ARC ENERGY IDEAS
Natural Gas to Hydrogen: Decarbonization with Siemens Energy Canada
Dec 10, 2024
Arne Wohlschlegel, Managing Director at Siemens Energy Canada, explains vital energy technologies driving decarbonization. He tackles the impact of potential new tariffs on the business landscape and addresses the nuances of generating electricity from natural gas versus hydrogen blending. Arne also discusses challenges in hydrogen development and the urgency of grid technology improvements. Plus, he highlights the future of offshore and onshore wind generation projects, revealing exciting advancements within the energy sector.
43:23
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Quick takeaways
- Natural gas turbines, with efficiencies around 64%, are crucial for reliable power generation and adapting to decarbonization through hydrogen blending.
- Tariffs are increasing manufacturing costs and complicating procurement processes for energy technologies, potentially hindering investment in new facilities in Canada.
Deep dives
The Role of Gas Turbines in Power Generation
Natural gas turbines are pivotal for consistent and reliable power generation, serving as a leading option for baseload supply. Their design allows for rapid construction and deployment, with current production lead times stretching to four to five years due to heightened demand. Siemens Energy manufactures a range of turbines, with combined cycle plants achieving efficiencies of around 64%, significantly higher than traditional simple cycle options. This efficiency, coupled with the ability to blend hydrogen for reduced emissions, positions natural gas turbines as a crucial part of the energy landscape moving forward.
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