END USER INTERVIEW
Mike Parrot attending the World Nuclear University 5-week Leadership Course – run by the World Nuclear Association .
lot of the knowledge is ,” he says . “ I know a lot about valves , but the suppliers are the real experts on their products .” This collaborative approach involves looking at valves from a new perspective . Rather than focusing only on where a valve has been used before , Mike encourages suppliers to consider what the valve can do . “ It ’ s about understanding what the product can do , rather than just where it ’ s been used before ,” he explains . Mike describes their approach : “ Instead of saying ‘ Here ’ s what we need , give us a valve ,’ we explain the situation and ask , ‘ How would you address this ? What options do we have ?’” This open approach encourages new ideas and problem-solving .
Balancing new ideas with proven technology
While new ideas are important , the nuclear industry also needs to use proven technologies for safety and reliability . Mike notes , “ We ’ re trying to use as much technology that ’ s already been used in the nuclear industry as possible . That ’ s important for an SMR .” However , this doesn ’ t mean new ideas are off-limits . Rolls-Royce SMR is developing new valve designs . Mike reveals , “ We are developing a new valve with several patents pending . We hope this will help the entire nuclear industry , not just Rolls-Royce SMR .” The balance between new ideas and proven technology is delicate . Mike explains , “ When we decide who to work with and why , we try to use as much information and products that have already been proven . We have to balance what ’ s new and good with what has always worked well .”
3D printing : A new approach to valve production
One area that Mike finds particularly interesting is 3D printing , also known as additive manufacturing . “ I think 3D printing will be very useful for our industry ,” he says . “ With 3D printing , we can address problems we ’ ve had with control valves , like instabilities or manufacturing defects .” This technology could change how valves are produced , allowing for more complex designs and potentially reducing costs . Mike explains , “ We can use advanced analysis to determine what we need , then print a part that fits in the same space as the old one . This can improve how the system works .” The potential uses of 3D printing in the nuclear industry are extensive . Mike adds , “ 3D printing could help the industry in many ways . We could use it to make valve bodies , valve cages and other parts .”
Following regulations and working internationally
The nuclear industry operates under strict regulations , and for good reason . Mike highlights their importance : “ Regulatory compliance is essential not just for safety , but also for public trust . Nuclear power has faced scepticism in the past , but ultimately , it ’ s a well-controlled process for generating electricity .” Rolls-Royce SMR is not only following UK regulations but also looking at international standards . Mike mentions their work with the International Atomic Energy Agency ( IAEA ): “ We ’ re working with them to see how different regulators can work together . This is an important aspect of what ’ s happening in the nuclear industry .” This international cooperation could make the approval process for SMRs easier worldwide . Mike explains , “ If we go to another country , we go through their regulatory process . We want them to use as much of our existing work as possible . The IAEA is supporting this transition and journey or collaboration between regulatory bodies . in another country .”
Nuclear safety first
Throughout our conversation , Mike consistently emphasised the importance of
40 Valve World November 2024 www . valve-world . net