Growing Impact is a podcast by the Institute of Energy and Environment (IEE) that explores cutting-edge projects of researchers and scientists who are solving some of the world's most challenging energy and environmental issues. Each project has been funded through the IEE Seed Grant Program.
Growing Impact: Converting CO2 into fuel
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Carbon dioxide (CO2) is abundant and stable, making it difficult to convert into something useful without a lot of energy. Researchers are using advanced computational modeling to find a catalyst that can efficiently transform CO2 into valuable products. This could turn CO2 from a climate issue into a valuable resource.
Growing Impact: Season 5
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Our planet is at a critical crossroads. In Season 5 of Growing Impact, we delve into groundbreaking research with the power to transform our world. This season offers a deep dive into the vast and varied research at Penn State, showcasing its pivotal role in advancing a healthier planet and improving the well-being of people everywhere.
Growing Impact: Floating offshore wind energy
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Wind power has come a long way from its humble beginnings as water pumps and windmills. Today, it's a major contributor to our electricity generation. While onshore wind farms are well-established, the U.S. has yet to tap into the full potential of offshore wind. With advancements like floating turbines and improved blade designs, wind energy is poised for another significant leap forward.
Growing Impact: Evaluating lighting efficiency
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Lacking a standard unit for light measurement, scientists devised a spectral sensitivity curve in the early 20th century. This graph, representing an "average human observer," mathematically quantifies light. Though imperfect, it remains the standard today, but an update could significantly improve the energy efficiency of lighting.
Growing Impact: Underground carbon storage
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Storing carbon dioxide underground could offset the record amounts of CO2 that humans emit each year. If this technology is successful, it could be an answer to climate change impacts, such as rising temperatures and acidification of the ocean. However, the process is complex and costly. A team of researchers is exploring one way liquid CO2 could be injected into rock formations, which may efficiently convert the molecule into a solid.
Growing Impact: Investigating thawing permafrost
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Once a frozen haven, climate-driven rising temperatures are rapidly thawing the Arctic permafrost, posing a major threat to communities and infrastructure. Researchers are investigating how these changes will transform rivers, with potential consequences for erosion, sediment transport, and the entire Arctic landscape. Additionally, their project incorporates art to communicate these critical findings in an engaging way.
Growing Impact: Youth climate leadership
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The global push to involve youth in climate action is gaining momentum, harnessing their innovative spirit, deep investment in the future, and strong collective voice to combat climate change. Getting young people involved ensures that climate policies are forward-thinking and geared towards sustainable development, while their global solidarity and use of digital platforms amplify the call for urgent action. At the forefront of this movement, Penn State's Global Youth Storytelling and Research Lab aims to become a pivotal transnational research hub, empowering young leaders to shape the future of climate and environmental justice.
Growing Impact: Low-cost PFAS filtration
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For decades, PFAS (per- and polyfluoroalkyl substances) have been a staple in products from detergents to cosmetics, making items more durable and resistant to water and stains. However, these "forever chemicals" persist in the environment and are now ubiquitous, even in our drinking water. Emerging evidence links PFAS exposure to significant health risks, prompting a team of researchers to evaluate affordable filtration technology, especially in communities reliant on well water.
Growing Impact: Community-powered solar farming
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Solar energy's surge, driven by cost efficiency and climate change urgency, is prompting a rapid transition to a renewable energy source with substantial land requirements. To inform just and sustainable rural land use with solar, a research team is working in rural communities to determine the potential for harmonious coexistence between solar and agriculture.
Growing Impact: Climate, crops, and the Colorado River
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The Colorado River supports more than a trillion dollars in economic activity and supplies water to an estimated 40 million people. The overuse of the Colorado River and an extensive climate change-driven drought have significantly decreased the volume of the fifth largest river in the U.S. A research team is exploring how climate change and agricultural adaptation will affect water availability in the Upper Colorado River Basin and what is important to communities that depend on the river.