In recent years, the frequency and intensity of weather events has risen exponentially, and disaster occurrences are now five times higher than they were 50 years ago. With record breaking heat waves, increased downpours, and flooding, Houston and the Gulf Coast face an ongoing challenge: how to safeguard critical infrastructure against disruptions to meet ever-growing energy demands.

As the Gulf Coast continues to play a pivotal role in the global oil and gas economy, how extreme weather impacts energy infrastructure is a question that requires immediate answers.

Houston: The “Energy Capital” of the world

Houston’s dominance in energy comes down to two key factors: geography and resources, which attract industry leadership. With direct access to the Gulf of America, vast natural resources and open space for plant development and expansion, Houston holds a unique advantage over other areas -- not just in the U.S., but globally.

Major oil and gas corporations have been headquartered in Houston for decades, cementing the city’s status as the energy capital of the world. Houston’s metropolitan population has grown exponentially, from 1.2 million in 1970 to approximately 7.8 million in 2024, driving increased demand for consumer goods and energy. Coupling location and population, these large producers, refiners and power generation companies see Houston as an incredibly important place for their headquarters and operations. With Houston’s growth and the constant demand for resources, its position as a global industry leader is only predicted to expand further.

Facing the storm: Houston’s weather vulnerabilities

While Houston is home to large-scale energy producers, it has been plagued by extreme weather events that may call its potential into question. In the past decade, Houston faced Hurricanes Harvey (2017) and Beryl (2024), Winter Storm Uri (2021) and the derecho in May 2024 – all placing significant strain on energy infrastructure and the Gulf Coast at large.

These weather events have real, immediate impacts, such as the disruption of energy production, damaged infrastructure and stalled economic activity. Hurricanes like Harvey and Beryl forced offshore production shutdowns and refinery closures, while Winter Storm Uri exposed vulnerabilities in the power grid, leading to widespread blackouts.

High winds from storms take down power lines and heavy rainfall overwhelms drainage systems, leading to extensive disruptions. Meanwhile, flooding damages roads, bridges, and railways and can impact supply chains and workforce access, while the knock-on effects on energy facilities can be just as severe. Throughout any weather event that causes irreparable harm to the surrounding community, there is a common thread with global implications: downtime of critical operations.

Energy systems and infrastructure take beatings from weather events, from torn down power lines to the wipeout of grid systems and flooding of essential roadways. While many communities have strategies in place to help rebuild following major storms, it is essential to also build resilient infrastructure to minimize damage.

Combatting weather disasters with energy and structural resilience

In the face of severe weather challenges, it is essential to keep critical infrastructure operational to not only maintain service to surrounding communities also facing the impacts of weather-related disasters but also to support the larger, global energy ecosystem. This is especially true for Houston and the Gulf Coast area, as it plays an essential role in global energy environments. For example, in 2023, Texas alone accounted for 43% of the nation’s crude oil production and 27% of its natural gas gross withdrawals. As the top crude oil- and natural gas-producing state, it is clear how much disruption a hurricane or weather event can cause to the world economy if key infrastructure is damaged.

Developing rotating equipment systems and ensuring that essential assets – from turbines and pumps to electromechanical equipment – are back up and running fast after any interruption is a key step in creating a resilient system amidst weather-related events. Whether it’s emergency repairs or optimizing efficiency in power plants, hiring expert craftspeople and innovative engineers allows teams to provide the solutions that keep Houston’s energy infrastructure running, even in extreme conditions.

Specifically, following a major weather event, repairing and strengthening motors is an integral part of disaster recuperation and recovery. Flushing and drying the windings and replacement of bearings of flooded motors can expedite the time for motors to return to full service, and leveraging service centers with ample capacity to scale this repair can get communities back on their feet quickly and safely.

Furthermore, where possible, relying on 24/7 service centers and backup power generators can be transformative for recuperating after a weather disaster, reaching the right teams at any hour and addressing key infrastructural damages in real-time. Service centers that have advanced supply chain logistics operations and analytics allow them to stay ahead of possible supply chain disruptions, stocking supplies efficiently and minimizing downtime of machines often caused by a lack of parts. For example, establishing a consistent source of fuel to power generators and supplying tarps for roofs damaged by storms greatly expedites recovery processes, and assembling groups who can clear out impacted homes and buildings allows repairs to take place without major delays.

The dream team: Resilience and readiness

In a weather-related event, damage is often inevitable but taking a proactive approach can be the key to getting communities back up and running. Resilience is not just about recovery; it is about readiness. As Houston continues to grow and energy demand rises, the pressure on infrastructure increases in parallel. The Gulf Coast must not only withstand operational stressors but continue to evolve, ensuring critical systems remain functional and responsive.

With deep industry roots and forward-looking leadership, Houston is positioned to remain the world’s energy epicenter, but it can only do so with the right systems in place to support reliability and energy availability in the face of extreme weather events which have become the new normal.