Industry Innovators: The technology path to reliable and sustainable decarbonization

As we innovate towards an accelerated energy transition, we’re exploring the art of the possible: How can we create a self-healing grid? Is there a source of power that cleans the air while providing electricity? Can AI and automation dramatically increase the life expectancy of a wind turbine?

You're invited to Join this on-demand session, featuring industry experts from the GE Research Center, to find out. We’ll dive into our experience and learnings across the three pillars of our innovation: decarbonization, renewables acceleration, and electrification. During this session, you can:

• DISCOVER breakthroughs in the direct air capture (DAC) space and the innovative sorbent materials that enable CO₂ capture, which is a major step in removing CO₂ and advancing carbon capture and sequestration (CCS) technology for power generation.
  
• EXPLORE examples of how advanced research has led to major modernizations in the grid that can serve as a model for all communities, aiming to improve power restoration time by 50-75% for severe weather events like a hurricane.
  
• LEARN about the challenges and opportunities in our industry today, the potential of emerging renewables technologies going forward, and how the industry can revisit the wind turbine technology roadmap to enable a secure and reliable transition.
  
  

Meet the Speakers:

Matt Guyette Director of GE Vernova Advanced Research GE Vernova

David Moore Executive Manager, Carbon Capture Technology Leader GE Research Center

Veronica Barner Renewable Energy R&D Executive Director GE Research Center

Ibrahima Ndiaye Senior Principal Engineer Grid/Electrification GE Research Center