Current Events
By Randy Gold
Zero Hour’s Urgent Call to Action: Stop the Largest Expansion of Fossil Fuels in U.S. History
In the fight against climate change, youth-led organizations are often at the forefront, pushing for meaningful change with passion and urgency. One such organization, Zero Hour, co-founded by climate activist Jamie Margolin, is once again sounding the alarm on a critical issue that could have devastating effects on our planet and future generations. Zero Hour is calling on President Biden and the Department of Energy (DOE) to halt what they describe as the largest expansion of fossil fuel infrastructure in U.S. history: the construction of over 20 new Liquefied Natural Gas (LNG) export facilities.
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What’s at Stake?
At the heart of this controversy is the potential construction of these LNG facilities, which are expected to emit greenhouse gases on a massive scale. According to Zero Hour, these projects could collectively add the equivalent emissions of 675 coal-fired power plants. This is a staggering amount, particularly at a time when the scientific consensus is clear that we must drastically reduce fossil fuel use to avoid the worst impacts of climate change.
Among these proposed projects, one facility stands out for its sheer scale and potential environmental impact: CP2. This facility alone is projected to produce 20 times as much carbon pollution as the controversial Willow Project in Alaska, which has already drawn significant criticism from environmental groups and activists.
The CP2 Facility: A Closer Look
CP2, short for Calcasieu Pass LNG Phase 2, is planned for construction in Louisiana, a state already grappling with the effects of climate change, including rising sea levels and increasingly severe weather events. The facility is designed to export natural gas to international markets, further embedding fossil fuels in the global energy mix. However, the environmental cost of CP2 could be monumental. Not only would its operation significantly increase greenhouse gas emissions, but the process of extracting, transporting, and liquefying the natural gas would also pose risks to local ecosystems and communities.
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Why This Matters
The construction of new LNG facilities like CP2 is at odds with the urgent need to transition to renewable energy sources. While LNG is often marketed as a cleaner alternative to coal, it is still a fossil fuel that contributes to carbon emissions. Moreover, the expansion of LNG infrastructure locks us into decades of continued fossil fuel use, making it even harder to achieve the emissions reductions necessary to meet global climate goals.
Zero Hour argues that the Department of Energy must take a hard look at the cumulative impacts of these projects on our communities, the climate, and U.S. energy prices before granting any new permits. They point out that the construction of such facilities often disproportionately affects marginalized communities, who are already bearing the brunt of pollution and environmental degradation.
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How You Can Help
Zero Hour is mobilizing support through a petition calling on the DOE to stop CP2 and all new LNG permit approvals until a comprehensive review of their impacts is conducted. The organization urges all who are concerned about climate change and environmental justice to add their voice to this crucial campaign.
By signing the petition, you are not just standing against a single project but are also taking a stand for a more sustainable and just future. As Jamie Margolin and Zero Hour remind us, the time for action is now. Let’s join them in making sure our leaders hear this urgent call to stop the largest buildout of fossil fuels in U.S. history.
Join the fight. Sign the petition here and demand a better future for all.
MSU Startup Advances Transition to Sustainable Energy Solutions
Addressing the urgent need for sustainable energy solutions and improving the reliability of power grids are the driving goals of RedoxBlox, a fast-growing company that emerged from Michigan State University (MSU). Named the 2024 MSU Startup of the Year, RedoxBlox is revolutionizing energy storage technology, providing innovative solutions for power generation and industrial heat applications.
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Developed by MSU Research Foundation Professor James F. Klausner, Ph.D., and his team, RedoxBlox’s groundbreaking technology harnesses excess renewable electrical energy or generated heat, storing it efficiently and releasing it as high-temperature air or electricity on demand. The company focuses on decarbonizing industrial heat and grid storage, aiming to address nearly half of the world's carbon emissions.
“We rely on being competitive against natural gas,” says Klausner, co-founder and executive chairman of RedoxBlox. “We rely on a good business proposition to decarbonize.” RedoxBlox's technology utilizes a reversible redox cycle, a breakthrough that allows for efficient storage of renewable energy at temperatures up to 1500°C. This innovation enables retrofitting existing natural gas equipment, making it possible to decarbonize without the need for entirely new infrastructure.
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The core of RedoxBlox’s technology is a receptacle filled with inexpensive, non-toxic, non-flammable metal oxide pellets. These pellets are fully recyclable and store renewable electricity as chemical energy through a reversible chemical reaction. This process mimics the output of a natural gas combustor, providing a reliable and sustainable energy source.
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RedoxBlox's journey began with the discovery of the metal oxide material at the University of Florida in 2018. After joining MSU, Klausner and his team continued developing the technology, leveraging the university's resources and support. The MSU Innovation Center and Spartan Innovations played crucial roles in the company's growth, providing essential connections to talent, resources, and funding.
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The company has secured significant venture capital, including multiple investments from Red Cedar Ventures, a subsidiary of the MSU Research Foundation. Now headquartered in San Diego, with facilities in Oregon and Austria, RedoxBlox is poised to make a substantial impact on the energy industry. Its first major customer, Dow Chemical Company, will install a 10-megawatt-hour unit at its West Virginia chemical plant as part of a Department of Energy demonstration project.
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RedoxBlox continues to attract investment and partnerships, with a strong focus on both industrial heat and future power generation applications. With its innovative approach and solid support from the MSU entrepreneurial ecosystem, RedoxBlox is set to play a pivotal role in advancing sustainable energy solutions.
Is your company ready to learn more about working with Michigan State University’s faculty on sustainability innovations? Click here to learn more.
Rachel Beckwith’s Legacy: Inspiring the World to Provide Clean Water
Rachel Beckwith had a dream. At just nine years old, she wanted to make a difference by helping provide clean water to villages in Africa. Tragically, Rachel’s life was cut short in 2011 in a devastating 15-vehicle accident on Interstate 90 in Issaquah. However, her dream lived on, inspiring her community and beyond to take action.
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In the wake of her passing, thousands in her community came together, donating $140,000 to support her cause. As news of Rachel’s selfless desire spread, more and more people were moved by her story. Donations continued to pour in from all over the world, eventually surpassing a million dollars—all dedicated to bringing clean water to those who desperately needed it.
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Today, Rachel’s legacy lives on through Charity: Water, the nonprofit organization she initially supported. Since Rachel’s passing, Charity: Water has grown exponentially, driven by her spirit and the generosity she inspired. Through its initiative, "The Spring," a global community of monthly givers, Charity: Water has funded clean and safe drinking water for more than 1 million people across 22 countries. Rachel’s impact is evident in every well dug and every community transformed by access to clean water.
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While Charity: Water was already established when Rachel decided to help, her story touched the hearts of people worldwide. Her selfless act and untimely death inspired a global movement, showing how even the smallest actions, motivated by genuine kindness, can have far-reaching effects.
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As we reflect on Rachel Beckwith’s story, it’s a powerful reminder of the potential within each of us to make a difference. Rachel’s dream didn’t end with her passing—it sparked a ripple effect that continues to change lives today. Her legacy challenges us to think about how our actions, big or small, can inspire others and contribute to meaningful change.
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How can your actions inspire others? What dreams do you have that could make a difference in the world? We’d love to hear your story and see how you’re working to make an impact. In the meantime, if you’re moved by Rachel’s story and want to help provide clean water to the millions still in need, you can learn more about Charity: Water and support their mission by visiting their website. Your support can continue the work that Rachel started and bring clean water to communities that need it most.
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