Hytechco Group
● GREEN HYDROGEN · CATALYTIC COATINGS
Advanced Nanotechnology for Cost-Competitive Green Hydrogen
Reducing energy consumption. Lowering hydrogen production cost. Accelerating global decarbonization.
THE CHALLENGE | OUR ACHIEVEMENT
Electricity is 60-70% of Green Hydrogen cost.
To make Green Hydrogen competitive with fossil-derived hydrogen, the industry must dramatically improve electrolyzer efficiency. Hytechco’s coating technology delivers a proven efficiency gain — every kilowatt-hour saved compounds across gigawatt-scale deployments.
✅ Efficiency is the largest lever on LCOH — we’ve proven it
✅ Higher current density with lower voltage — achieved in testing
✅ Reduced material intensity and degradation — built into our coating design
✓ OUR ACHIEVEMENT
● Hytechco’s breakthrough: Reducing specific energy consumption to 48.2 kWh/kg H₂ — already validated in lab at TRL 4, outperforming many commercial benchmarks.
LCOH COMPOSITION · %
Electricity dominates Green Hydrogen cost. Even a 5% efficiency gain translates into significant $/kg savings.
OUR TECHNOLOGY
Nano-structured catalytic coatings, engineered for the electrode interface.
Our proprietary coatings dramatically improve the electrochemical performance of electrolyzer electrodes — without altering the existing stack architecture. Compatible with both PEM and Alkaline systems.
● CROSS-SECTION · COATED ELECTRODE
NANO-STRUCTURED CATALYTIC COATING · METAL SUBSTRATE
⚡ Lower overpotential
Reduced activation energy at the catalytic interface.
🔋 Lower resistance
Optimized charge transfer across the electrode.
🧪 Higher catalytic activity
Dense, nano-structured active sites increase turnover.
🛡️ Longer lifetime
Improved durability under industrial duty cycles.
PERFORMANCE SNAPSHOT
Measured. Benchmarked. Repeatable.
Validated at Technology Readiness Level 4 in controlled laboratory conditions. Below is a snapshot of key operating figures against industry references.
SPECIFIC ENERGY
48.2
kWh / kg H₂
H₂ OUTPUT
>99.9%
purity
MATURITY LEVEL
TRL 4
lab validated
ELECTROLYZERS
PEM · ALK
compatible
SPECIFIC ENERGY CONSUMPTION · kWh / kg H₂
53.50
50.40
48.25
45.00
Industry reference values are indicative and drawn from public benchmarks for large-scale PEM and Alkaline electrolyzers. Hytechco results reflect TRL 4 laboratory measurements.
APPLICATIONS
Where lower-cost hydrogen changes the equation.
Explore all applications ↗
Green Ammonia
Feedstock for zero-carbon fertilizer and shipping fuel.
Steel
Direct-reduced iron pathway to decarbonize primary steel.
Refinery
Displacing grey H₂ in hydrocracking and desulfurization.
Power-to-X
Synthetic fuels, methanol and long-duration energy storage.
Industrial Gas
High-purity H₂ for electronics, glass and metallurgy.
OEM Integration
Coating supply and licensing for electrolyzer manufacturers.
Shipping
Marine fuel and zero-carbon propulsion solutions for maritime vessels.
Transport
Hydrogen fuel cells and clean energy for heavy-duty transportation.
TECHNOLOGY ROADMAP
From laboratory to industrial deployment.
A staged path aligned with the European Commission’s Technology Readiness Level framework — every stage independently validated.
TRL 1
Concept
Theoretical principles established.
TRL 2
Technology formulation
Experimental work begins.
TRL 3
Proof of concept
Experimental validation in lab.
TRL 4
Lab validation
Current stage. Coating validated in relevant lab conditions.
TRL 5
Pilot cell
Scale-up to single-cell industrial format.
TRL 6
Stack prototype
Multi-cell stack in operational environment.
TRL 7
Field pilot
MW-scale demonstration with industrial partner.
COMMERCIAL
Deployment
Licensing and coating supply at industrial scale.
HOW WE WORK
Three engagement models for industrial partners.
Technology Licensing
Exclusive and non-exclusive licensing of our coating IP for electrolyzer OEMs.
✅ Territory options
✅ Technical transfer
✅ Ongoing R&D collaboration
Discuss engagement ↗
Materials Supply
Direct supply of formulated coating materials and precursors to qualified partners.
✅ QA / QC controlled
✅ Scalable formulation
✅ Logistics & compliance
Discuss engagement ↗
Consulting & Engineering
Joint development on electrode integration, testing protocols and performance benchmarking.
✅ Electrode design review
✅ Test-cell design
✅ Process optimization
Discuss engagement ↗
● FOR VALIDATION PARTNERS
Seeking Research Collaborators.
We invite universities, research centers, and national laboratories to independently validate our catalytic coating technology. Together, we can confirm real-world performance through trusted, third-party testing.
WHAT WE OFFER
Coated Samples
We provide ready-to-test coated electrode samples for your laboratory trials.
Test Protocols
Detailed testing protocols are shared with research centers on request.
Independent Validation
The goal is transparent, third-party confirmation of technology performance.
🔬 LABORATORY PROGRAM · 2026
We Don’t Just Produce Hydrogen – We Make It Viable for the Real World.
We’re partnering with electrolyzer OEMs, industrial gas producers, and hydrogen project developers to scale our coating platform from TRL 4 to industrial deployment.