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electrolyzers
How Disruptive Innovation Accelerates Industrial Adoption
While traditional development processes often progress at a measured pace, truly disruptive technologies, such as Smoltek’s Porous Transport Electrode (PTE), can dramatically compress timelines. When faced with potentially market-changing innovations, industrial enterprises must choose between maintaining the status quo, slow internal development, or embracing partnership with innovative companies like Smoltek Hydrogen.
Smoltek Hydrogen partners with Impact Coatings to explore volume production potential
Smoltek Hydrogen has formed a strategic collaboration with Impact Coatings to assess the industrialization of Smoltek’s carbon nanofiber (CNF) technology for use in PEM electrolyzers and fuel cells.
Smoltek Hydrogen sees strong interest for the PTE-technology
Smoltek Hydrogen notice a strong interest from global industrial companies within PEM electrolyzers and fuel cells regarding our disruptive PTE-technology. Driven by the realization that early adoption provides crucial competitive advantages, there are now several hydrogen giants that are evaluating the technology.
Smoltek Hydrogen enables more cost-effective green hydrogen production
Smoltek's nanofibers dramatically increase catalytic activity for ultra-low-iridium electrolysis enabling more cost-effective green hydrogen production.
Smoltek Hydrogen Partners with Heraeus to Boost Iridium Efficiency in PEM Electrolyzers
Smoltek Hydrogen has entered into a strategic collaboration with Heraeus Precious Metals to elevate the functional efficiency of porous transport electrodes in proton exchange membrane (PEM) electrolyzers to new heights.
Smoltek’s low-iridium PTE reach target of 0.1 mg iridium/cm2
Smoltek Hydrogen has produced hydrogen with only 0.1 mg of iridium per square centimeter in a 250-hour durability test – making our PTE a breakthrough technology for PEM electrolyzers.
The last crusade for 0.1 mg iridium
In the race to make green hydrogen economically viable, researchers worldwide are pursuing the seemingly impossible: reducing iridium use in PEM electrolyzers by 95%. As Smoltek gets closer to this holy grail of 0.1 mg/cm², we examine how other technologies measure up.
Smoltek’s PTE technology stands out
Leading PEM technology expert Dr. Felix Büchi has completed an independent assessment of Smoltek Hydrogen’s Porous Transport Electrode (PTE) technology, confirming its unique ability to significantly reduce iridium usage while maintaining the same high performance in hydrogen production as conventional technology.
Smoltek’s PTE technology stands out expert states in interview
Leading PEM technology expert Dr. Felix Büchi has completed an independent assessment of Smoltek Hydrogen’s Porous Transport Electrode (PTE) technology, confirming its unique ability to dramatically reduce iridium usage while maintaining high performance in hydrogen production. In an exclusive interview with Smoltek Hydrogen’s President, Ellinor Ehrnberg, Büchi shares insights about the technology’s distinctive advantages and market potential.
Smoltek Hydrogen in meetings with the German hydrogen industry
Smoltek Hydrogen has been invited to participate in a Scandinavian delegation of technology leading hydrogen companies for a round-trip to Germany’s energy-producing regions in Rhur and central Germany.
Leading automotive manufacturer order electrodes to be used in fuel cells
A leading automotive manufacturer is interested in our technology for hydrogen solutions and has ordered number of prototypes of Smoltek Hydrogen's nanostructure coating modified for fuel cells.
Smoltek’s groundbreaking technology for green hydrogen earns expert recognition
Dr Felix N. Büchi, a leading specialist in PEM technology, has evaluated Smoltek Hydrogen’s ground-breaking technology for the Porous Transport Electrode (PTE) for PEM electrolyzers.