Sept 24, 2026 | Case study | 5 minute read
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The future of high-performance infrastructure
The world is changing — fast. Cities are growing, expectations are rising, and the systems people rely on every day are under pressure to deliver more performance with a smaller footprint.
That is why high-performance infrastructure is not just about what we build; it is about how we build. Infrastructure is being asked to do more, from designing for durability, upgrading what already exists, and innovating to make resilience and efficiency part of the blueprint.
Explore how materials science helps turn real-world need into real-world progress across buildings, energy, connectivity and transportation.
Durable building materials that raise building performance
More than half the world already lives in cities, and that number is expected to grow.
This poses some challenges. Buildings are responsible for about 39% of global energy-related carbon emissions1, with impacts spanning construction and day-to-day operations. To meet future needs, it is important to continue innovating high-performance building materials like roofing and sealants for the spaces where people work, learn, shop and live.
Looking ahead, it’s estimated that by 2040 two-thirds of buildings will be those already standing today2, making retrofits and efficiency upgrades essential.
Key takeaways:
- High-performance sealants can help improve durability and energy efficiency across façade and glazing applications (including structural glazing, insulating glass and weather sealing).
- Roofing materials designed for extreme weather and long service life can and strengthen resilience from the rooftop down by reducing replacement cycles and maintenance needs.
- Approaches to lowering the carbon footprint of key building components can help sustainability become a built-in part of modern design.
Balancing energy approaches to help systems last longer
As communities expand, infrastructure must deliver energy that is dependable to power homes, schools and hospitals all while supporting the shift toward lower-carbon systems.
Progress comes from multiple solutions working together, including renewable energy, supporting more reliable energy sources through materials that help systems run safer, longer and more efficiently.
Key takeaways:
- Natural gas can play a role in the energy mix, and gas treating solvents can remove impurities to help enable safe, clean, more efficient use.
- Solar power performance depends on protection from harsh environmental conditions and how solar panel encapsulant materials help with panel durability, supporting longer lifetimes.
- Innovation at the materials level helps communities plan for rising demand without sacrificing reliability.
Telecommunications solutions built for uptime and efficiency
From streaming and e-commerce to real-time communication, modern life runs on networks. The physical infrastructure behind them must perform under constant demand.
For high-performance computing, the stakes are rising to meet system cooling needs. Advanced processing generates far more heat than traditional servers, pushing the sector demand toward liquid cooling for improved energy efficiency.
Key takeaways:
- Liquid cooling is becoming critical for next-generation computing and heat transfer fluids can support reliability and uptime.
- Cable protection compounds help networks stand up to weather and wear, supporting long-term performance across systems.
- “Always-on” connectivity depends on materials designed for real-world conditions.
Pavement markings on roads and bridges designed for visibility and durability
Reliable infrastructure that moves people and goods is what keeps society moving forward. With growing cities comes growing demand for roadways and runways that stay safer, clearer and are more resilient through heavy use.
Key takeaways:
- Pavement marking resins help improve visibility with long-lasting, reflective markings designed to withstand harsh environmental conditions.
- Joint sealants help infrastructure accommodate movement, resist UV exposure, and maintain resilient joints, supporting durability with minimal downtime during application.
- Modern, innovative materials can extend performance and support safer mobility across transportation corridors.
Conclusion: Real-world progress starts at the materials level
The next chapter of infrastructure will be shaped by practical outcomes. More resilience. More efficiency. More reliability. A lighter footprint over time.
Deep materials science expertise helps strengthen the resilience of the places we live, the energy we rely on, the networks that connect us, and the routes that keep us moving. It helps communities adapt and build toward a more sustainable future. In short, innovation helps infrastructure perform in the real world.
About the article
This case study was developed by a cross-discipline team representing sustainability, materials and market expertise across Dow. To learn more about the breadth of our innovative products and technologies made possible through science and collaboration, visit dow.com.