Advanced Porous Materials and Coatings for Energy and Industrial Applications
Patent-protected 3D nanofiber technology
The Electrode Efficiency Challenge
Green hydrogen must compete with fossil fuels, but electrolyzer electrodes hold it back.
Low surface area: Today's nickel foams and plates have low surface area, limiting performance
Nickel dependency: Heavy reliance on nickel (an EU critical raw material) creates supply-chain risk
High production cost: Costly to produce, driving up CAPEX
The result: lower efficiency and a higher cost per kilogram of hydrogen produced.
Engineered for Scale, Designed for Efficiency
FIBERNEX develops next-generation porous materials that combine engineered nanofiber substrates with thin, uniform metallic coatings - delivering significantly higher active surface area than conventional alternatives.
Applied to green hydrogen: a patent-protected 3D nanofiber mat, coated with a thin nickel layer via low-cost electroless plating, replaces bulky nickel-foam electrodes.
Dramatically reduced material dependency and environmental impact
A 5 MW electrolyzer stack gains ~45 additional tonnes of green hydrogen per year
Proprietary manufacturing process
Key Data
FIBERNEX technology is already earning outside validation - from funders, industry partners, and competitions.
Raised to date
DTU grants, InnoExplorer, and BII Venture Lab
Companies in our pilot pipeline
Including Stiesdal, Sungrow, Evoloh, HyDEP, and Hymeth
Lower production cost
Laboratory-validated, pilot-ready
Durability testing, no degradation
DTU Green Challenge 2025
Careers
We're a small, fast-moving team building deep-tech hardware