for a better future
More than ever we need materials technology and innovation to help us tackle some of our pressing challenges, such as climate change, for humans and the planet.
Next generation catalysts
& electrodes for green
hydrogen production
production
We are at the forefront of pioneering next generation catalysts and electrodes for
green hydrogen production,
in a path towards accelerating decarbonization of the
global economy.
Matteco’s patented solutions rely on novel non-PGM materials, developed using an innovative nanotechnology that sets a new standard for alkaline and AEM electrolysis.
Matteco’s patented solutions rely on novel non-PGM materials, developed using an innovative nanotechnology that sets a new standard for alkaline and AEM electrolysis.
Best-in-class performance
No critical raw materials
Industrial scalability
Custom product formats & sizes
for a better future
More than ever we need materials technology and innovation to help us tackle some of our pressing challenges, such as climate change, for humans and the planet.
Next generation catalysts & electrodes for green hydrogen production
We are at the forefront of pioneering next generation catalysts and electrodes for green hydrogen production, in a path towards accelerating decarbonization of the global economy.
Matteco’s patented solutions rely on novel non-PGM materials, developed using an innovative nanotechnology that sets a new standard for alkaline and AEM electrolysis.
Revolutionary advantages
raw materials
Industrial
scalability
Custom product formats & sizes
unlock energy transition
and decarbonization
Hydrogen power
to unlock energy transition and decarbonization
Our journey is more than a technological breakthrough: it’s a driver for change towards a sustainable energy landscape.
Green hydrogen offers a clean alternative to decarbonize industries and sectors deemed ‘hard-to-abate, such as heavy industry, long-haul transportation or seasonal energy storage.
With a net zero target by 2050, hydrogen can contribute 20% of the mitigation of emissions needed to limit global warming to 1.5ºC, according to the Hydrogen Council.
By channeling our innovation into the heart of the hydrogen revolution, we lay the groundwork for a decarbonized world.
Our cutting-edge materials address current barriers to hydrogen adoption by revolutionizing electrolysis economics, making hydrogen production more efficient and scalable.
Modular facilities powering global green hydrogen expansion
Located in Valencia (Spain), Matteco’s Modular Advanced Materials Factory extends over 10,000 square meters and is ready to scale up in volumes and product sizes as demand grows.
Here, the company is rapidly expanding its cutting-edge green hydrogen technology to meet the growing demand of its global industrial customers.
Our journey is more than a technological breakthrough: it’s a driver for change towards a sustainable energy landscape.
Green hydrogen offers a clean alternative to decarbonize industries and sectors deemed ‘hard-to-abate, such as heavy industry, long-haul transportation or seasonal energy storage.
With a net zero target by 2050, hydrogen can contribute 20% of the mitigation of emissions needed to limit global warming to 1.5ºC, according to the Hydrogen Council.
By channeling our innovation into the heart of the hydrogen revolution, we lay the groundwork for a decarbonized world.
Our cutting-edge materials address current barriers to hydrogen adoption by revolutionizing electrolysis economics, making hydrogen production more efficient and scalable.
Modular facilities powering
global green hydrogen expansion
Located in Valencia (Spain), Matteco’s Modular Advanced Materials Factory extends over 10,000 square meters and is ready to scale up in volumes and product sizes as demand grows.
Here, the company is rapidly expanding its cutting-edge green hydrogen technology to meet the growing demand of its global industrial customers.
Partnering with
Partnering with
Members of
Members of
If you would like to get in touch, feel free to reach us at
If you would like to get in touch, feel free to reach us at