This audio is brought to you by Wearcheck, your condition monitoring specialist.

Green hydrogen, which is generated with the benefit of the catalysis that platinum group metals (PGMs) provide, is being increasingly highlighted as a pillar of the global decarbonisation transition that is poised to save the world from ruinous climate change.

News just out is that steps are being taken to locate a green hydrogen production facility in a location where the 2030 Winter Olympics are to be held in the French Alps.

The green hydrogen facility will not only decarbonise stainless steel production at a site in Savoie, France, but it will also provide green hydrogen to decarbonise mobility in the French Alps region where the 2030 Winter Olympics are to be held.

In the process, green hydrogen will be highlighted as the sustainable model of winter tourism.

The electrolysers that produce green hydrogen most efficiently are catalysed by PGMs that South Africa hosts in abundance.

Moreover, the hydrogen fuel cells that provide decarbonised land, air and sea mobility as well as green offgrid and minigrid electricity are also PGMs dependent.

By deciding to use green hydrogen at its Ugitech plant in Ugine, in the French Alps, Swiss Steel Group has evoked this comment from Lhyfe vice-CEO Philippe Desorme: "Green hydrogen can and must be deployed as quickly as possible."

Euronext-listed Lhyfe is designing the green hydrogen production unit to have a capacity up to 12 t a day as part of the plan to develop a local hydrogen ecosystem in the French Alps.

"The energy transition is going to become increasingly necessary to ensure the long-term survival of our industries, and green hydrogen is emerging as one of the pillars of this transition," Desorme added in a release to Mining Weekly.

Ugitech development director Frédéric Perret highlighted in the same release that the next step is to roll out this new green hydrogen solution to all systems for which direct electrification is not a compatible option.

The project planned is expected to eliminate the emission of 16 000 t of carbon dioxide a year.

France aims to install 6.5 GW of low-carbon electrolytic hydrogen production capacity by 2030, rising to 10 GW in 2035, according to a draft update of France's national hydrogen strategy.

Meanwhile, TignesNet.com reports that the Col du Palet, near Tignes, in the French Alps, is utilising a hydrogen fuel cell to supply clean renewable electricity for hikers staying at the mountain hut, the first in Europe to benefit from hydrogen technology.

At the Beijing Winter Olympics in China in 2022, more than 1 000 green hydrogen fuel cell vehicles were operated.

In the stationary power sector, fuel cells can convert hydrogen into electricity without producing any harmful emissions.

EUROPEAN HYDROGEN BANK AUCTION

The European Union has awarded €720-million to green hydrogen projects in the first European Hydrogen Bank auction, Hydrogen Insight reported on April 30.

Three of the auction winners are located in Spain, two in Portugal, one in Finland and one in Norway.

Together will have the capacity to produce 1.58-million tonnes of green hydrogen over ten years for use to produce green steel, green fertiliser, green chemicals as well as to supply green hydrogen derivatives to the maritime sector.

Meanwhile, the Georgia and Tennessee green hydrogen production facilities hydrogen solutions company Plug Power of the US have achieved full nameplate capacity, the World Platinum Investment Council has reported.

Using the country's largest proton exchange membrane (PEM) electrolyser, Plug Power's Georgia plant now produces 15 t of liquid hydrogen a day, and its Tennessee plant contributes an additional 10 t a day. PEM electrolyser efficiency is elevated through the use of PGMs.

Before the end of this year, Plug Power expects to bring an additional 15 t a day of liquid green hydrogen production online from a joint venture plant with Olin, in Louisiana.

Green hydrogen is seen by...