Rolls-Royce delivers first mobile MTU gas engines for Rederij Doeksen
The first two pre-production units of the new mobile MTU gas engine from Rolls-Royce successfully completed their performance tests and were accepted by the customer at the beginning of December, the company said in its press release. MTU had presented its new marine propulsion units for the first time at the SMM International Maritime Trade Fair in September 2016. The engines have meanwhile completed well over 5,000 hours on the test bench.
As the year 2017 comes to a close, MTU has delivered the first two of a total of four 16-cylinder Series 4000 gas engines, each with an output of 1,492 kW, for two new catamarans. From 2018, the two aluminium vessels will operate ferry services on the Dutch Wadden Sea. They are currently being built by Strategic Marine’s shipyard in Vietnam for the Dutch shipping company Doeksen.
In the course of the factory acceptance test, a wide range of performance tests were carried out. Besides the shipping company and the shipyard, Lloyd’s Register of Shipping staff were also impressed by the characteristics of the new mobile gas engine. An integral part of the test involved verifying the performance data, the fuel consumption and the engine’s safety features, such as the emergency stop. The emission measurements, as expected, demonstrated compliance with IMO III emission standards with no additional exhaust gas aftertreatment.
The new 16-cylinder gas engine from MTU will be available as of 2018 as a certified series production engine covering a power range from around 1,500 to 2,000 kW. An 8-cylinder version will follow with a rated output of approximately 750 to 1,000 kW. The new gas engine is ideally suited to tugboats, ferries, push boats and special purpose vessels such as research vessels. By comparison with a diesel engine without exhaust gas aftertreatment, the gas engine emits no soot particles and no sulphur oxides, 90 per cent less NOx and 10 per cent less greenhouse gas. It thus meets the IMO III emission standards in force since 2016 with no additional exhaust gas aftertreatment.
