01-Developing a culture of setting innovation clusters
For boosting R&D across hydrogen value chain, globally countries are encouraging culture of innovation clusters
Globally, countries are developing innovation clusters for boosting R&D activities. Innovation clusters are such geographic locations that have large & rapidly growing number of intellectual property facilitation (IPFs). These clusters provide a perfect ecosystem that allows well established industry players, start-ups, new entrants & technical colleges/universities/public research institutions (PRIs) to work cohesively on scaling technological advancement for hydrogen value chain segments. For example, in Europe Munich & Paris have such clusters that are led by mature industry players as well as by universities & PROs. Also, the players are encouraged to develop integrated value chain & cross value chain solution offerings. In Paris, nearly 72% of the technology development on hydrogen is commanded by industry players , while 28% is supported by the universities & PRIs.
02-Universities/Public research institutions are actively involved in scaling R&D
Globally, universities & public research institutions are developing technologies for industry use across hydrogen value chain
Universities and public research institutions across the globe generated nearly 14% of all hydrogen-related IPFs in the period 2011–2021*. They were particularly active in hydrogen production technologies with 18% of IPFs in that field, compared with 13.3% for storage, distribution and transformation technologies and only 7.1% for end-use applications. Some of the top institutions leading the R&D are from France & Korea. A snapshot of top institutes to have maximum number of patents across hydrogen value chain is indicated in Exhibit 02.
03-More innovation taking-off in liquid hydrogen storage and vehicle refueling
Globally more patents are getting locked for storage & transportation of gaseous & liquid hydrogen
The EU bloc led patenting activities in most areas of hydrogen storage and distribution in the period 2011–2021*. The EU shows a particularly strong lead in established technologies supporting the storage and transport of pure hydrogen, with half of published IPFs in liquid storage, 38% for gaseous storage, 39% in refueling and 32% in networks and related equipment. The EU is also ahead in the field of low-emission hydrogen-based synthetic fuels and solid hydrogen storage by adsorption. The share of EU countries shrinks to 20% in the field of hydrides.
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