classVISan Joaquin Renewables
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San Joaquin Renewables

San Joaquin Renewables

The San Joaquin Renewables (SJR) CCS project, which was later withdrawn, was a proposed Class VI geologic carbon sequestration project tied to a renewable natural gas (RNG) facility in McFarland, Kern County, California. The project planned to capture approximately 1,200 metric tons of CO₂ per day generated from gasifying agricultural waste (including orchard wood and nut shells) and inject it onsite into the Vedder Formation at roughly 7,800 feet below ground surface, with the Freeman-Jewett Formation serving as the primary confining zone. The single-well project was designed for a 15-year injection period, targeting saline formations.

State

California

Country

United States of America

Region

us

Project name

San Joaquin Renewables

Overview

Full Project Overview

All key information and technical data related to this project

Overview

Project name:
San Joaquin Renewables
Project categories:
class_vi
County:
Kern
State:
California
Country:
United States of America
Region:
United States
Applicant name:
San Joaquin Renewables
Status:
Withdrawn
Well applications:
1
Injection rate (Mt/year):
440,000
Total storage capacity (Mt):
6,570,000
Announcement date:
2021-03-11
Data

Wells

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

SJR-I1

Injection rate (Mt / year)
438,000
Injection years
15
Wellbore schematic
Well class
Injector
Data

Geology

Subsurface data for carbon storage.

Vedder

Gross thickness (ft)
576
Depth TVD (ft)
7,780
Porosity
34%
Permeability (md)
303
Temperature (°F)
140
Pressure (psia)
3,770
Salinity (ppm)
25,000
Model
Van-Genuchten Corey
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Permitted Documents

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