Freeport LNG

Anagha.Puranik@mcdermott.com — Mon, 26 Aug 2024 10:44:08 +0000

Freeport LNG

3 x 4.4 MTPA

LNG export facility

165,000 m3

full containment LNG storage tank

80% to 105%

speed range

APCI

C3MR technology

Highlights

Gas pretreatment facility
Loading berth
Common utilities and infrastructure
75MW each/ total capacity of 450MW
Flexibility in operation utilizing an LCI VFD Driver with
Design of Active Front End 5-stage Harmonic Filter

Under the FEED Contract, the Zachry/McDermott Joint Venture engineered and designed three LNG liquefaction trains (each rated at 4.4 million tons per year) and corresponding pretreatment facilities to be located near the existing Freeport LNG Regasification Terminal.

The EPC project scope includes engineering, procurement, and construction for three trains and also includes a double-walled, full containment 165,000 (gross) cubic meter liquefied natural gas (LNG) storage tank, which will be supplied by McDermott.

Low Carbon Pathways

Location

Freeport, TX

Scope

Pre-FEED, FERC FEED & EPFC

Woodfibre LNG

Anagha.Puranik@mcdermott.com — Mon, 26 Aug 2024 10:37:16 +0000

Woodfibre LNG

86%

reduction of CO2 emissions per tonne of LNG produced

2021

awarded

2 x 2.1

MTPA LNG export facility

2 x 130,000

m3 floating Storage Tanks

>35,000 MT

of modules for phase 1

Advancing NetZero

for LNG facilities

Highlights

APCI C3MR technology
Gas pretreatment facility
One loading berth
Common utilities and infrastructure
Fully modularized facility
Reduced onsite construction risks

This project incorporates cutting-edge technologies, including the APCI C2MR technology, to facilitate the production and export of LNG. The facility consists of two liquefaction trains, each with a capacity of 2.1 million metric tons per annum. In addition, a gas pretreatment facility is integrated into the project. Two floating storage tanks with a capacity of 130,000 cubic meters each along with a dedicated loading berth are also included. The facility has been designed to be fully modularized, enhancing efficiency and reducing onsite construction risks.

Low Carbon Pathways

Location

Canada

Scope

FEED Optimization & EPFC