Building Industrial Systems: Key Findings
Nuclear generation from the world’s nearly 420 reactors is projected to reach an all-time high in 2025, according to the International Energy Agency.
It’s a reminder of just how much pressure today’s infrastructure is under: to run longer, stay safer, and operate more sustainably, even as regulations and technology keep changing.
Meeting those demands isn’t just about having the right equipment in place. It’s about people coming together to share knowledge and solve problems in new ways.
One company that has seen this dynamic up close is Flowserve, a global flow control provider that works across energy, water, and manufacturing.
In an exclusive interview with DesignRush, Oarda Latifaj, Global Marketing Manager at Flowserve, shares that the company’s role goes far beyond supplying parts.
It begins by embedding early in the design process to solve complex challengesalongside clients and regulators.
Who is Oarda Latifaj?
Oarda Latifaj is Global Marketing Manager at Flowserve, where she leads marketing for Seals, Engineered Pumps, and the company’s nuclear initiatives. With more than eight years in B2B marketing, she specializes in strategic marketing and market research, helping industrial sectors communicate complex technical work with clarity and impact.
Why Long-Term Outcomes Depend on Alignment
Many industrial systems are expected to run far longer than originally designed.
Extending their lifetimes safely demands collaboration across engineering, regulation, and operations.
“In nearly every project, we’re embedded early in the design process, working closely with the full value chain. Our role goes far beyond supplying components; we collaborate to solve complex engineering challenges from the ground up,” Latifaj says.
She points to nuclear life extensions, where plants can “safely operate for 30+ more years” if teams work together on upgrades and retrofits.
The takeaway for industry leaders: life extension is a systems challenge that depends on coordination across every stakeholder.
Look Beyond Equipment to Drive Real Change
Efficiency and compliance are moving targets.
Better equipment helps, but it doesn’t solve the deeper challenge of aligning day-to-day operations with long-term sustainability goals.
“What I’ve come to realize… is that the recurring challenge isn’t just technical. It’s how to stay sustainable, efficient, and compliant in a world that keeps changing,” Latifaj says.
She points to strategies that specifically combine diversification, decarbonization, and digitalization.
These are approaches that work because they address systems.
The main takeaway? Lasting impact comes from adapting business models and processes.
Build Trust by Staying Involved from Start to Finish
In industries where reliability and safety are paramount, trust isn’t earned by a single delivery.
It comes from long-term engagement across the full lifecycle.
“Trust isn’t built in a single transaction, it’s earned through consistency, collaboration, and shared purpose,” Latifaj explains.
“That often means engaging with customers during the design phase and staying involved through commissioning, operations, and beyond.”
For industrial leaders, this reinforces that credibility grows when teams are invested in outcomes: efficiency, emissions, reliability.
Turn Data Into Clarity
Industrial sectors are rushing to adopt predictive maintenance and digital platforms. But more data doesn’t equal better outcomes if it lacks context or usability.
“Predictive maintenance is often misunderstood as a plug-and-play solution, but collecting data without context or action doesn’t solve real problems,” Latifaj says.
Instead, she emphasizes clarity: tools should make insights usable at the ground level, whether it’s a technician making a quick call or a manager seeing the bigger picture.
The broader message? Digital adoption succeeds only when it translates into clear, actionable decisions for people.
Collaborate to Solve Today’s Problems and Tomorrow’s
Short-term decisions often prioritize budgets or specifications, but resilient systems require long-term thinking.
This only happens when knowledge is shared across the value chain.
“The world has never been more connected, and knowledge sharing, partnership, and collaboration are more important than ever, especially in critical industries like desalination for water supply or power and energy security,” Latifaj notes.
Keep in mind: Progress depends on collaboration that looks beyond immediate costs to anticipate tomorrow’s requirements.
Build Today with Decades in Mind
In the end, the challenges facing critical industries share a common thread: they can’t be solved in isolation.
Extending system lifetimes, meeting sustainability targets, and making digital tools meaningful all depend on collaboration, clarity, and long-term thinking.
The real progress happens when technical expertise is paired with partnership and purpose.
That’s because resilient infrastructure isn’t just built for today, it’s built for decades to come.
Building Resilient Industrial Systems FAQs
Why isn’t better equipment enough to solve today’s challenges?
Equipment upgrades help, but lasting progress comes from aligning daily operations with long-term goals like sustainability, compliance, and efficiency.
What’s the key to earning long-term trust in industrial projects?
Trust is built through consistency and collaboration over time. Staying engaged beyond delivery shows commitment to outcomes, not just transactions.
How should industries approach predictive maintenance?
Predictive maintenance works best when data leads to clarity and action. The focus should be on making insights usable for the people maintaining and managing plants every day.
Why does collaboration matter so much for future resilience?
Short-term decisions often prioritize cost or speed, but resilient systems require foresight.
Sharing knowledge across OEMs, engineers, and solution providers creates solutions that work both now and decades into the future.
