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Carbon Capture on Air Liquide US Gulf Coast Steam Methane Reformer Using the CryocapTM FG Process (TX)

United States · La Porte, Texas

Carbon Capture on Air Liquide US Gulf Coast Steam Methane Reformer Using the CryocapTM FG Process (TX) is a hydrogen project in La Porte, Texas, United States using Cryocap FG.

Overview

StatusProposed carbon capture unit connected to the SMR flue-gas stack; FEED study scope
Country · regionUnited States · La Porte, Texas
TechnologyCryocap FG
ProductH2International Energy Agency · as of 2026

Capacity values retain their recorded units and scope. MW, kt H₂/y and Nm³ H₂/h are different measures; this page does not convert or add them without a shared operating basis.

Details

Technology & product

Configuration DetailUnknown technologyInternational Energy Agency · as of 2026
Project Typecommercial-scale carbon capture FEED study

Status & timeline

Lifecycle StageFEED study

Additional project information

Administrative AreaRandom location in Gulf CoastInternational Energy Agency · as of 2026
CountryUnited StatesInternational Energy Agency · as of 2026
Progress StatusFeasibilityInternational Energy Agency · as of 2026
TechnologyNG w CCUSInternational Energy Agency · as of 2026

Timeline

No recorded project events.

Sources & record history

Sources

Field sources

Shared date, confidence and value status appear once with their source above; a dash in the table refers to that source context.

FieldShown valueOriginal valueSourceDate basisMeaning
NameCarbon Capture on Air Liquide US Gulf Coast Steam Methane Reformer Using the CryocapTM FG Process (TX)
View exact valueCarbon Capture on Air Liquide US Gulf Coast Steam Methane Reformer Using the CryocapTM FG Process (TX)
Additional Selections for Funding Opportunity Announcement 2400: Clean Hydrogen Production, Storage, Transport and Utilization to Enable a Net-Zero Carbon Economy | Department of Energy LockCurrent
Administrative AreaLa Porte, Texas
View exact valueLa Porte, Texas
Carbon Capture on Air Liquide United States Gulf Coast Steam Methane Reformer using the CryocapTM Flue Gases Process—
CountryUnited States
View exact valueUSA
Carbon Capture on Air Liquide United States Gulf Coast Steam Methane Reformer using the CryocapTM Flue Gases Process—
Configuration DetailUnknown technology
View exact valueUnknown technology
IEA Hydrogen Projects dataset——
ProductH2
View exact valueH2
IEA Hydrogen Projects dataset——
Project Typecommercial-scale carbon capture FEED study
View exact valuecommercial-scale carbon capture FEED study
Carbon Capture on Air Liquide United States Gulf Coast Steam Methane Reformer using the CryocapTM Flue Gases Process—
TechnologyCryocap FG
View exact valueCryocap FG
Carbon Capture on Air Liquide United States Gulf Coast Steam Methane Reformer using the CryocapTM Flue Gases Process—
Lifecycle StageFEED study
View exact valueFEED study
Air Liquide welcomes Bill Gates and his Breakthrough Energy team for hydrogen experience—
Progress StatusProposed carbon capture unit connected to the SMR flue-gas stack; FEED study scope
View exact valueProposed carbon capture unit connected to the SMR flue-gas stack; FEED study scope
Air Liquide welcomes Bill Gates and his Breakthrough Energy team for hydrogen experience—
Administrative AreaRandom location in Gulf Coast
View exact valueRandom location in Gulf Coast
IEA Hydrogen Projects dataset——
CountryUnited States
View exact valueUnited States
IEA Hydrogen Projects dataset——
Progress StatusFeasibility
View exact valueFeasibility study
IEA Hydrogen Projects dataset——
TechnologyNG w CCUS
View exact valueNG w CCUS
IEA Hydrogen Projects dataset——

Record history

6 current sourced values · 2 older values · Record updated

H2Prism separates published values from estimates. Check the linked source before you use a value. · Back to Hydrogen projects

Records are compiled with AI assistance. Original source links are shown when available.