America's $2.6 Trillion Oil & Gas Network Has a Weather Problem

A significant share of the US pipeline network dates back decades. Much of the crude oil system was installed before modern design standards took today's weather extremes into account (PHMSA). Hundreds of thousands of active wells span the Permian, Eagle Ford, Bakken, and Appalachian basins, many in regions facing rising flood, heat, and wildfire exposure.

A single high-impact hurricane can temporarily shut in ~1.5 million barrels per day of offshore production and remove equivalent refining capacity, pushing retail gasoline prices up $0.25 to $0.30 per gallon within weeks (EIA). Hurricane Ida in 2021 did not just cause temporary shutdowns. It permanently decommissioned Phillips 66's Alliance refinery complex in Louisiana.

Since 1980, US tropical cyclones alone have caused over $1.5tn in cumulative damages (NOAA, through 2024). In 2017, Harvey, Irma, and Maria cost $265 billion.

The UNEP Finance Initiative's sectoral risk briefing flagged oil and gas infrastructure as uniquely vulnerable to compound physical hazards. Flooding, extreme heat, storm surge, and subsidence often overlap in the same geographies. The US GAO has repeatedly highlighted the accelerating risk coastal energy infrastructure faces from sea-level rise and stronger storms. McKinsey's work on resilience technology reaches a similar conclusion. Energy infrastructure is at an inflection point, and the cost of inaction is rising faster than the cost of adaptation.

Our analysis, which screens oil and gas assets across multiple geographies, shows outcomes within ±20 % of these external estimates. The variance is driven mainly by asset age, precise geolocation, and local drainage infrastructure.

You can't manage what you haven't mapped.

Oil and gas infrastructure is not a single point on a map. It is a complex, interconnected system spread across three distinct tiers, each with a different risk profile.

Without precise asset identification, geolocation, and segmentation across all three tiers, any portfolio-level risk number is essentially a guess.

We recently completed a full value chain infrastructure screening for a major oil and gas portfolio in the Middle East. It covered 380+ facilities across oil fields, refineries, terminals, and fuel stations.

The point that landed most clearly was this: over a 10-year horizon, business disruption accounted for $1.85 billion in revenue at risk, 4.4x the $420 million in direct physical damage. A refinery that floods for 48 hours does not just need repairs. It can lose weeks of throughput during shutdown, decontamination, and restart. That indirect loss is larger than the cost of replacing damaged equipment.

Over half of US refining capacity is concentrated on the Gulf Coast (EIA), and the frequency of floods and storms is increasing. The scale of weather-related disruption losses across US O&G infrastructure is significant, even before accounting for supply chain knock-on effects, commodity price spikes, or insurance market repricing.

Add roughly 190,000 miles of liquid petroleum pipelines and the aging profile of the network, and the exposure grows further. Much of this infrastructure was designed for weather patterns that no longer exist.

A disrupted pipeline in the Permian not only affects the operator. It cascades through refiners, distributors, petrochemical plants, and eventually consumers. The uncertainty in modeling those knock-on effects is significant, but the directional signal is clear. Systemic underinvestment in resilience across the US O&G value chain is a material financial risk.

The NIBS/FEMA Mitigation Saves study shows that every $1 invested in infrastructure resilience saves $6 in avoided disaster losses. More recent research from Allstate and the US Chamber of Commerce puts that at $13 saved per $1 spent. Our own engagement data points in the same direction. Targeted adaptation investments in the energy sector consistently deliver 5-8x returns over 10-year horizons.

The question is not whether resilience pays off. It is whether operators invest early or keep absorbing losses reactively.

We're helping companies turn risk data into resilience strategies. The earlier you start, the stronger the economics.