Gamze Karanfil Kacmaz

Founder

GMZ Enerji Sistemleri

Eskisehir, Türkiye

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I'm Gamze, founder of GMZ Enerji, developing nanofiber membranes for hydrogen technologies. I focus on sustainability, green hydrogen, and international growth.

My organisation

GMZ Enerji Sistemleri was established by receiving a grant within the scope of Entrepreneurship Support Program. Since the day it was founded, GMZ Energy is working on developing innovative solutions for hydrogen energy and fuel cell systems, which we believe will contribute significantly to energy supply security. In this direction and in addition to hydrogen energy and fuel cell systems, sub-components to be used in these technologies are rapidly taking their place among our products.
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About me

Assoc. Prof. Dr. Gamze KARANFIL KACMAZ/Founder of GMZ Enerji

Gamze is the founder of GMZ Enerji, a deep-tech entrepreneur passionate about green hydrogen technologies and sustainability. With expertise in developing nanofiber membranes for fuel cells, electrolyzers, and other advanced systems, she focuses on driving energy efficiency and climate solutions. Gamze actively engages in international programs to align with global carbon reduction goals and expand GMZ Enerji’s market reach. Recognized among Europe’s top women entrepreneurs in deep tech, she envisions building a company that fosters innovation, achieves international growth, and sets industry standards for sustainability and green building practices.

My organisation

GMZ Enerji Sistemleri

https://gmzenerji.com/en/

GMZ Enerji develops advanced nanofiber ion exchange membranes for hydrogen fuel cells, electrolyzers, batteries, and carbon capture systems. Our mission is to drive sustainability and energy efficiency through innovative solutions, supporting the global transition to green hydrogen technologies. With a focus on international growth, we aim to become a leading provider in the industry, aligning with Europe’s 2030 fuel cell targets and delivering high-performance products for a cleaner future.

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Skills

  • Fuel cells
  • proton exchange membranes
  • anion exchange membranes
  • Design of Experiments (DOE)
  • energy efficiency
  • Electrospinning

Interests

  • hydrogen energy
  • nanofiber materials
  • membrane production methods
  • Optimization methods
  • ML and AI in membrane production
  • ML and AI in fuel cell systems operation

Additional questions

Hydrogen Topic Headings

HORIZON-JTI-CLEANH2-2024-05-02: Development of non-fluorinated components for fuel cells and electrolysers

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