END USER INTERVIEW
Kalrez ® T-Seal + PEEK back up ring supplied in kit
This collaborative approach extends beyond technical development . Braule emphasises the need for knowledge sharing and education within the industry . “ As new technologies emerge , it ’ s important that we educate engineers and technicians on proper seal selection , installation and maintenance ,” he says . “ This knowledge transfer is crucial so that the benefits of advanced sealing technologies are fully realised in real-world applications .” DuPont is actively engaged in these educational efforts , offering training programs and technical support to its customers and partners . “ We see our role not just as a product supplier , but as a knowledge partner ,” Braule explains .
Sealing the clean energy future
As industries worldwide continue their transition towards cleaner , more sustainable energy sources , the role of advanced sealing technologies becomes increasingly critical . From containing hydrogen in fuel cells to managing CO2 in carbon capture systems , these often-overlooked components play a vital role in enabling the clean energy technologies of the future . As William Braule concludes , “ The challenges we face in the transition to clean energy are significant , but they also present tremendous opportunities for innovation . At DuPont , we ’ re excited to be part of this journey , developing the sealing solutions that will help make a more sustainable future possible .”
Rapid growth in low-emission hydrogen and CCUS capacities
The hydrogen sector is poised for significant expansion in the coming years , particularly in low-emission production methods . According to the International Energy AgencyGlobal Hydrogen Review 2023 :
• Electrolyser manufacturing capacity could increase from about 8 GW / year in 2022 to around 80 GW / year by 2030 if all announced projects are realised . This represents a tenfold increase in capacity for green hydrogen production .
• The production of low-emission hydrogen from fossil fuels with carbon capture , utilisation and storage ( CCUS ) is projected to grow from about 0.6 Mt in 2022 to approximately 6 Mt by 2030 if all announced projects come to fruition . This also represents roughly a tenfold increase in blue hydrogen production capacity .
These projections highlight the rapid scaling expected in both green and blue hydrogen technologies , presenting significant opportunities and challenges for industry players in the coming years .
18 Valve World December 2024 www . valve-world . net