GLOBAL ENERGY TRENDS – AND WHAT THEY MEAN FOR MATERIAL SELECTION

We’re already halfway through 2026, and the global energy sector is evolving at an unprecedented pace. While the transition to cleaner energy remains a key focus, rising electricity demand, geopolitical uncertainty and rapid technological advancements are reshaping the way infrastructure projects are designed, built and maintained.

According to the International Energy Agency (IEA), the world has entered an “Age of Electricity”, with global electricity demand growing more than twice as fast as overall energy demand. At the same time, record investment in renewable energy, the rapid expansion of AI data centres and ongoing developments in oil and gas are creating new opportunities, and new challenges, for engineers, procurement teams and project developers.

For businesses operating within the energy sector, these trends are about much more than changing technologies. They are influencing material selection, supply chain strategies and long-term project planning. Here’s a look at five of the biggest energy trends shaping the industry in 2026, and why they matter.

1. The Age of Electricity Is Driving New Infrastructure Investment

Electricity has become the backbone of the global energy transition. As countries continue to electrify transport, industry and buildings, demand for reliable power generation and transmission infrastructure continues to rise.

The widespread adoption of electric vehicles, increasing industrial electrification and growing investment in grid upgrades all require significant supporting infrastructure. New power stations, substations, transmission networks and industrial facilities must be designed to operate safely and efficiently for decades.

Behind every major energy project is an extensive network of piping systems responsible for transporting water, chemicals, cooling fluids and process media. These systems often operate in demanding environments where durability and corrosion resistance are essential.

As electricity infrastructure expands worldwide, selecting materials capable of delivering long-term reliability is becoming an increasingly important part of project success.

2. Renewable Energy Continues to Scale at Record Speed

Solar power remains the fastest-growing energy technology in history, with renewable generation accounting for the majority of new global electricity capacity. Wind power, battery storage and grid modernisation projects are also expanding rapidly as countries work towards their net-zero ambitions.

While renewable energy is often associated with solar panels and wind turbines, these projects rely on far more than the equipment that generates electricity. Manufacturing facilities, hydrogen production plants, offshore installations, desalination systems and supporting industrial processes all require specialist piping components capable of performing in challenging operating conditions.

Many renewable energy facilities operate in corrosive environments, particularly offshore, where exposure to seawater, high pressures and fluctuating temperatures places considerable demands on construction materials.

High-performance stainless steels, duplex and super duplex grades and nickel alloys are increasingly specified because they provide the corrosion resistance and mechanical strength required to maximise asset life while reducing maintenance requirements.

3. AI Is Creating an Unexpected Infrastructure Boom

Artificial intelligence has rapidly become one of the biggest drivers of global electricity demand. The growth of AI platforms, cloud computing and large-scale data centres is creating unprecedented demand for power generation, cooling systems and supporting infrastructure.

Although AI is often viewed as a digital technology, every data centre depends on extensive physical infrastructure. Cooling systems require large volumes of water, sophisticated pipework and highly reliable mechanical equipment capable of operating continuously.

As governments and technology companies invest billions in expanding AI capabilities, demand is increasing not only for electricity generation but also for the industrial facilities needed to support it.

This presents significant opportunities across the wider supply chain, including manufacturers and suppliers of specialist piping materials used in cooling systems, water treatment facilities and power generation infrastructure.

4. Supply Chain Resilience Has Never Been More Important

Global energy markets continue to be influenced by geopolitical uncertainty. Ongoing tensions in the Middle East, disruption to key shipping routes and fluctuating commodity prices have highlighted the importance of resilient supply chains.

Large infrastructure projects depend on reliable access to specialist materials, many of which have long manufacturing lead times. Delays in sourcing critical components can have a significant impact on project schedules and overall costs.

For procurement teams, selecting the right supplier is becoming just as important as selecting the right material.

Suppliers with extensive stockholding, established global logistics networks and strong quality assurance processes are better positioned to help customers navigate supply chain challenges while keeping projects on track.

In an increasingly uncertain global market, dependable availability and technical expertise can significantly reduce procurement risk.

5. Better Material Selection Supports Long-Term Sustainability

Although renewable energy continues to expand rapidly, global demand for oil and gas remains strong, and overall emissions remain a significant challenge. As a result, many organisations are placing greater emphasis on improving the efficiency and longevity of their existing infrastructure while investing in lower-carbon technologies.

This has shifted the focus towards lifecycle performance rather than simply reducing upfront costs.

Selecting high-quality, corrosion-resistant materials helps extend asset life, reduce maintenance requirements and minimise replacement cycles. Fewer repairs and less frequent component replacement not only lower operational costs but also reduce waste, resource consumption and the environmental impact associated with manufacturing and transportation.

Sustainability is no longer just about the source of energy; it is also about building infrastructure that performs reliably for decades.

Why Special Piping Materials Matters

As energy infrastructure becomes increasingly diverse, the need for specialist materials and trusted supply partners continues to grow. Projects today often combine conventional energy generation with renewable technologies, hydrogen production, carbon capture and advanced industrial processes, each presenting unique technical challenges.

At Special Piping Materials, we understand that selecting the right piping products is a strategic decision that affects the long-term success of every project. For more than 30 years, we have supplied high-performance stainless steel, duplex, super duplex and nickel alloy pipes, fittings and flanges to customers operating in some of the world’s most demanding industries.

Our extensive global stockholding, technical expertise and commitment to quality allow us to support customers across oil and gas, petrochemical, renewable energy, desalination, hydrogen and wider industrial sectors. By combining reliable product availability with responsive customer service and full material traceability, we help project teams reduce risk, maintain schedules and make informed material decisions.

As the energy sector continues to evolve, partnering with an experienced supplier provides confidence that projects are supported by products designed to perform in even the most demanding operating environments.

The energy transition is no longer defined by a single technology or industry. Instead, it is being shaped by a combination of renewable energy, conventional fuels, digital innovation and growing global electricity demand.

As investment continues across power generation, AI infrastructure, hydrogen, offshore energy and industrial processing, one thing remains constant: the need for durable, high-performance materials that deliver long-term reliability.

By selecting the right materials and working with experienced partners such as Special Piping Materials, organisations can build infrastructure that is prepared to meet both today’s challenges and tomorrow’s opportunities.