classVITitan Carbon Sequestration
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Sempra

Titan Carbon Sequestration

The Titan Carbon Sequestration Project, developed by Titan Carbon Sequestration, LLC (a subsidiary of Sempra Infrastructure), is a Class VI carbon storage initiative located in Jefferson County, Texas. The project is designed to sequester CO₂ captured from Sempra’s Port Arthur LNG (PALNG) facility as part of the broader Port Arthur Clean Energy Hub. To support this effort, Sempra has secured 38,000 acres of pore space and surface rights for long-term storage. The site features thick Miocene-aged sand and shale formations with high porosity and permeability, making it geologically well-suited for permanent sequestration. Importantly, no artificial penetrations exist within the defined area of review, minimizing risks to containment. The project includes the planned drilling and operation of two Class VI injection wells, Cronos No. 1 and Rhea No. 1, which will be constructed to meet EPA and Texas Railroad Commission standards.

State

Texas

Country

United States of America

Region

us

Project name

Titan Carbon Sequestration

Overview

Full Project Overview

All key information and technical data related to this project

Overview

Company:
Project name:
Titan Carbon Sequestration
Project categories:
class_vi
County:
Jefferson
State:
Texas
Country:
United States of America
Region:
United States
EPA region:
6
Applicant name:
Titan Carbon Sequestration, LLC
Status:
Pending
Well applications:
2
Leased acres:
38,000
Announcement date:
2023-09-21
News

Related News

Explore recent news and developments connected to this project.

Date
Article title
Source
2023-11-21
Port Arthur LNG Phase 2 Project Receives Federal Energy Regulatory Commission Authorization
Data

Wells

Data for injection rates, perforation, and other well-related metrics.

Cronos No. 1

Well class
Injector

Rhea No. 1

Well class
Injector

Salt Creek AGI #2

Injection rate (Mt / year)
225,000
Injection years
30
Wellbore schematic
Well class
Injector
Data

Geology

Subsurface data for carbon storage.

Lower Miocene

Gross thickness (ft)
1,150
Depth TVD (ft)
8,000
Porosity
28%
Permeability (md)
500
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Permitted Documents

Official approval, consent, and compliance documents issued by authorities, confirming the project is authorised to proceed.