en.Wedoany.com Reported - Rolls-Royce will supply 40 engines to Starnav Serviços Marítimos of Brazil for 10 new vessels chartered by Petrobrás. These engines will equip six platform supply vessels (PSVs) and four oil spill response vessels, currently under construction at Detroit Brasil shipyard.
The equipment will be delivered in two batches. Each vessel will be fitted with four generator sets, each powered by an mtu 16V 4000 M33S engine and a selective catalytic reduction (SCR) system supplied by Hug Engineering, to meet IMO Tier III emission standards while maintaining high performance, reliability, and environmental efficiency.
These new vessels will also be the first in their class to feature an integrated battery system, adopting a hybrid propulsion design aimed at reducing fuel consumption and emissions.
Magdalena Peters, Vice President of Rolls-Royce Marine Americas, stated that the company is very pleased to collaborate with Starnav on advancing this offshore hybrid technology project. The mtu engines demonstrate that high performance and sustainability can go hand in hand, delivering reliable power with lower emissions. This project reinforces the company's growth in the commercial marine market and its commitment to cleaner, more efficient operations.
Upon completion, these vessels will have an overall length of 92.1 meters, a beam of 20 meters, a depth of 8 meters, and a gross tonnage of 4,985 tons. All vessels will be under 12-year time charter contracts with Petrobrás to support the company's offshore logistics operations. Delivery is expected between 2026 and 2028.
Carlos Eduardo Pereira, CEO of Starnav, stated that this project showcases progress in the offshore support vessel sector. By combining mtu engines with a hybrid propulsion system—including dedicated battery packs and the capability to use renewable HVO fuel—Starnav demonstrates a tangible commitment to environmental responsibility and operational efficiency. This project will drive the company's transition toward a more sustainable maritime future.
