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Conservatives have been vocal about our climate for years. Those voices won’t be ignored any longer.

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Akshat Rathi and Will Mathis of Bloomberg report on an Australian hydrogen startup.

The C3 Take
  • Hysata, an Australian startup, has raised $111 million from investors to scale up its efficient electrolyzer technology that can produce emissions-free green hydrogen from electricity at a lower cost by avoiding the formation of bubbles through a unique capillary action design.
  • Capillary action, which is used by trees, is when a liquid in a narrow space can rise against the force of gravity.
  • The company’s electrolyzer claims to achieve an energy efficiency of 95% in converting electricity to hydrogen, significantly higher than current commercial electrolyzers at around 75%, resulting in potential double-digit cost savings.

“The machines apply electricity to water and split the compound into its constituent elements of hydrogen and oxygen. It’s quite easy to make an electrolyzer at home that generates small quantities of hydrogen. All you need is two pieces of solid metal, some wire, salty water and a source of electricity.”

Read the full article here.

Dan Primack and Ben Geman of Axios report on a vaccine to reduce cow farts and burps.

The C3 Take
  • Cow burps are estimated to contribute to 5% of global greenhouse gas emissions.
  • ArkeaBio’s claims its vaccine is safe and cost-effective and significantly reduces methane production in a cow’s digestive track.
  • The company received $26.5 million from Bill Gates-backed Breakthrough Energy Ventures.

“Methane is much more potent than is carbon dioxide, in terms of its trapping atmospheric heat, although it also dissipates down faster.”

Read the full article here.

Avi Salzman of Barron’s reports on Exxon’s exploration in direct air capture.

The C3 Take
  • Exxon is experimenting with a direct air capture unit at its refining and chemicals facility in Baytown, Texas.
  • Direct air capture has potential to be a significant solution in addressing climate change, but abatement costs with the technology are high ($600-$1,000 per ton of CO2).
  • Exxon is looking to cut this cost in half to increase wide-scale deployment, although it still exploring how it will do so.

“Unlike many of the climate-related projects Exxon is undertaking, this plant is highly experimental. Exxon has previously said that its low-carbon businesses like biofuels and lithium-mining need to make double-digit returns. Direct air capture, by comparison, is more of a space-age science experiment for now—one that may pay off or fade away. The company isn’t disclosing how much it’s spending on the project.”

Read the full article here.

Eric Boehm of Reason reports on Biden’s tariffs.

The C3 Take
  • President Biden has introduced stringent tariffs on Chinese EVs, semiconductors, port equipment, and medical gear, including syringes and rubber gloves.
  • While he claims that this will benefit American workers, it will increase costs for consumers (who are also workers) and hurt the administration’s own environmental goals.
  • To lower costs for consumers, boost the economy, and lower emissions, the U.S. should turn to open markets and free trade.

“It is a decision that reflects the muddled economic thinking that has defined Biden’s time in office. It is a promise to raise taxes on Americans who want to purchase products the president disfavors, one that cuts directly against the same president’s own environmental goals, all wrapped up inside silly election-year rhetoric.”

Read the full article here.

Data centers are one of the fastest-growing industries worldwide, especially with the rise of AI. According to the International Energy Agency, data centers could double their electricity usage in the coming years, reaching 1,000 terawatt hours in 2026. AI has the potential to drive economic and environmental progress in unprecedented ways, but the data centers also require enormous amounts of water and energy. Addressing the resource challenges will be critical to ensure the long-term sustainability of the industry.

>>>READ: Tech Giants Are Looking to Power the Cloud with Nuclear Energy

One challenge data centers present is the large amount of water that is needed to keep servers cool. In 2021, Google used an average of 450,000 gallons of water daily at each of its centers. A survey from Savills notes that European data centers can put a strain on local water supplies, with liquid cooling accounting for approximately 20% of the total European cooling market.  

Nautilus Data Technologies is addressing these water use challenges with innovative designs. Nautilus has created a floating barge data center that pulls water from the ocean to cool servers. The company has also launched a land-based cooling system called EcoCore, which they can add to existing facilities. EcoCore uses Nautilus’ patented closed-loop water-cooling system which results in no additional water or chemical use. It also operates on 30% less power than leading competitors. 

With three locations in the country, Nautilus is setting up a multi-megawatt center with Start Campus, a green data center campus, in Sines, Portugal, the company’s first outside of the U.S. Nautilus is also planning to launch its floating data center designs in projects Marseille, France and with AltaSea at the port of Los Angeles, California. 

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Waste heat, which is the excess produced by IT equipment and servers during operations, also brings challenges to the data center industry at large, but the private sector is stepping up to address this.

