Heraeus and Mattiq Partner to Advance Hydrogen Economy with Low-Iridium Catalyst Development

Heraeus

Heraeus Precious Metals, a Germany-based metals firm, has announced a partnership with US-based clean chemical manufacturer Mattiq. This collaboration aims to develop and commercialize low-iridium catalysts. Specifically, they focus on their application in proton exchange membrane (PEM) water electrolyzers.

 

Addressing a Key Hindrance in Hydrogen Production

The joint project addresses a critical challenge in the production of zero-carbon hydrogen. Current PEM electrolyzers, a key technology for this process, require a significant amount of iridium. Therefore, the partnership seeks to reduce the quantity of iridium needed for these electrolyzers. Ultimately, the amount of iridium currently needed for PEM electrolyzers limits their large-scale manufacturing. As a result, this development holds the potential to make these devices more readily available for industry use by lowering the iridium requirement.

 

PGM Demand Outlook and Iridium Price Trends

Despite the hydrogen economy’s underperformance in recent years, and consequent pressure on iridium prices, the World Platinum Investment Council predicts a 32pc increase in platinum group metals (PGMs) demand in 2025. Moreover, they attribute this projected growth largely to the development of PEM electrolyzers and hydrogen fuel cells.

Johnson Matthey assessed iridium prices at $4,300/troy ounce (toz) on February 5th. This reflects a 5.5pc decrease from two months prior. The partnership between Heraeus and Mattiq could significantly impact the PGM market, as SuperMetalPrice has observed, and accelerate the adoption of hydrogen technologies.

 

Leave a Reply

smp_app_img
Ti Gr.18ㅣUNS R56322

Ti Gr.18ㅣUNS R56322

Titanium Grade 18 (UNS R56323) is a high-strength, corrosion-resistant near-alpha titanium alloy (Ti-3Al-2.5V-0.05Pd) that…
Ti Gr.17ㅣUNS R52252

Ti Gr.17ㅣUNS R52252

Ti Gr.17 is a corrosion-resistant alpha-phase titanium alloy micro-alloyed with palladium, engineered to provide superior…
Ti Gr.15ㅣUNS R53415

Ti Gr.15ㅣUNS R53415

Titanium Grade 15 (UNS R53415) is an alpha-phase titanium alloy micro-alloyed with Nickel and Ruthenium,…
Ti Gr.14ㅣUNS R53414

Ti Gr.14ㅣUNS R53414

Titanium Grade 14 (Ti-0.5Ni-0.05Ru) is an alpha-phase titanium alloy engineered for superior corrosion resistance and…