primarily been used for energy production projects like natural gas pipelines and other infrastructure, not for critical mineral mining.

For those of us who want to build cleaner, faster and compete with China, it’s about time that FAST-41 was applied to domestic mining.

South32 Hermosa, funded by an Australian company, would mine both manganese – which is used in electric vehicle batteries – as well as zinc. It’s important to note that manganese has not been mined in significant amounts in the United States since the 1970’s. Since then, we’ve largely relied on other countries for our supply with only modest domestic production and exports. In 2021, the United States was the world’s ninth-largest importer of manganese and primarily imported the mineral from Gabon, South Africa, Mexico, Brazil, and Ukraine.

If we want to transition to clean energy and transportation in a way that’s not only environmentally sustainable, but also geopolitically sustainable, we must retake ownership of our mining needs. China, ruled by the Chinese Communist Party, currently supplies 90 percent of the world’s rare earth minerals, thus dominating the global supply chain and asserting influence over other nations. In fact, when China temporarily stopped exporting key minerals to Japan in 2010, the Japanese economy was thrown for a loop. Abdicating geopolitical and economic leadership to a country that doesn’t share our values is simply dangerous.

We must change course. This means expediting mines like South32 Hermosa in a way that is still environmentally responsible. We can maintain the highest environmental standards in the world without relying on China or the Democratic Republic of the Congo for the raw materials we need for clean technologies. The practices in those countries are often environmentally disastrous and violate the human rights of their workers, who are often slaves or child laborers. Building a clean energy future on these atrocities is not the way forward.

Of course, it is not realistic to mine all the minerals we need here at home, but we can prioritize domestic production while friend-shoring the rest of our needs. There’s absolutely no reason we should be relying on geopolitical foes for such precious resources.

When clean energy advocates urge more domestic mining, we are not advocating for doing so at the expense of our natural environment. Advancements in technology and the environmental laws we have in place have made mining in the United States safer for both miners and our environment. 

It’s estimated that our mineral needs will increase 500% throughout the next few decades as we transition to clean energy and develop more innovative, emissions-reducing technologies. The mining required for these technologies is an environmental trade-off, yes, but it’s a trade-off that we must be willing to make.

Science | Water Use

Devices That Pull Water Out of Thin Air Poised to Take Off

“More than 2 billion people worldwide lack access to clean drinking water, with global warming and competing demands from farms and industry expected to worsen shortages. But the skies may soon provide relief, not in the form of rain but humidity, sucked out of the air by ‘atmospheric water harvesters.’ The devices have existed for decades but typically are too expensive, energy-hungry, or unproductive to be practical.

Now, however, two classes of materials called hydrogels and metal-organic frameworks have touched off what Evelyn Wang, a mechanical engineer at the Massachusetts Institute of Technology, calls ‘an explosion of efforts related to atmospheric water harvesting.’ …

In 2023 [University of California, Berkeley chemist Omar Yaghi] and his colleagues reported an aluminum-based MOF that was cheap to make in bulk and that could wring water from desert air. In preliminary, unpublished tests, Yaghi says, prototype devices using a tweaked version of his team’s MOF can produce 200 liters of water per kilogram per day with only small amounts of added heat.

Yaghi has licensed the technology to Atoco, which is exploring using it to generate water to cool data centers, harnessing their waste heat to speed the cycling. Atoco plans to open pilot scale facilities in Texas and Arizona next year to test scaled-up versions.”

From Science.

Mining Weekly | Mineral Production

Japan to Begin Test Mining Rare-Earth Mud in Early 2026

“Surveys have confirmed the presence of rare-earth-rich mud at depths of 5 000 to 6 000 meters within Japan’s exclusive economic zone near Minamitori Island, Ishii said.

The mud is believed to contain dysprosium and neodymium, which are used in electric vehicle motor magnets, as well as gadolinium and terbium, used in various high-tech products, Ishii said.

Pipes from a deep-sea exploration vessel operated by the Japan Agency for Marine-Earth Science and Technology will be used to extract the mud, which will then be transported to the mainland for analysis to determine its rare earth content.

If successful, the project aims to launch trial operations of a system capable of recovering 350 metric tons of mud per day in January 2027.”

From Mining Weekly.

World Health Organization | Energy Consumption

Energy Access Has Improved across the world

“Almost 92 percent of the world’s population now has access to electricity, in contrast to 87 percent in 2010. In 2023, increases in the number of people with access to electricity outpaced population growth, raising the rate of global access to 92 percent and reducing the number of people without electricity to 666 million—19 million fewer than the previous year…

The greatest growth in access between 2020 and 2023 occurred in Central and Southern Asia, while the pace of progress in Sub-Saharan Africa calls for significant acceleration.”

From World Health Organization.

Curiosities | Energy Prices

Firewood in the American Economy: 1700 to 2010

“Beginning in the last decade of the 18th century, firewood output increased from about 18% of GDP to just under 30% of GDP in the 1830s. The value of firewood fell to less than 5% of GDP by the 1880s. Prior estimates of firewood output in the 19th century significantly underestimated its value.”

From National Bureau of Economic Research.