[ cover story ] simulation expertise , the platform focuses on sourcing and developing data related to materials , for example how polymers and metals react with hydrogen . This knowledge is then shared across the business , so that it can be leveraged into all of its sealing solutions .
Production area of Omniseal ® polymer seals
ideal material for the gasket ,” explains Christophe Valdenaire , Senior Business Development Manager – Alternative Energies . “ However , this is just one facet of a complex challenge ,” he continues . “ Each of our materials requires a different processing method , meaning that materials selection profoundly impacts our production capacity . Focusing solely on the technical aspect could lead us into a corner . For example , if , after several months , we realise that our customer requires several 100,000 parts annually , we might conclude that our chosen material is unsuitable for mass production . Therefore , manufacturability is a critical consideration .
“ Currently , there is limited data in this area , and we rely on both in-house testing and simulation capabilities , as well as external partners , including specialised testing laboratories , to gain insights necessary for developing the best material options ,” explains Jean-Marie Lebrun , Technical Platform Leader . “ We strive to understand why certain materials work while others do not , which in turn enables us to offer advanced solutions to the market .”
The platform helps bridge Omniseal Solutions ’ technical expertise across different applications and sectors . Commercially , Omniseal Solutions is customer-centric , but technically , it has transversal platforms that gather insights from various applications . This approach helps the company amass critical information that benefits diverse customers .
“ Furthermore , we must not overlook the commercial aspect , given the price sensitivity associated with material selection . Underengineering is unlikely to meet the OEM ’ s standards . Conversely , overengineering , while meeting stringent technical requirements such as mechanical properties , temperature resistance , pressure resistance , and resistance to abrasive materials , can result in an overly costly product . Our ultimate objective is to strike a harmonious balance , meticulously weighing technical aspects , manufacturability , and commercial considerations to provide the client not with just one solution , but the best solution .”
Hydrogen Technical Platform
Playing an instrumental role in maintaining this delicate balance and serving as a key differentiator for Omniseal Solutions is the Hydrogen Technical Platform . Consisting of a team of engineers , who have either dedicated materials , application , market or
Within Omniseal Solutions , several technical platforms cater to specific strategic application markets . Hydrogen is one of them , while others are dedicated to cryogenic , high-pressure , high-speed and other applications . However , the Hydrogen Technical Platform stands out for its coverage of diverse industries such as aviation , space , energy , mobility , and more . It leverages Omniseal Solutions ’ global history and long-established expertise in seals and materials , spanning the entire value chain .
“ After years of experience with these platforms , the value is clear . R & D , application engineers , and process engineers collaborate seamlessly , aligning their efforts to deliver significant benefits to our customers ,” concludes Mr . Lebrun .”
For more information , visit www . omnisealsolutions . com / industries / energy-carbon-free or contact christophe . valdenaire @ saint-gobain . com .
14 Hydrogen Tech World | Issue 12 | October 2023