Hydrogen Innovators

Episode 15 | Florence Lambert | High-temperature electrolyzers for industrial hydrogen

February 21, 2024 Stanford Hydrogen Initiative Season 1 Episode 15
Episode 15 | Florence Lambert | High-temperature electrolyzers for industrial hydrogen
Hydrogen Innovators
More Info
Hydrogen Innovators
Episode 15 | Florence Lambert | High-temperature electrolyzers for industrial hydrogen
Feb 21, 2024 Season 1 Episode 15
Stanford Hydrogen Initiative

In this episode, we learn from Florence Lambert, CEO of Genvia, a French high-temperature electrolyzer company. 

Key take-aways include 

  • We will need a wide range of electrolyzer technologies to decarbonize our hydrogen industry:
    • Alkaline: (+) Proven tech, easy to manufacture (-) Less efficient, bigger footprint
    • PEM: (+) More flexible and smaller footprint (-) Not yet proven and more expensive 
    • SOEC (High-T):  (+) Solid oxide electrolyzers are at least 15% more efficient and 30% more efficient than low-temperature electrolyzers when waste heat is available (-) Less proven
  • The attributes of high-temperature electrolyzers make them especially attractive in industrial use cases (e.g. steel, chemicals..) where heat can be recovered and integrated in the hydrogen production cycle 
  • It isn't easy to win in manufacturing in Europe, which makes it even more important to be at the forefront of technology 


At the end of the episode, Florence leaves us with some golden career (and life) advice - "listen to your intuition, and take risks"

Show Notes

In this episode, we learn from Florence Lambert, CEO of Genvia, a French high-temperature electrolyzer company. 

Key take-aways include 

  • We will need a wide range of electrolyzer technologies to decarbonize our hydrogen industry:
    • Alkaline: (+) Proven tech, easy to manufacture (-) Less efficient, bigger footprint
    • PEM: (+) More flexible and smaller footprint (-) Not yet proven and more expensive 
    • SOEC (High-T):  (+) Solid oxide electrolyzers are at least 15% more efficient and 30% more efficient than low-temperature electrolyzers when waste heat is available (-) Less proven
  • The attributes of high-temperature electrolyzers make them especially attractive in industrial use cases (e.g. steel, chemicals..) where heat can be recovered and integrated in the hydrogen production cycle 
  • It isn't easy to win in manufacturing in Europe, which makes it even more important to be at the forefront of technology 


At the end of the episode, Florence leaves us with some golden career (and life) advice - "listen to your intuition, and take risks"