top of page
Oil wells2.png

Big Foot

Online

Operator:

Chevron

Image Source: Chevron (All rights belong to the original owner.)

Tree5.png
turbine2.png

Type:

Oil & Gas

Design:

TLP 

Installed:

2018

Facility:

Production

Water Depth:

1,585

meters

Country:

USA - Houma District

Block:

WALKER RIDGE 60. Block 29

Intro

Big Foot is a deepwater tension leg platform (TLP) in the Gulf of Mexico, designed for high-pressure oil and gas production. It began production in 2018 and operates as a standalone host facility with subsea wells tied back for processing. The installation is vertically moored and connected to regional export pipelines for hydrocarbon transport.

Field

The Big Foot field lies in Walker Ridge, Gulf of Mexico, producing from Miocene-age sandstone reservoirs. The field is significant in scale, with complex reservoir conditions including high pressures and compartmentalization. Development required advanced engineering solutions, particularly for subsea systems and mooring design in ultra-deepwater conditions.

Facilities

Big Foot is based on a tension leg platform with a floating hull tethered to the seabed by vertical tendons, supporting dry-tree wellheads and enabling direct well intervention. Production wells are drilled from the platform and supplemented by subsea wells tied back via flowlines and manifolds. Fluids are transported through risers to topside facilities where multi-stage separation processes split oil, gas, and water. Oil is stabilized and exported via pipeline, while gas is compressed and transported through offshore gas networks. Produced water is treated and either discharged or reinjected. The platform includes water injection systems for reservoir pressure support. Subsea infrastructure includes manifolds, flowlines, and umbilicals providing control and chemical injection. The development incorporates robust design features to manage high-pressure conditions, including reinforced subsea equipment and specialized riser systems. Utilities include gas turbine power generation, chemical injection, and advanced control systems for monitoring and managing production and subsea operations.

drill2.jpg
Drilltower.jpg

Image Source: "Chevron Taps Worley for Ballymore Tie-Back Work in Gulf of Mexico" - Offshore Engineer [https://www.oedigital.com/] (All rights belong to the original owner.)

Heat Exchanger2.png
marineengine.png
valve2.png

SUBMIT YOUR STORIES AND PHOTOS

RigOil is built on the stories of the people who lived and worked offshore. If you have photos or memories from life on a North Sea platform, we’d love to include them in the archive.
 

Upload your photos and help preserve this shared history.*

Image Upload

*By submitting content, you confirm you have the right to share it and grant RigOil a non-exclusive, royalty-free licence to use the material for editorial, promotional, and commercial purposes. Copyright remains with the contributor.

bottom of page