Nils Klippenberg, CEO of Siemens Norway and a key player in the energy sector, discusses Norway's ambitious transition to carbon neutrality by 2050. He delves into electrification's pivotal role, the potential of offshore wind, and the necessity of hydrogen technologies. Klippenberg highlights the importance of collaboration between industries, especially with fishing, and the geopolitical implications of energy decisions. He emphasizes innovations in emissions reduction and the urgent need for political action to combat climate change.

Jarand Rystad, CEO and Founder of Rystad Energy, dives into Norway's energy transition. He discusses how geopolitical issues, like the Strait of Hormuz, impact oil prices. Rystad highlights how interest rates affect renewable energy deployment. He also explores the connection of small CO2 emitters to larger carbon capture infrastructures. The talk highlights Norway's ambitious renewable energy goals, including offshore wind and carbon capture technology, while navigating the challenges in the evolving energy landscape.

Massimo Busuoli, Director of the NTNU Brussels Office, provides insights on key EU energy directives including Renewable Energy, Energy Efficiency, and Energy Performance of Buildings. The discussion covers policy-making in Brussels, ambitious decarbonization targets, the importance of voting in European elections, and the role of research institutes in technological advancements.

In this episode, we'll explore the non-technical challenges and solutions for scaling CCS in Norway and beyond with Senior Research Scientist Markus Steen from SINTEF. We'll discuss the importance of CCS in reducing greenhouse gas emissions, the role of the state in supporting this technology, and the various economic and organizational hurdles that need to be overcome. Steen, who coordinates the CaptureX project funded by the Norwegian Research Council's CLIMIT program, provides a detailed look into the complexities of integrating CCS into existing industries and the importance of local contexts in determining the success of CCS initiatives.   We also touch on previous episodes covering CCS: #58 – Electrification of Melkøya - why not CCS (Eivind Berstad, Bellona) #51 – Status Quo CCS in Norway (Emil Yde Aasen, Aker Carbon Capture) #32 – CCS in Europe – Still dead or rising like a Phoenix (Eadbhard Pernot, Director Policy zero Emissions Platform)

Rob Stevens, an expert in green fuels from Topsoe, shares his insights on the evolving hydrogen landscape. He discusses the vital roles of blue and green hydrogen in the energy transition, highlighting challenges in production and widespread adoption. The conversation touches on the potential of ammonia for long-distance shipping and evaluates hydrogen's suitability for heating. Stevens emphasizes the need for innovation and a unified approach to overcome infrastructural hurdles and address environmental concerns in hydrogen production.

Want to learn more? Check out Julius' upcoming webinar: ⁠Gigaton Gear - Most pressing challenges to global DAC deployment In this episode, we flip the table. Heidi Fossland, the new administrative director for NTNU Energy Transition, interviews our regular host, Julius Wesche about the multifaceted challenges and advancements in direct air capture (DAC) technology. Julius discusses his comprehensive study based on 34 interviews with experts, shedding light on the seven key functions essential for fostering innovation within the DAC sector. The conversation delves into topics such as market creation, legitimacy concerns, resource mobilization, and the impact of policy frameworks on technological deployment. Julius emphasizes the importance of establishing a robust innovation system that accelerates DAC deployment to achieve gigaton-scale carbon capture. He also touches on the potential policy implications of his findings, suggesting strategic approaches to enhance regulatory frameworks, education, and public communication to combat climate change effectively.

Today we dive deep into the heart of climate and energy investment, focusing on the evolving landscape in Norway and its broader implications globally. Our guests, Linn Hege and Jean-Baptiste, bring a wealth of experience from the investment sector, sharing their perspectives on the importance of sustainability, digitalization, and the crucial role of diversity and inclusion in driving innovation within the climate tech and energy sectors. We explore the challenges and opportunities presented by the rapid growth of the digital sector and its environmental impact, discussing the necessity of innovative solutions to reduce the carbon footprint of our increasingly digital lives. The episode sheds light on the significance of measuring the positive impact of technology on sustainability, the role of strategic investments in fostering technological advancements, and the need for a comprehensive approach that includes government policies, corporate strategies, and individual actions to tackle climate change effectively.

In this episode of the NTNU Energy Transition podcast, we dive into the world of Norway's battery industry, focusing on the innovative strides being made by Morrow Batteries. Our guest, the CTO of Morrow Batteries. Dr. Rahul Fotedar shares his journey from petroleum engineering to becoming a pioneer in the battery sector. He details his educational background, starting with petrochemical engineering in India, moving on to chemical engineering in Germany, and eventually leading to his influential role in battery technology development. The episode highlights the significance of batteries in today's world, from their origins in portable electronics to their crucial role in electric vehicles and energy storage systems. We explore the different types of lithium-ion batteries, such as Nickel Manganese Cobalt (NMC) and Lithium Iron Phosphate (LFP), and discuss the future of battery chemistries, including the promising manganese-rich cathode materials, being developed by Morrow Batteries. Our discussion also touches on the challenges and opportunities facing the battery industry in Europe. The need for a diversified and local supply chain to mitigate risks and ensure the industry's sustainability.

In this engaging discussion, David Emberson, an associate professor at NTNU's Department of Marine Technology, sheds light on the pressing need to decarbonize the shipping industry. He explores the challenges of relying on fossil fuels and presents innovative alternatives like LNG, ammonia, and methanol. Notably, David highlights ammonia's potential as a sustainable marine fuel despite its combustion issues. The conversation also covers the importance of port infrastructure and collaborative efforts in pioneering new propulsion technologies to achieve a sustainable maritime future.

In this episode, we dive into the fascinating world of floating wind technology with guest Synne Nybø from SINTEF Ocean. She shares her journey from obtaining a master's degree in marine technology from NTNU in 2017 to her transition from consultancy to PhD researcher. Synne discusses the technical and environmental aspects of offshore wind energy, highlighting the advantages of floating wind turbines, such as their ability to harness stronger offshore winds and their minimal impact on seabed and marine life. She explains various mooring systems and the importance of designing efficient and resilient structures to withstand harsh ocean conditions. The episode also covers the potential of shared mooring systems to reduce costs and environmental footprint, the role of offshore wind in the energy transition, and the ongoing developments in marine technology research. Synne's insights provide a deep dive into the innovative solutions being explored to harness the power of the ocean for renewable energy