Rolls-Royce wins $30m gas turbine contract with Shell

Rolls-Royce has won a $30 million order from Shell to supply two industrial RB211 gas turbines for a project in the Philippines.

Shell has used Rolls-Royce technology as the mechanical driver for the Malampaya deepwater natural gas project’s gas compression trains since start-up in 2001.

The additional two RB211 units will enhance production output and efficiency, to helping assure a stable supply of energy and a cleaner source of power for the Philippines.

“We are delighted that after eleven years of successful collaboration on this important project Shell has again put its trust in Rolls-Royce,” said Tony Ruegger, Rolls-Royce, Executive Vice-President – Oil & Gas.

“The proven reliability and efficiency of our equipment will help the Malampaya project partners maintain high levels of gas production, ensuring that the Philippines continue to access dependable supplies of electricity.”

Each RB211 unit will produce 27 megawatts of power to drive gas compressors, enabling gas production to be boosted as natural pressure within the gas field reduces with extraction.

Compared to equivalent energy generation using coal or fuel oil, the Malampaya natural gas project displaces an estimated 1.35 million kilograms of CO2 per hour and is therefore a cleaner and more sustainable source of energy.

Each RB211 unit will feature Rolls-Royce low emissions technology to minimise environmental impact.

Over 60 Rolls-Royce RB211 gas turbines are already in offshore service throughout Asia, serving leading operators including Shell, ExxonMobil and Petronas.

More than 600 Rolls-Royce gas turbines serve oil and gas operations worldwide, often operating offshore in harsh environments.

The contract was awarded under a global frame agreement, signed in 2007, between Rolls-Royce and Shell Philippines Exploration B.V. which operates the Malampaya project on behalf of joint venture partners Chevron Malampaya LLC and the Philippine National Oil Company Exploration Corporation.

Recent articles

Info Message

Our sites use cookies to support some functionality, and to collect anonymous user data.

Learn more about IET cookies and how to control them