In Denmark, data centers owned by Meta and Microsoft are being developed to redistribute surplus heat from the centers to regional heating networks. One example includes the Tietgenbyen heat pump plant in the city of Odense which will recover 175,000 megawatt hours of heat from Meta’s data center and use it to provide heat for over 12,000 homes.  Designed by Ramboll, the system involves a range of heat exchangers combined with pumps and piping.  The larger the data center, the greater the distance the heat can be transported and reused. Fashion retailer H&M has indicated that it plans to build a new data center capable of heating over 2,000 apartments, while Apple aims to use waste heat for office buildings.

>>>READ: 4 Ways AI Will Deliver Energy and Environmental Benefits

Qarnot Computing, based in Montrouge, France has taken a slightly different approach. It places small banks of computers to expel heat into homes and other buildings. Residents and tenants get free heat, while the computer capacity is sold to corporate clients. According to Qarnot, the minimum scale on which it can operate involves an apartment building housing 20 units but the company is aiming to provide heat to individual homes. As of 2020, nearly 1,000 social housing units were heated by Qarnot.

As the use of data centers rapidly expands, the private sector around the world is working to meet the industry’s massive energy and water needs. The investments made today could pay dividends down the road by driving down the cost of sustainable technologies.

Angela Youngman is a long established freelance journalist and author based in the UK specialising in business, sustainability, travel, tourism, leisure, food & drink.

Rep. Brandon Williams (R-NY) and Chris Barnard write in The Hill about the importance of conservative leadership in the climate discussion.

The C3 Take
  • Conservatives have a long and storied history of environmental leadership and stewardship.
  • While the issue of the environment was dominated by progressives for several years in the early 2000s, conservatives have begun to retake the issue by passing legislation to accelerate energy innovation, fund research and development, and protect our environment.
  • Durable climate solutions will require bipartisan buy-in which is why everyone should celebrate conservative leadership on the issue.

“Our belief is that conservatives can not only champion these energy solutions but lead this crucial conversation into the future. American energy dominance is not at odds with addressing climate challenges. In fact, it’s our best solution.”

Read the full article here.

Morgan Brummund and Sarah Jensen write in RealClearEnergy about recent nuclear energy milestones.

The C3 Take
  • With the completion of the new reactors at Plant Vogtle in Georgia, making it the largest nuclear power plant in the U.S., there is renewed momentum and opportunity to unleash the potential of nuclear energy as a critical clean energy source through supportive policies and investments.
  • Bipartisan efforts are underway at the federal level, such as the recently passed nuclear energy package in the House, to cut regulatory barriers, preserve existing plants, streamline permitting, and build a skilled workforce to facilitate the expansion of nuclear power.
  • Meanwhile, in states like Kentucky and Virginia lawmakers are passing key pieces of legislation to streamline the deployment of atomic energy.

“Across the nation, nuclear energy is making a comeback, and it’s no surprise why. We must continue advocating for this clean energy source from Capitol Hill to individual states and communities. The energy grid of tomorrow depends on it.”

Read the full article here.

As grid demand increases and more clean power comes online, energy storage can be a solution that helps address the intermittency of wind and solar. Toronto-based e-Zinc believes its long-duration energy storage system (LDES) is one answer to this challenge. By leveraging zinc as the foundational metal in its technology, e-Zinc offers can cost-effectively store energy for extended periods.

>>>READ: Rondo Energy: Using Bricks to Decarbonize Industrial Processes

e-Zinc’s energy storage system operates via an electrochemical cell design that dissolves zinc metal in an electrolyte. It consists of three main sections: a charging unit at the top, a discharging unit at the bottom, and a storage unit in between. During the charging phase, zinc metal forms into pellets in the upper charging section, absorbing energy. These pellets are then transferred to the bottom of the cell for storage until discharge is required. When energy is needed, air is dissolved in the lower storage chamber, causing the zinc to dissolve and release stored energy. The zinc is then recirculated to the charging section, where it awaits the next charging cycle.

The results? High energy density at a low cost. 

The company has a manufacturing facility in Mississauga, Ontario, where it conducts in-house testing of its technology and is working on accelerating production of its product. In 2022, e-Zinc signed a pilot project deal with Toyota Tsusho Canada to kickstart validation of its novel zinc battery pending a site selection. It also has a partnership with the California Energy Commission.

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“Our founder [the late Gregory Zhang], really understood the unique properties of zinc. And in particular, the ability of zinc to store energy,” Laura Strickler, e-Zinc’s vice-president of people and culture, told SustainableBiz. “So it’s really harnessing these unique properties of zinc, to be able to take in energy, hold it there. And then, when we trigger it, to be able to release that energy,” she said. 

e-Zinc’s zinc-air batteries offer several benefits over traditional grid-scale batteries derived from lithium. For one, most commercially available batteries offer limited energy storage duration, a characteristic that becomes increasingly problematic with the growing integration of variable energy sources like solar and wind into the electric grid. While lithium-ion batteries are effective for short to medium duration storage  (the storage capacity of lithium-ion batteries usually caps at four hours), zinc-air batteries offer more flexible LDES ranging from several hours to multiple days. e-Zinc’s batteries go a step further, offering backup power for one to two days or longer, the company claims.

