Mexico →Shortage risk
Blue Weber Agave (Tequila)
Since this input is sourced 100% from Mexico, a Mexico disruption directly creates a high-risk supply shortage.
95% confidence
Mexico →Delays
Acuity Inc.AYI
Because about 55% of Acuity's finished products are manufactured in Mexico, a Mexico infrastructure disruption can slow output and distribution.
93% confidence
Mexico →Shortage risk
Corn Masa Flour (Nixtamal)
With 89% of supply coming from Mexico, a Mexico route/technical disruption can leave this input short in downstream markets.
93% confidence
Mexico →Delays
Vestis CorpVSTS
With approximately 60% of uniforms and linens made in two Mexico plants, a Mexico route/utility disruption can delay Vestis production and shipments.
93% confidence
Mexico →Delays
Outset Medical, Inc.OM
A substantial majority of Tablo consoles and cartridges are made at the Tijuana, Mexico facility, so a Mexico route closure can materially delay supply.
92% confidence
Natural gas (home) →Shortage risk
Local distribution (LDC mains)
If pipeline routes are closed, the last-mile distribution mains cannot deliver enough gas into homes, creating a direct local shortage.
92% confidence
Energy Transfer LP →Delays
Interstate natural gas transmission pipelines
Energy Transfer's dependence on interstate natural gas transmission pipelines means a route closure directly delays transport capacity and flow through this input, and the 84-month replacement time makes the constraint material.
89% confidence
United States →Delays
Interstate natural gas transmission pipelines
A route-closure/technical-conditions shock in the United States directly impairs the country-wide pipeline transport system, and the edge indicates 100% U.S. country share for this input, so transmission lead times and flow availability are highly constrained.
88% confidence
Natural gas (home) →Delays
Natural gas compressor stations & engines
Pipeline route closures disrupt the compressor stations and engines that keep transmission flowing, so deliveries slow or stall.
86% confidence
Kinder Morgan, Inc. →Shortage risk
Interstate natural gas transmission pipelines
A gas-pipeline route closure directly reduces available interstate transmission capacity for Kinder Morgan, and the 40% share plus 120-month replacement lead time make this a material input shortage.
86% confidence
Williams Companies, Inc. →Delays
Interstate natural gas transmission pipelines
Williams has a large, hard-to-replace dependence on interstate natural gas transmission pipelines, so a route closure affecting gas pipelines directly delays the capacity it relies on.
84% confidence
Northeast US (New England + Mid-Atlantic) →Shortage risk
Interstate natural gas transmission pipelines
The route-closure shock explicitly involves gas pipelines, and the Northeast's 28% supply-share dependence means interstate gas transmission into the region is directly constrained.
83% confidence
Southeast US (Carolinas through Florida) →Shortage risk
Interstate natural gas transmission pipelines
The Southeast US relies on interstate natural gas transmission pipelines for 22% of this input, so a route closure that disrupts pipeline operations can materially constrain regional energy transmission.
81% confidence
Expand Energy →Shortage risk
Natural Gas (Pipeline-Grade)
A gas-pipeline route closure can restrict delivery of pipeline-grade natural gas into Expand Energy, and the 15% share with a 3-month replacement lead time makes the disruption material but not total.
77% confidence
Natural gas (home) →Delays
Odorization, metering & pressure regulation
A communications gap can slow remote metering and pressure-control operations needed for residential gas delivery.
73% confidence
Natural gas (home) →Stands to benefit
LNG peak-shaving and import facilities
LNG peak-shaving and import facilities become more valuable alternative supply routes when pipeline flows are disrupted.
66% confidence
Residential Electricity →Delays
Advanced Metering & Load Management
Communications route closures can delay remote telemetry and dispatch, slowing advanced metering and load-management functions that keep residential electricity balanced.
56% confidence
