Mitsubishi Heavy Industries (MHI) has reached an agreement with ExxonMobil and its co-venture partners to supply H-100 gas turbine and compressor packages for the Rovuma LNG Phase 1 project in Mozambique.
Subject to final investment decision on the project, Mitsubishi Heavy Industries Compressor Corporation (MCO) will supply the main liquefaction compressors, and Mitsubishi Hitachi Power Systems, Ltd. (MHPS) will provide dual-shaft, 120 megawatt H-100 gas turbines as the mechanical drivers.
MHI is pleased to be selected for the Rovuma LNG project, which plans to utilise the Air Products AP-X process to build one of the world's largest natural gas liquefaction plants in Mozambique's remote northern area. The project plan is for two liquefied natural gas trains, each expected to produce at least 7.6 million tons per annum (MTA).
MHI President & CEO Seiji Izumisawa said: "We are pleased that ExxonMobil and their partners were the first to select MHI's H-100 driven compressor trains for their Rovuma LNG project and anticipate future uses for the flexible turbine design. We are confident that our products will prove to be a game-changer for the LNG industry. This project will allow us to demonstrate the benefits of MHI's LNG solution in terms of lower production costs, increased productivity, reduced complexity and lower lifecycle costs, while significantly reducing plant emissions."
MHPS's H-100 is the world's largest dual-shaft heavy duty type gas turbine which offers high-efficiency, high-reliability and low-maintenance. The H-100 is ideally suited as a main refrigeration compressor driver for large scale LNG plants with any liquefaction process. The H-100 gas turbine's high availability, robust and simple industrial design requiring no external helper motor or intercooler, contributes to footprint and space savings.
The H-100 is the industry leader in low nitrogen oxide (single digit parts per million) emissions for full-load and mechanical drive operation utilising Mitsubishi's latest combustor technology. All of these unique features contribute to maximising overall plant efficiency and LNG production while providing significant reduction of the customer's capital expenditure, compared with conventional LNG solutions.