>>>READ: Could Solid-State Batteries Accelerate Electric Vehicle Adoption?

The production of lithium-ion batteries is also dependent on essential metals like nickel, lithium, copper, and cobalt, materials whose supply chain is predominantly controlled by China. Zinc’s reputation as a readily available, recyclable, stable and non-toxic raw material makes it more sustainable and cost-competitive than other harder-to-extract metals like lithium (zinc is one of the most abundant elements on Earth, U.S. government data shows). According to e-Zinc, every component used in the zinc value chain is recycled or reintegrated into the system. Compared to zinc, nickel, copper, and lithium are more difficult to recycle. 

Additionally, due to the unique chemical composition of their electrolytes, lithium-ion batteries are more susceptible to exothermic reactions, which can lead to thermal runaway events. Thermal runaway events are a known safety concern associated with lithium-ion batteries. e-Zinc’s storage solution, in contrast, is inherently immune to thermal runaway due to its water-based electrolytes. The non-flammable properties of its battery cells make the technology ideal for use in a wide range of operating temperatures and environments. 

Since its founding in 2012, the company has raised $42.2 million in funding in over 13 investment rounds. Last summer, the World Economic Forum named e-Zinc a 2023 Technology Pioneer. The company is featured in Toyota Ventures’s sustainability-focused portfolio

As the world looks to implement more clean power, scalable LDES will be needed. Innovative startups like e-Zinc are paving the way for a more affordable and reliable low-carbon energy future.

Nathalie Voit is a freelance content creator and a graduate of the University of Florida. She is an alumni of The Heritage Foundation’s Young Leaders Program.  

In a move that will heighten trade tensions and increase costs for American consumers, the Biden administration announced more restrictive tariffs on Chinese products like solar panels, batteries, and electric vehicles (EVs). These tariff rates will quadruple to nearly 100%, according to The Wall Street Journal.

While the administration’s stated goal is to bolster domestic production, the tariffs are likely to slow the deployment of clean technologies. Protectionist policies like tariffs hurt consumers through higher prices and hamper industry innovation by restricting competition. To help American households and the planet, policymakers should embrace modernized regulations and open markets. 

>>>READ: How Free Trade Helps the Environment

The announcement of the new tariffs is more election-year politicking as both Trump and Biden have said that they will wage a trade war to rally support from auto manufacturers and unions. Alluding to potential tariffs at a campaign stop in Pennsylvania, President Biden recently said, “These are strategic and targeted actions that are going to protect American workers and ensure fair competition.” 

Since China owns over 80 percent of the rare earth mining and processing supply chain, policymakers are wise to take steps to move away from overreliance on Beijing. However, global trade is not what is preventing “fair competition,” outdated regulations are. 

The U.S. has an abundance of untapped critical minerals necessary to make lithium-ion batteries, solar panels, and renewable power sources. Last year a discovery near the Nevada-Oregon border found a lithium deposit worth an estimated $1.5 trillion. Meanwhile, a retired coal mine in Wyoming was recently evaluated to hold one of the world’s largest shares of critical minerals with a valuation of $37 billion

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Despite America’s resource abundance, the U.S. has only one rare earth mine and zero processing facilities. While China’s monopoly on the supply chain and its subsidies for green energy production are partially to blame, outdated regulations and litigious activists have increased costs and discouraged domestic investment in American mining and processing. 

The impact of unclear regulations stretches beyond mining and into the deployment of proven technologies. A POLITICO report noted that some major projects for EVs, batteries, solar, and wind that received federal backing are facing delays or cancellations due to lengthy environmental reviews and changing market conditions. Despite pumping billions of dollars through tax credits, subsidies, and grants into these technologies, slow implementation via tax guidance and regulatory red tape are creating a backlog of clean energy projects. 

>>>READ: Shattering Barriers to Address Environmental Challenges

Higher tariffs could also disrupt existing supply chains. As  Sen. Mark Kelly (D-Ariz.) said, “We’ve got a growing solar industry, not only in Arizona, but across this country. We can’t put ourselves in a situation that results in projects being shut down because they don’t have access to [solar panel] parts.”

Policymakers are right to be wary of China’s dominance of the clean energy industry, and the U.S. can move away from this overreliance by finding new trade partners, reforming regulations, and investing in other technologies. Unfortunately, the administration’s recent attempt to modernize the permitting process falls short of what is necessary and may make it harder and more expensive to build in the U.S. by imposing new restrictions

If the Biden administration wants to deploy clean energy quickly and cost-effectively, it should turn to freer and more open markets. Tariffs will tax consumers, raise costs, and slow down implementation.

