Inogen Energy Technologies Website: https://inogen.com.tr Country Türkiye Organization Type • Industry • Technology Developer • Engineering & R&D Company • Pilot Manufacturing and Demonstration Partner 1\. Organization Overview Inogen Energy Technologies is a knowledge-driven engineering and R&D-oriented technology company founded by two materials science academicians. Since its establishment, Inogen has grown into a technology group of over 500 employees across five subsidiary companies. Inogen’s mission is to develop innovative engineering solutions and advanced energy technologies that support the global clean energy transition. The company combines strong academic foundations with industrial-scale prototyping, advanced materials development and full-system engineering capabilities. This integrated structure enables Inogen to contribute to EU-funded R&I projects across multiple TRL levels (3–8). 2\. Expertise Relevant to EU Projects Hydrogen Technologies • PEM and Alkaline electrolyzer components and system design • SOEC (Solid Oxide Electrolysis Cell) development for high-efficiency hydrogen production • SOFC (Solid Oxide Fuel Cell) systems for clean distributed power • Hydrogen storage, purification, and thermal management • Renewable-powered hydrogen systems (PV–Wind–Hybrid) • Engineering for hydrogen integration in steel, chemical and heavy industries Advanced Materials & Manufacturing • Functional ceramics (Al₂O₃, ZrO₂, ATZ, ZTA), NiO-YSZ, Bi₂O₃-based solid electrolytes • CIM, extrusion, pressing and high-temperature sintering • Coatings, electrodes, membranes, catalysts, BPP/flow-field development • Prototyping and small-batch pilot manufacturing of fuel cell and electrolyzer components Renewable & Hybrid Energy Systems • Solar PV and wind power integration • Biomass and alternative renewable energy technologies • Hybrid energy architectures combining renewables with hydrogen systems • Power electronics, BMS, EMS and control systems • Energy storage (Li-ion, redox-flow) 3\. Facilities & Capabilities Laboratory and R&D Infrastructure • Electrochemical testing labs for PEM/SOEC/SOFC • Ceramic processing and materials development labs • High-temperature furnaces, sintering lines, precision machining • Stack assembly, testing and validation rigs Pilot & Industrial Capabilities • Prototype electrolyzer and fuel cell stack production • Pilot hydrogen production integration (renewable-powered) • Demonstration environments for TRL 5–8 • Industrial-grade process engineering & scaling 4\. Contribution to EU Consortia Inogen can actively contribute to: • Development of hydrogen production and utilization technologies • High-TRL demonstration activities (TRL 5–8) • Advanced materials and component development for electrochemical systems • System design, modeling, techno-economic analysis • Renewable–hydrogen integration pilots • Industrial validation and field testing • Work Package leadership (Materials, Engineering, Demonstration, Dissemination Support) 5\. Target EU Calls & Collaboration Areas Inogen is interested in joining consortia in the following areas: • Clean Hydrogen JU – electrolyzers, SOEC, hydrogen storage, industrial hydrogen integration • Horizon Europe (Cluster 5) – energy systems, renewables, hybrid solutions • Innovation Fund – large-scale industrial decarbonization • LIFE Programme – GHG reduction, renewable energy deployment • Interreg – regional renewable & hydrogen initiatives • EIC Pathfinder/Transition – advanced materials and novel energy concepts 6\. Role Sought in Consortia • Industrial partner • Technology developer • Demonstration and pilot site provider • Engineering and prototyping contributor • Materials R&D partner • Validation and testing partner
I work at the intersection of green hydrogen, advanced ceramics, and next-generation electrolyzer technologies, focusing on the development of PEM and SOEC systems, titanium PTL/bipolar plate components, and ceramic injection–molded materials for high-performance clean-energy applications.
My expertise includes electrochemical materials, stack durability optimization, high-temperature ceramics, and manufacturing process innovation. I am particularly interested in solutions that enable industrial decarbonization, especially in steel, chemical, and energy-intensive sectors.
I actively collaborate on EU research projects, including Horizon Europe, Clean Hydrogen JU, and cross-border R&D initiatives focused on hydrogen production, advanced materials, and clean-tech manufacturing.
I am open to partnerships with organizations working on hydrogen systems, electrolyzer components, ceramic technologies, and scalable clean-energy innovation.
Social media
Skills
Hydrogen Technologies
Green hydrogen production
PEM Electrolyzers
High-Temperature Electrolysis (SOEC)
Fuel cells
Decarbonization Technologies
Industrial Transformation (Steel, Chemicals)
Clean energy transition
Renewable Energy Integration (PV–H2)
Prototype Development & Validation
Techno-economic assessment (TEA)
Manufacturing Process Innovation
Pilot Line Development
SME Collaboration
Cross-Border R&D Collaboration
Interests
EU R&D Partnerships
Clean Hydrogen Value Chain
Green Hydrogen Technologies
PEM & SOEC Innovation
Advanced Ceramics for Energy
Electrolyzer Component Development
Hydrogen Production & Industrial Use
Fuel Cell & Electrolyzer Scaling
Industrial Decarbonization Projects
Pilot Line & Prototype Development
Additional questions
I am interested in the following CETPartnership thematic areas:
develop the optimised, integrated European net-zero emissions energy systemdevelop a pool of zero-emission power technologies and solutions based on Renewable Energy Sourcesprovide technological cleaner solutions for storage technologiesprovide technological cleaner solutions for hydrogen and renewable fuelsprovide technological cleaner solutions for CCS (Carbon Capture and Storage) and CCU (Carbon Capture and Utilisation)develop and validate integrated regional and local energy systems, NoREST initiativedevelop and demonstrate technical solutions for integrated industrial energy systemsprovide solutions and technologies for buildings to become an active element in the energy system