As the most consumed beverage globally, the world quite literally runs on coffee. However, increased hot and dry weather and drought-induced shortages have driven prices higher and are raising concerns over coffee’s future. Luckily there is hope. Scientists and farmers are exploring the economic and environmental merits of shade-grown coffee. 

A recent study published in ScienceDirect found that coffee grown in areas with high shade (at least 30 percent canopy cover) had substantially higher biodiversity rates than coffee grown in full sun or with less shade cover. Increased biodiversity may not seem like much to celebrate, but it could change the future of coffee. 

Coffee used to be grown in shaded areas that were not totally cleared. But demand has increased—according to the International Coffee Association, global coffee consumption nearly tripled between 1990 and 2020, and current consumption rates are predicted to double by 2050. When coffee hybrids (the outcome of plants bred for both resiliency and flavor) were created in the 1970s that could withstand full sun, producers started clearing more land and growing coffee in full sunlight to speed up the growth process and increase crop yields. 

>>>READ: StrawFish: Putting A Unique Spin on Biodegradable Products

For a while, that style of farming was effective. Coffee producers were able to keep up with growing coffee demand since more sun makes for a faster growth process and higher crop yields. But decades later, farmers face two key problems imperiling future coffee crops: soil erosion and a lack of biodiversity. 

Soil erosion is a common result of removing tree and plant cover from an area, and it is a problem coffee farmers are facing. As soil erodes, minerals and nutrients that plants need to grow are quickly diminished, requiring farmers to supplement their crops with fertilizers and other additives. Meanwhile, when land is cleared, biodiversity is diminished—birds, pollinators, and other helpful animals only stick around when they have adequate canopy cover. Coffee farmers are now having to use more pesticides and herbicides to deal with the insects targeting coffee plants that birds would have previously eaten. 

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Shade-grown coffee helps protect soil health, making it simpler for farmers to raise a healthy crop. When coffee is planted under trees (or trees are planted simultaneously with coffee in restoring already cleared areas) the trees can help transfer much-needed nitrogen into the soil through their root systems and leaf litter. Tree roots can also help pull nutrients that crops need from deep in the soil up to the surface. As canopy cover returns, so does soil health. 

Birds and pollinators also return when canopy cover is established.The Society for Conservation Biology highlighted this benefit to shade-grown coffee: 

“Retaining shade cover on coffee farms helps to preserve insect- and nectar-eating birds. In turn, these species provide important ecosystem services–-that is, free services provided to humans by controlling insect pests and pollinating crops. For example, a study in Jamaica concluded that insect-eating birds benefited coffee farmers by $125 per acre per year by controlling pests.” 

The environmental benefits are great. But is shade-grown coffee profitable? Do farmers have reason, other than the environment, to return to this growing method? Yes, it is, and yes, they do. 

>>>READ: From Seed to Bottle: How the Wine Industry is Going Circular

The whole point of full-sun coffee was to increase yields and profits for coffee farmers. But with diminishing soil quality and new pest problems, coffee farmers are having to use more and more agrochemicals to achieve the same yields (not to mention increased amounts of labor). A team of researchers from Cornell and Columbia Universities studied different coffee-growing processes in 2019 and concluded that trade-offs make sun-grown and shade-grown coffees similarly profitable. Writing for CornellLab of Orinthology about the research, Gustave Axelson explains why farmers could find shade-grown practices compelling: 

“Farmers saved money in supplies and labor costs associated with fertilizer applications, as organic decomposition of leaf litter within a healthy, biodiverse ecosystem provided free natural fertilization of coffee plants. And even though shade-grown coffee is a less-intensive farming operation (there are fewer coffee plants per hectare under shade versus sun-grown farming, and the yield in coffee beans is generally about 30% lower), the lower yields are offset by lower labor and input costs for fertilization and pest control that can be more than $2,000 cheaper per hectare.” 

As an added benefit, the slower growth process means shade-grown is considered superior in taste to coffee grown in full sun. A paper published by Nicholas Girkin, an environmental scientist at the University of Nottingham, suggests that the superior taste of shade-grown coffee beans may be due to a lengthened ripening period brought on by slower growth under shade. Multiple studies have demonstrated that researchers are willing to pay more for quality coffee, particularly coffee labeled with different certifications, and farmers could benefit. 

If you are a coffee drinker, you have the potential to impact the future of the crop. Coffee certifications such as “Bird-Friendly” and “Rainforest Alliance” on coffee packaging allow consumers to know that their brew is playing a role in creating a demand for more sustainable coffee options. 

In a warming world, coffee production is especially susceptible to drought. However, reforms in growing practices and crop management like shade-grown coffee can save the crop, improve the environment, and keep the world caffeinated.

Kelvey Vander Hart is a native Iowan, a member of the American Conservation Coalition, and a communications specialist at Reason Foundation.

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